DocumentPersister::handleCollections() - Code Metrics - Inspection of "Fix wrong usage of discriminator map in complex do..." - doctrine/mongodb-odm - Measure and Improve Code Quality continuously with Scrutinizer

Completed
Pull Request — master (#2025)

by Andreas
created 2019-05-02 18:26 UTC
DocumentPersister::handleCollections() B

↳ Parent: DocumentPersister
Complexity

Conditions	8
Paths	72
Size

Total Lines
Duplication

Lines	0
Ratio	0 %
Code Coverage

Tests	18
CRAP Score	8
Importance

Changes
Metric	Value
dl	0
loc	31
ccs	18
cts	18
cp	1
rs	8.1795
c	0
b	0
f	0
cc	8
nc	72
nop	2
crap	8
<?php

declare(strict_types=1);

namespace Doctrine\ODM\MongoDB\Persisters;

use BadMethodCallException;
use DateTime;
use Doctrine\Common\Persistence\Mapping\MappingException;
use Doctrine\ODM\MongoDB\DocumentManager;
use Doctrine\ODM\MongoDB\Hydrator\HydratorFactory;
use Doctrine\ODM\MongoDB\Iterator\CachingIterator;
use Doctrine\ODM\MongoDB\Iterator\HydratingIterator;
use Doctrine\ODM\MongoDB\Iterator\Iterator;
use Doctrine\ODM\MongoDB\Iterator\PrimingIterator;
use Doctrine\ODM\MongoDB\LockException;
use Doctrine\ODM\MongoDB\LockMode;
use Doctrine\ODM\MongoDB\Mapping\ClassMetadata;
use Doctrine\ODM\MongoDB\MongoDBException;
use Doctrine\ODM\MongoDB\PersistentCollection\PersistentCollectionException;
use Doctrine\ODM\MongoDB\PersistentCollection\PersistentCollectionInterface;
use Doctrine\ODM\MongoDB\Query\CriteriaMerger;
use Doctrine\ODM\MongoDB\Query\Query;
use Doctrine\ODM\MongoDB\Query\ReferencePrimer;
use Doctrine\ODM\MongoDB\Types\Type;
use Doctrine\ODM\MongoDB\UnitOfWork;
use Doctrine\ODM\MongoDB\Utility\CollectionHelper;
use InvalidArgumentException;
use MongoDB\BSON\ObjectId;
use MongoDB\Collection;
use MongoDB\Driver\Cursor;
use MongoDB\Driver\Exception\Exception as DriverException;
use MongoDB\Driver\Exception\WriteException;
use MongoDB\GridFS\Bucket;
use ProxyManager\Proxy\GhostObjectInterface;
use stdClass;
use function array_combine;
use function array_fill;
use function array_intersect_key;
use function array_keys;
use function array_map;
use function array_merge;
use function array_search;
use function array_slice;
use function array_values;
use function assert;
use function count;
use function explode;
use function get_class;
use function get_object_vars;
use function implode;
use function in_array;
use function is_array;
use function is_object;
use function is_scalar;
use function is_string;
use function max;
use function spl_object_hash;
use function sprintf;
use function strpos;
use function strtolower;

/**
 * The DocumentPersister is responsible for persisting documents.
 *
 * @internal
 */
final class DocumentPersister
{
    /** @var PersistenceBuilder */
    private $pb;

    /** @var DocumentManager */
    private $dm;

    /** @var UnitOfWork */
    private $uow;

    /** @var ClassMetadata */
    private $class;

    /** @var Collection|null */
    private $collection;

    /** @var Bucket|null */
    private $bucket;

    /**
     * Array of queued inserts for the persister to insert.
     *
     * @var array
     */
    private $queuedInserts = [];

    /**
     * Array of queued inserts for the persister to insert.
     *
     * @var array
     */
    private $queuedUpserts = [];

    /** @var CriteriaMerger */
    private $cm;

    /** @var CollectionPersister */
    private $cp;

    /** @var HydratorFactory */
    private $hydratorFactory;

    public function __construct(
        PersistenceBuilder $pb,
        DocumentManager $dm,
        UnitOfWork $uow,
        HydratorFactory $hydratorFactory,
        ClassMetadata $class,
        ?CriteriaMerger $cm = null
    ) {
        $this->pb              = $pb;
        $this->dm              = $dm;
        $this->cm              = $cm ?: new CriteriaMerger();
        $this->uow             = $uow;
        $this->hydratorFactory = $hydratorFactory;
        $this->class           = $class;
        $this->cp              = $this->uow->getCollectionPersister();

        if ($class->isEmbeddedDocument || $class->isQueryResultDocument) {
            return;
        }

        $this->collection = $dm->getDocumentCollection($class->name);

        if (! $class->isFile) {
            return;
        }

        $this->bucket = $dm->getDocumentBucket($class->name);
    }

    public function getInserts() : array
    {
        return $this->queuedInserts;
    }

    public function isQueuedForInsert(object $document) : bool
    {
        return isset($this->queuedInserts[spl_object_hash($document)]);
    }

    /**
     * Adds a document to the queued insertions.
     * The document remains queued until {@link executeInserts} is invoked.
     */
    public function addInsert(object $document) : void
    {
        $this->queuedInserts[spl_object_hash($document)] = $document;
    }

    public function getUpserts() : array
    {
        return $this->queuedUpserts;
    }

    public function isQueuedForUpsert(object $document) : bool
    {
        return isset($this->queuedUpserts[spl_object_hash($document)]);
    }

    /**
     * Adds a document to the queued upserts.
     * The document remains queued until {@link executeUpserts} is invoked.
     */
    public function addUpsert(object $document) : void
    {
        $this->queuedUpserts[spl_object_hash($document)] = $document;
    }

    /**
     * Gets the ClassMetadata instance of the document class this persister is
     * used for.
     */
    public function getClassMetadata() : ClassMetadata
    {
        return $this->class;
    }

    /**
     * Executes all queued document insertions.
     *
     * Queued documents without an ID will inserted in a batch and queued
     * documents with an ID will be upserted individually.
     *
     * If no inserts are queued, invoking this method is a NOOP.
     *
     * @throws DriverException
     */
    public function executeInserts(array $options = []) : void
    {
        if (! $this->queuedInserts) {

            return;
        }

        $inserts = [];
        $options = $this->getWriteOptions($options);
        foreach ($this->queuedInserts as $oid => $document) {
            $data = $this->pb->prepareInsertData($document);

            // Set the initial version for each insert
            if ($this->class->isVersioned) {
                $versionMapping = $this->class->fieldMappings[$this->class->versionField];
                $nextVersion    = null;
                if ($versionMapping['type'] === 'int') {
                    $nextVersion = max(1, (int) $this->class->reflFields[$this->class->versionField]->getValue($document));
                    $this->class->reflFields[$this->class->versionField]->setValue($document, $nextVersion);
                } elseif ($versionMapping['type'] === 'date') {
                    $nextVersionDateTime = new DateTime();
                    $nextVersion         = Type::convertPHPToDatabaseValue($nextVersionDateTime);
                    $this->class->reflFields[$this->class->versionField]->setValue($document, $nextVersionDateTime);
                }
                $data[$versionMapping['name']] = $nextVersion;
            }

            $inserts[] = $data;
        }

        if ($inserts) {

            try {
                assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
                $this->collection->insertMany($inserts, $options);
            } catch (DriverException $e) {

                $this->queuedInserts = [];
                throw $e;
            }
        }

        /* All collections except for ones using addToSet have already been
         * saved. We have left these to be handled separately to avoid checking
         * collection for uniqueness on PHP side.
         */
        foreach ($this->queuedInserts as $document) {
            $this->handleCollections($document, $options);
        }

        $this->queuedInserts = [];
    }

    /**
     * Executes all queued document upserts.
     *
     * Queued documents with an ID are upserted individually.
     *
     * If no upserts are queued, invoking this method is a NOOP.
     */
    public function executeUpserts(array $options = []) : void
    {
        if (! $this->queuedUpserts) {

            return;
        }

        $options = $this->getWriteOptions($options);
        foreach ($this->queuedUpserts as $oid => $document) {
            try {
                $this->executeUpsert($document, $options);
                $this->handleCollections($document, $options);
                unset($this->queuedUpserts[$oid]);
            } catch (WriteException $e) {

                unset($this->queuedUpserts[$oid]);
                throw $e;
            }
        }
    }

    /**
     * Executes a single upsert in {@link executeUpserts}
     */
    private function executeUpsert(object $document, array $options) : void
    {
        $options['upsert'] = true;
        $criteria          = $this->getQueryForDocument($document);

        $data = $this->pb->prepareUpsertData($document);

        // Set the initial version for each upsert
        if ($this->class->isVersioned) {
            $versionMapping = $this->class->fieldMappings[$this->class->versionField];
            $nextVersion    = null;
            if ($versionMapping['type'] === 'int') {
                $nextVersion = max(1, (int) $this->class->reflFields[$this->class->versionField]->getValue($document));
                $this->class->reflFields[$this->class->versionField]->setValue($document, $nextVersion);
            } elseif ($versionMapping['type'] === 'date') {
                $nextVersionDateTime = new DateTime();
                $nextVersion         = Type::convertPHPToDatabaseValue($nextVersionDateTime);
                $this->class->reflFields[$this->class->versionField]->setValue($document, $nextVersionDateTime);
            }
            $data['$set'][$versionMapping['name']] = $nextVersion;
        }

        foreach (array_keys($criteria) as $field) {
            unset($data['$set'][$field]);
            unset($data['$inc'][$field]);
            unset($data['$setOnInsert'][$field]);
        }

        // Do not send empty update operators
        foreach (['$set', '$inc', '$setOnInsert'] as $operator) {
            if (! empty($data[$operator])) {
                continue;
            }

            unset($data[$operator]);
        }

        /* If there are no modifiers remaining, we're upserting a document with
         * an identifier as its only field. Since a document with the identifier
         * may already exist, the desired behavior is "insert if not exists" and
         * NOOP otherwise. MongoDB 2.6+ does not allow empty modifiers, so $set
         * the identifier to the same value in our criteria.
         *
         * This will fail for versions before MongoDB 2.6, which require an
         * empty $set modifier. The best we can do (without attempting to check
         * server versions in advance) is attempt the 2.6+ behavior and retry
         * after the relevant exception.
         *
         * See: https://jira.mongodb.org/browse/SERVER-12266
         */
        if (empty($data)) {
            $retry = true;
            $data  = ['$set' => ['_id' => $criteria['_id']]];
        }

        try {
            assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
            $this->collection->updateOne($criteria, $data, $options);
            return;
        } catch (WriteException $e) {

            if (empty($retry) || strpos($e->getMessage(), 'Mod on _id not allowed') === false) {
                throw $e;
            }
        }

        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        $this->collection->updateOne($criteria, ['$set' => new stdClass()], $options);
    }

    /**
     * Updates the already persisted document if it has any new changesets.
     *
     * @throws LockException
     */
    public function update(object $document, array $options = []) : void
    {
        $update = $this->pb->prepareUpdateData($document);

        $query = $this->getQueryForDocument($document);

        foreach (array_keys($query) as $field) {
            unset($update['$set'][$field]);
        }

        if (empty($update['$set'])) {
            unset($update['$set']);
        }

        // Include versioning logic to set the new version value in the database
        // and to ensure the version has not changed since this document object instance
        // was fetched from the database
        $nextVersion = null;
        if ($this->class->isVersioned) {
            $versionMapping = $this->class->fieldMappings[$this->class->versionField];
            $currentVersion = $this->class->reflFields[$this->class->versionField]->getValue($document);
            if ($versionMapping['type'] === 'int') {
                $nextVersion                             = $currentVersion + 1;
                $update['$inc'][$versionMapping['name']] = 1;
                $query[$versionMapping['name']]          = $currentVersion;
            } elseif ($versionMapping['type'] === 'date') {
                $nextVersion                             = new DateTime();
                $update['$set'][$versionMapping['name']] = Type::convertPHPToDatabaseValue($nextVersion);
                $query[$versionMapping['name']]          = Type::convertPHPToDatabaseValue($currentVersion);
            }
        }

        if (! empty($update)) {
            // Include locking logic so that if the document object in memory is currently
            // locked then it will remove it, otherwise it ensures the document is not locked.
            if ($this->class->isLockable) {
                $isLocked    = $this->class->reflFields[$this->class->lockField]->getValue($document);
                $lockMapping = $this->class->fieldMappings[$this->class->lockField];
                if ($isLocked) {
                    $update['$unset'] = [$lockMapping['name'] => true];
                } else {
                    $query[$lockMapping['name']] = ['$exists' => false];
                }
            }

            $options = $this->getWriteOptions($options);

            assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
            $result = $this->collection->updateOne($query, $update, $options);

            if (($this->class->isVersioned || $this->class->isLockable) && $result->getModifiedCount() !== 1) {
                throw LockException::lockFailed($document);
            } elseif ($this->class->isVersioned) {
                $this->class->reflFields[$this->class->versionField]->setValue($document, $nextVersion);
            }
        }

        $this->handleCollections($document, $options);
    }

    /**
     * Removes document from mongo
     *
     * @throws LockException
     */
    public function delete(object $document, array $options = []) : void
    {
        if ($this->bucket instanceof Bucket) {
if ($x instanceof DoesNotExist) {
    // Do something.
}
            $documentIdentifier = $this->uow->getDocumentIdentifier($document);
            $databaseIdentifier = $this->class->getDatabaseIdentifierValue($documentIdentifier);

            $this->bucket->delete($databaseIdentifier);

            return;
        }

        $query = $this->getQueryForDocument($document);

        if ($this->class->isLockable) {
            $query[$this->class->lockField] = ['$exists' => false];
        }

        $options = $this->getWriteOptions($options);

        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        $result = $this->collection->deleteOne($query, $options);

        if (($this->class->isVersioned || $this->class->isLockable) && ! $result->getDeletedCount()) {
            throw LockException::lockFailed($document);
        }
    }

    /**
     * Refreshes a managed document.
     */
    public function refresh(object $document) : void
    {
        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        $query = $this->getQueryForDocument($document);
        $data  = $this->collection->findOne($query);
        if ($data === null) {
            throw MongoDBException::cannotRefreshDocument();
        }
        $data = $this->hydratorFactory->hydrate($document, (array) $data);
        $this->uow->setOriginalDocumentData($document, $data);
    }

    /**
     * Finds a document by a set of criteria.
     *
     * If a scalar or MongoDB\BSON\ObjectId is provided for $criteria, it will
     * be used to match an _id value.
     *
     * @param mixed $criteria Query criteria
     *
     * @throws LockException
     *
     * @todo Check identity map? loadById method? Try to guess whether
     *     $criteria is the id?
     */
    public function load($criteria, ?object $document = null, array $hints = [], int $lockMode = 0, ?array $sort = null) : ?object

    {
        // TODO: remove this
        if ($criteria === null || is_scalar($criteria) || $criteria instanceof ObjectId) {
if ($x instanceof DoesNotExist) {
    // Do something.
}
            $criteria = ['_id' => $criteria];
        }

        $criteria = $this->prepareQueryOrNewObj($criteria);
/**
 * @return array|string
 */
function returnsDifferentValues($x) {
    if ($x) {
        return 'foo';
    }

    return array();
}

$x = returnsDifferentValues($y);
if (is_array($x)) {
    // $x is an array.
}
        $criteria = $this->addDiscriminatorToPreparedQuery($criteria);
        $criteria = $this->addFilterToPreparedQuery($criteria);

        $options = [];
        if ($sort !== null) {
            $options['sort'] = $this->prepareSort($sort);
        }
        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        $result = $this->collection->findOne($criteria, $options);
        $result = $result !== null ? (array) $result : null;

        if ($this->class->isLockable) {
            $lockMapping = $this->class->fieldMappings[$this->class->lockField];
            if (isset($result[$lockMapping['name']]) && $result[$lockMapping['name']] === LockMode::PESSIMISTIC_WRITE) {
                throw LockException::lockFailed($document);
            }
        }

        if ($result === null) {
            return null;
        }

        return $this->createDocument($result, $document, $hints);
    }

    /**
     * Finds documents by a set of criteria.
     */
    public function loadAll(array $criteria = [], ?array $sort = null, ?int $limit = null, ?int $skip = null) : Iterator
    {
        $criteria = $this->prepareQueryOrNewObj($criteria);
        $criteria = $this->addDiscriminatorToPreparedQuery($criteria);
        $criteria = $this->addFilterToPreparedQuery($criteria);

        $options = [];
        if ($sort !== null) {
            $options['sort'] = $this->prepareSort($sort);
        }

        if ($limit !== null) {
            $options['limit'] = $limit;
        }

        if ($skip !== null) {
            $options['skip'] = $skip;
        }

        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        $baseCursor = $this->collection->find($criteria, $options);
        return $this->wrapCursor($baseCursor);
    }

    /**
     * @throws MongoDBException
     */
    private function getShardKeyQuery(object $document) : array
    {
        if (! $this->class->isSharded()) {
            return [];
        }

        $shardKey = $this->class->getShardKey();
        $keys     = array_keys($shardKey['keys']);
        $data     = $this->uow->getDocumentActualData($document);

        $shardKeyQueryPart = [];
        foreach ($keys as $key) {
            assert(is_string($key));
            $mapping = $this->class->getFieldMappingByDbFieldName($key);
            $this->guardMissingShardKey($document, $key, $data);

            if (isset($mapping['association']) && $mapping['association'] === ClassMetadata::REFERENCE_ONE) {
                $reference = $this->prepareReference(
                    $key,
                    $data[$mapping['fieldName']],
                    $mapping,
                    false
                );
                foreach ($reference as $keyValue) {
                    $shardKeyQueryPart[$keyValue[0]] = $keyValue[1];
                }
            } else {
                $value                   = Type::getType($mapping['type'])->convertToDatabaseValue($data[$mapping['fieldName']]);
                $shardKeyQueryPart[$key] = $value;
            }
        }

        return $shardKeyQueryPart;
    }

    /**
     * Wraps the supplied base cursor in the corresponding ODM class.
     */
    private function wrapCursor(Cursor $baseCursor) : Iterator
    {
        return new CachingIterator(new HydratingIterator($baseCursor, $this->dm->getUnitOfWork(), $this->class));
    }

    /**
     * Checks whether the given managed document exists in the database.
     */
    public function exists(object $document) : bool
    {
        $id = $this->class->getIdentifierObject($document);
        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        return (bool) $this->collection->findOne(['_id' => $id], ['_id']);
    }

    /**
     * Locks document by storing the lock mode on the mapped lock field.
     */
    public function lock(object $document, int $lockMode) : void
    {
        $id          = $this->uow->getDocumentIdentifier($document);
        $criteria    = ['_id' => $this->class->getDatabaseIdentifierValue($id)];
        $lockMapping = $this->class->fieldMappings[$this->class->lockField];
        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        $this->collection->updateOne($criteria, ['$set' => [$lockMapping['name'] => $lockMode]]);
        $this->class->reflFields[$this->class->lockField]->setValue($document, $lockMode);
    }

    /**
     * Releases any lock that exists on this document.
     */
    public function unlock(object $document) : void
    {
        $id          = $this->uow->getDocumentIdentifier($document);
        $criteria    = ['_id' => $this->class->getDatabaseIdentifierValue($id)];
        $lockMapping = $this->class->fieldMappings[$this->class->lockField];
        assert($this->collection instanceof Collection);
if ($x instanceof DoesNotExist) {
    // Do something.
}
        $this->collection->updateOne($criteria, ['$unset' => [$lockMapping['name'] => true]]);
        $this->class->reflFields[$this->class->lockField]->setValue($document, null);
    }

    /**
     * Creates or fills a single document object from an query result.
     *
     * @param array  $result   The query result.
     * @param object $document The document object to fill, if any.
     * @param array  $hints    Hints for document creation.
     *
     * @return object|null The filled and managed document object or NULL, if the query result is empty.
     */
    private function createDocument(array $result, ?object $document = null, array $hints = []) : ?object
    {
        if ($document !== null) {
            $hints[Query::HINT_REFRESH] = true;
            $id                         = $this->class->getPHPIdentifierValue($result['_id']);
            $this->uow->registerManaged($document, $id, $result);
        }

        return $this->uow->getOrCreateDocument($this->class->name, $result, $hints, $document);
    }

    /**
     * Loads a PersistentCollection data. Used in the initialize() method.
     */
    public function loadCollection(PersistentCollectionInterface $collection) : void
    {
        $mapping = $collection->getMapping();
        switch ($mapping['association']) {
            case ClassMetadata::EMBED_MANY:
                $this->loadEmbedManyCollection($collection);
                break;

            case ClassMetadata::REFERENCE_MANY:
                if (isset($mapping['repositoryMethod']) && $mapping['repositoryMethod']) {
                    $this->loadReferenceManyWithRepositoryMethod($collection);
                } else {
                    if ($mapping['isOwningSide']) {
                        $this->loadReferenceManyCollectionOwningSide($collection);
                    } else {
                        $this->loadReferenceManyCollectionInverseSide($collection);
                    }
                }
                break;
        }
    }

    private function loadEmbedManyCollection(PersistentCollectionInterface $collection) : void
    {
        $embeddedDocuments = $collection->getMongoData();
        $mapping           = $collection->getMapping();
        $owner             = $collection->getOwner();
        if (! $embeddedDocuments) {

            return;
        }

        foreach ($embeddedDocuments as $key => $embeddedDocument) {
            $className              = $this->uow->getClassNameForAssociation($mapping, $embeddedDocument);
            $embeddedMetadata       = $this->dm->getClassMetadata($className);
            $embeddedDocumentObject = $embeddedMetadata->newInstance();

            $this->uow->setParentAssociation($embeddedDocumentObject, $mapping, $owner, $mapping['name'] . '.' . $key);

            $data = $this->hydratorFactory->hydrate($embeddedDocumentObject, $embeddedDocument, $collection->getHints());
            $id   = $data[$embeddedMetadata->identifier] ?? null;

            if (empty($collection->getHints()[Query::HINT_READ_ONLY])) {
                $this->uow->registerManaged($embeddedDocumentObject, $id, $data);
            }
            if (CollectionHelper::isHash($mapping['strategy'])) {
                $collection->set($key, $embeddedDocumentObject);
            } else {
                $collection->add($embeddedDocumentObject);
            }
        }
    }

    private function loadReferenceManyCollectionOwningSide(PersistentCollectionInterface $collection) : void
    {
        $hints      = $collection->getHints();
        $mapping    = $collection->getMapping();
        $groupedIds = [];

        $sorted = isset($mapping['sort']) && $mapping['sort'];

        foreach ($collection->getMongoData() as $key => $reference) {
            $className  = $this->uow->getClassNameForAssociation($mapping, $reference);
            $identifier = ClassMetadata::getReferenceId($reference, $mapping['storeAs']);
            $id         = $this->dm->getClassMetadata($className)->getPHPIdentifierValue($identifier);

            // create a reference to the class and id
            $reference = $this->dm->getReference($className, $id);

            // no custom sort so add the references right now in the order they are embedded
            if (! $sorted) {
                if (CollectionHelper::isHash($mapping['strategy'])) {
                    $collection->set($key, $reference);
                } else {
                    $collection->add($reference);
                }
            }

            // only query for the referenced object if it is not already initialized or the collection is sorted
            if (! (($reference instanceof GhostObjectInterface && ! $reference->isProxyInitialized())) && ! $sorted) {
if ($x instanceof DoesNotExist) {
    // Do something.
}
                continue;
            }

            $groupedIds[$className][] = $identifier;
        }
        foreach ($groupedIds as $className => $ids) {
            $class           = $this->dm->getClassMetadata($className);
            $mongoCollection = $this->dm->getDocumentCollection($className);
            $criteria        = $this->cm->merge(
                ['_id' => ['$in' => array_values($ids)]],
                $this->dm->getFilterCollection()->getFilterCriteria($class),
                $mapping['criteria'] ?? []
            );
            $criteria        = $this->uow->getDocumentPersister($className)->prepareQueryOrNewObj($criteria);

            $options = [];
            if (isset($mapping['sort'])) {
                $options['sort'] = $this->prepareSort($mapping['sort']);
            }
            if (isset($mapping['limit'])) {
                $options['limit'] = $mapping['limit'];
            }
            if (isset($mapping['skip'])) {
                $options['skip'] = $mapping['skip'];
            }
            if (! empty($hints[Query::HINT_READ_PREFERENCE])) {
                $options['readPreference'] = $hints[Query::HINT_READ_PREFERENCE];
            }

            $cursor    = $mongoCollection->find($criteria, $options);
            $documents = $cursor->toArray();
            foreach ($documents as $documentData) {
                $document = $this->uow->getById($documentData['_id'], $class);
                if ($document instanceof GhostObjectInterface && ! $document->isProxyInitialized()) {
if ($x instanceof DoesNotExist) {
    // Do something.
}
                    $data = $this->hydratorFactory->hydrate($document, $documentData);
                    $this->uow->setOriginalDocumentData($document, $data);
                }

                if (! $sorted) {
                    continue;
                }

                $collection->add($document);
            }
        }
    }

    private function loadReferenceManyCollectionInverseSide(PersistentCollectionInterface $collection) : void
    {
        $query    = $this->createReferenceManyInverseSideQuery($collection);
        $iterator = $query->execute();
        assert($iterator instanceof Iterator);
        $documents = $iterator->toArray();
        foreach ($documents as $key => $document) {
            $collection->add($document);
        }
    }

    public function createReferenceManyInverseSideQuery(PersistentCollectionInterface $collection) : Query
    {
        $hints   = $collection->getHints();
        $mapping = $collection->getMapping();
        $owner   = $collection->getOwner();

        if ($owner === null) {
            throw PersistentCollectionException::ownerRequiredToLoadCollection();
        }

        $ownerClass        = $this->dm->getClassMetadata(get_class($owner));
        $targetClass       = $this->dm->getClassMetadata($mapping['targetDocument']);
        $mappedByMapping   = $targetClass->fieldMappings[$mapping['mappedBy']] ?? [];
        $mappedByFieldName = ClassMetadata::getReferenceFieldName($mappedByMapping['storeAs'] ?? ClassMetadata::REFERENCE_STORE_AS_DB_REF, $mapping['mappedBy']);

        $criteria = $this->cm->merge(
            [$mappedByFieldName => $ownerClass->getIdentifierObject($owner)],
            $this->dm->getFilterCollection()->getFilterCriteria($targetClass),
            $mapping['criteria'] ?? []
        );
        $criteria = $this->uow->getDocumentPersister($mapping['targetDocument'])->prepareQueryOrNewObj($criteria);
        $qb       = $this->dm->createQueryBuilder($mapping['targetDocument'])
            ->setQueryArray($criteria);

        if (isset($mapping['sort'])) {
            $qb->sort($mapping['sort']);
        }
        if (isset($mapping['limit'])) {
            $qb->limit($mapping['limit']);
        }
        if (isset($mapping['skip'])) {
            $qb->skip($mapping['skip']);
        }

        if (! empty($hints[Query::HINT_READ_PREFERENCE])) {
            $qb->setReadPreference($hints[Query::HINT_READ_PREFERENCE]);
        }

        foreach ($mapping['prime'] as $field) {
            $qb->field($field)->prime(true);
        }

        return $qb->getQuery();
    }

    private function loadReferenceManyWithRepositoryMethod(PersistentCollectionInterface $collection) : void
    {
        $cursor    = $this->createReferenceManyWithRepositoryMethodCursor($collection);
        $mapping   = $collection->getMapping();
        $documents = $cursor->toArray();
        foreach ($documents as $key => $obj) {
            if (CollectionHelper::isHash($mapping['strategy'])) {
                $collection->set($key, $obj);
            } else {
                $collection->add($obj);
            }
        }
    }

    public function createReferenceManyWithRepositoryMethodCursor(PersistentCollectionInterface $collection) : Iterator
    {
        $mapping          = $collection->getMapping();
        $repositoryMethod = $mapping['repositoryMethod'];
        $cursor           = $this->dm->getRepository($mapping['targetDocument'])
            ->$repositoryMethod($collection->getOwner());

        if (! $cursor instanceof Iterator) {
            throw new BadMethodCallException(sprintf('Expected repository method %s to return an iterable object', $repositoryMethod));
        }

        if (! empty($mapping['prime'])) {
            $referencePrimer = new ReferencePrimer($this->dm, $this->dm->getUnitOfWork());
            $primers         = array_combine($mapping['prime'], array_fill(0, count($mapping['prime']), true));
            $class           = $this->dm->getClassMetadata($mapping['targetDocument']);

            assert(is_array($primers));

            $cursor = new PrimingIterator($cursor, $class, $referencePrimer, $primers, $collection->getHints());
        }

        return $cursor;
    }

    /**
     * Prepare a projection array by converting keys, which are PHP property
     * names, to MongoDB field names.
     */
    public function prepareProjection(array $fields) : array
    {
        $preparedFields = [];

        foreach ($fields as $key => $value) {
            $preparedFields[$this->prepareFieldName($key)] = $value;
        }

        return $preparedFields;
    }

    /**
     * @param int|string $sort
     *
     * @return int|string|null
     */
    private function getSortDirection($sort)
    {
        switch (strtolower((string) $sort)) {
            case 'desc':
                return -1;

            case 'asc':
                return 1;
        }

        return $sort;
    }

    /**
     * Prepare a sort specification array by converting keys to MongoDB field
     * names and changing direction strings to int.
     */
    public function prepareSort(array $fields) : array
    {
        $sortFields = [];

        foreach ($fields as $key => $value) {
            if (is_array($value)) {
                $sortFields[$this->prepareFieldName($key)] = $value;
            } else {
                $sortFields[$this->prepareFieldName($key)] = $this->getSortDirection($value);
            }
        }

        return $sortFields;
    }

    /**
     * Prepare a mongodb field name and convert the PHP property names to
     * MongoDB field names.
     */
    public function prepareFieldName(string $fieldName) : string
    {
        $fieldNames = $this->prepareQueryElement($fieldName, null, null, false);

        return $fieldNames[0][0];
    }

    /**
     * Adds discriminator criteria to an already-prepared query.
     *
     * If the class we're querying has a discriminator field set, we add all
     * possible discriminator values to the query. The list of possible
     * discriminator values is based on the discriminatorValue of the class
     * itself as well as those of all its subclasses.
     *
     * This method should be used once for query criteria and not be used for
     * nested expressions. It should be called before
     * {@link DocumentPerister::addFilterToPreparedQuery()}.
     */
    public function addDiscriminatorToPreparedQuery(array $preparedQuery) : array
    {
        if (isset($preparedQuery[$this->class->discriminatorField]) || $this->class->discriminatorField === null) {
            return $preparedQuery;
        }

        $discriminatorValues = $this->getClassDiscriminatorValues($this->class);

        if ($discriminatorValues === []) {
            return $preparedQuery;
        }

        if (count($discriminatorValues) === 1) {
            $preparedQuery[$this->class->discriminatorField] = $discriminatorValues[0];
        } else {
            $preparedQuery[$this->class->discriminatorField] = ['$in' => $discriminatorValues];
        }

        return $preparedQuery;

        /* If the class has a discriminator field, which is not already in the
         * criteria, inject it now. The field/values need no preparation.
         */
        if ($this->class->hasDiscriminator() && ! isset($preparedQuery[$this->class->discriminatorField])) {
function fx() {
    try {
        doSomething();
        return true;
    }
    catch (\Exception $e) {
        return false;
    }

    return false;
}
            $discriminatorValues = $this->getClassDiscriminatorValues($this->class);
            if (count($discriminatorValues) === 1) {
                $preparedQuery[$this->class->discriminatorField] = $discriminatorValues[0];
            } else {
                $preparedQuery[$this->class->discriminatorField] = ['$in' => $discriminatorValues];
            }
        }

        return $preparedQuery;
    }

    /**
     * Adds filter criteria to an already-prepared query.
     *
     * This method should be used once for query criteria and not be used for
     * nested expressions. It should be called after
     * {@link DocumentPerister::addDiscriminatorToPreparedQuery()}.
     */
    public function addFilterToPreparedQuery(array $preparedQuery) : array
    {
        /* If filter criteria exists for this class, prepare it and merge
         * over the existing query.
         *
         * @todo Consider recursive merging in case the filter criteria and
         * prepared query both contain top-level $and/$or operators.
         */
        $filterCriteria = $this->dm->getFilterCollection()->getFilterCriteria($this->class);
        if ($filterCriteria) {

            $preparedQuery = $this->cm->merge($preparedQuery, $this->prepareQueryOrNewObj($filterCriteria));
        }

        return $preparedQuery;
    }

    /**
     * Prepares the query criteria or new document object.
     *
     * PHP field names and types will be converted to those used by MongoDB.
     */
    public function prepareQueryOrNewObj(array $query, bool $isNewObj = false) : array
    {
        $preparedQuery = [];

        foreach ($query as $key => $value) {
            // Recursively prepare logical query clauses
            if (in_array($key, ['$and', '$or', '$nor'], true) && is_array($value)) {
                foreach ($value as $k2 => $v2) {
                    $preparedQuery[$key][$k2] = $this->prepareQueryOrNewObj($v2, $isNewObj);
                }
                continue;
            }

            if (isset($key[0]) && $key[0] === '$' && is_array($value)) {
                $preparedQuery[$key] = $this->prepareQueryOrNewObj($value, $isNewObj);
                continue;
            }

            $preparedQueryElements = $this->prepareQueryElement((string) $key, $value, null, true, $isNewObj);
            foreach ($preparedQueryElements as [$preparedKey, $preparedValue]) {
                $preparedQuery[$preparedKey] = is_array($preparedValue)

                    ? array_map('\Doctrine\ODM\MongoDB\Types\Type::convertPHPToDatabaseValue', $preparedValue)
                    : Type::convertPHPToDatabaseValue($preparedValue);
            }
        }

        return $preparedQuery;
    }

    /**
     * Prepares a query value and converts the PHP value to the database value
     * if it is an identifier.
     *
     * It also handles converting $fieldName to the database name if they are
     * different.
     *
     * @param mixed $value
     */
    private function prepareQueryElement(string $fieldName, $value = null, ?ClassMetadata $class = null, bool $prepareValue = true, bool $inNewObj = false) : array
    {
        $class = $class ?? $this->class;

        // @todo Consider inlining calls to ClassMetadata methods

        // Process all non-identifier fields by translating field names
        if ($class->hasField($fieldName) && ! $class->isIdentifier($fieldName)) {
            $mapping   = $class->fieldMappings[$fieldName];
            $fieldName = $mapping['name'];

            if (! $prepareValue) {
                return [[$fieldName, $value]];
            }

            // Prepare mapped, embedded objects
            if (! empty($mapping['embedded']) && is_object($value) &&
                ! $this->dm->getMetadataFactory()->isTransient(get_class($value))) {
                return [[$fieldName, $this->pb->prepareEmbeddedDocumentValue($mapping, $value)]];
            }

            if (! empty($mapping['reference']) && is_object($value) && ! ($value instanceof ObjectId)) {
if ($x instanceof DoesNotExist) {
    // Do something.
}
                try {
                    return $this->prepareReference($fieldName, $value, $mapping, $inNewObj);
                } catch (MappingException $e) {

                    // do nothing in case passed object is not mapped document
                }
            }

            // No further preparation unless we're dealing with a simple reference
            if (empty($mapping['reference']) || $mapping['storeAs'] !== ClassMetadata::REFERENCE_STORE_AS_ID || empty((array) $value)) {
                return [[$fieldName, $value]];
            }

            // Additional preparation for one or more simple reference values
            $targetClass = $this->dm->getClassMetadata($mapping['targetDocument']);

            if (! is_array($value)) {
                return [[$fieldName, $targetClass->getDatabaseIdentifierValue($value)]];
            }

            // Objects without operators or with DBRef fields can be converted immediately
            if (! $this->hasQueryOperators($value) || $this->hasDBRefFields($value)) {
                return [[$fieldName, $targetClass->getDatabaseIdentifierValue($value)]];
            }

            return [[$fieldName, $this->prepareQueryExpression($value, $targetClass)]];
        }

        // Process identifier fields
        if (($class->hasField($fieldName) && $class->isIdentifier($fieldName)) || $fieldName === '_id') {
            $fieldName = '_id';

            if (! $prepareValue) {
                return [[$fieldName, $value]];
            }

            if (! is_array($value)) {
                return [[$fieldName, $class->getDatabaseIdentifierValue($value)]];
            }

            // Objects without operators or with DBRef fields can be converted immediately
            if (! $this->hasQueryOperators($value) || $this->hasDBRefFields($value)) {
                return [[$fieldName, $class->getDatabaseIdentifierValue($value)]];
            }

            return [[$fieldName, $this->prepareQueryExpression($value, $class)]];
        }

        // No processing for unmapped, non-identifier, non-dotted field names
        if (strpos($fieldName, '.') === false) {
            return [[$fieldName, $value]];
        }

        /* Process "fieldName.objectProperty" queries (on arrays or objects).
         *
         * We can limit parsing here, since at most three segments are
         * significant: "fieldName.objectProperty" with an optional index or key
         * for collections stored as either BSON arrays or objects.
         */
        $e = explode('.', $fieldName, 4);

        // No further processing for unmapped fields
        if (! isset($class->fieldMappings[$e[0]])) {
            return [[$fieldName, $value]];
        }

        $mapping = $class->fieldMappings[$e[0]];
        $e[0]    = $mapping['name'];

        // Hash and raw fields will not be prepared beyond the field name
        if ($mapping['type'] === Type::HASH || $mapping['type'] === Type::RAW) {
            $fieldName = implode('.', $e);

            return [[$fieldName, $value]];
        }

        if ($mapping['type'] === 'many' && CollectionHelper::isHash($mapping['strategy'])
                && isset($e[2])) {
            $objectProperty       = $e[2];
            $objectPropertyPrefix = $e[1] . '.';
            $nextObjectProperty   = implode('.', array_slice($e, 3));
        } elseif ($e[1] !== '$') {
            $fieldName            = $e[0] . '.' . $e[1];
            $objectProperty       = $e[1];
            $objectPropertyPrefix = '';
            $nextObjectProperty   = implode('.', array_slice($e, 2));
        } elseif (isset($e[2])) {
            $fieldName            = $e[0] . '.' . $e[1] . '.' . $e[2];
            $objectProperty       = $e[2];
            $objectPropertyPrefix = $e[1] . '.';
            $nextObjectProperty   = implode('.', array_slice($e, 3));
        } else {
            $fieldName = $e[0] . '.' . $e[1];

            return [[$fieldName, $value]];
        }

        // No further processing for fields without a targetDocument mapping
        if (! isset($mapping['targetDocument'])) {
            if ($nextObjectProperty) {
                $fieldName .= '.' . $nextObjectProperty;
            }

            return [[$fieldName, $value]];
        }

        $targetClass = $this->dm->getClassMetadata($mapping['targetDocument']);

        // No further processing for unmapped targetDocument fields
        if (! $targetClass->hasField($objectProperty)) {
            if ($nextObjectProperty) {
                $fieldName .= '.' . $nextObjectProperty;
            }

            return [[$fieldName, $value]];
        }

        $targetMapping      = $targetClass->getFieldMapping($objectProperty);
        $objectPropertyIsId = $targetClass->isIdentifier($objectProperty);

        // Prepare DBRef identifiers or the mapped field's property path
        $fieldName = $objectPropertyIsId && ! empty($mapping['reference']) && $mapping['storeAs'] !== ClassMetadata::REFERENCE_STORE_AS_ID
            ? ClassMetadata::getReferenceFieldName($mapping['storeAs'], $e[0])
            : $e[0] . '.' . $objectPropertyPrefix . $targetMapping['name'];

        // Process targetDocument identifier fields
        if ($objectPropertyIsId) {
            if (! $prepareValue) {
                return [[$fieldName, $value]];
            }

            if (! is_array($value)) {
                return [[$fieldName, $targetClass->getDatabaseIdentifierValue($value)]];
            }

            // Objects without operators or with DBRef fields can be converted immediately
            if (! $this->hasQueryOperators($value) || $this->hasDBRefFields($value)) {
                return [[$fieldName, $targetClass->getDatabaseIdentifierValue($value)]];
            }

            return [[$fieldName, $this->prepareQueryExpression($value, $targetClass)]];
        }

        /* The property path may include a third field segment, excluding the
         * collection item pointer. If present, this next object property must
         * be processed recursively.
         */
        if ($nextObjectProperty) {
            // Respect the targetDocument's class metadata when recursing
            $nextTargetClass = isset($targetMapping['targetDocument'])
                ? $this->dm->getClassMetadata($targetMapping['targetDocument'])
                : null;

            if (empty($targetMapping['reference'])) {
                $fieldNames = $this->prepareQueryElement($nextObjectProperty, $value, $nextTargetClass, $prepareValue);
            } else {
                // No recursive processing for references as most probably somebody is querying DBRef or alike
                if ($nextObjectProperty[0] !== '$' && in_array($targetMapping['storeAs'], [ClassMetadata::REFERENCE_STORE_AS_DB_REF_WITH_DB, ClassMetadata::REFERENCE_STORE_AS_DB_REF])) {
                    $nextObjectProperty = '$' . $nextObjectProperty;
                }
                $fieldNames = [[$nextObjectProperty, $value]];
            }

            return array_map(static function ($preparedTuple) use ($fieldName) {
                [$key, $value] = $preparedTuple;


                return [$fieldName . '.' . $key, $value];
            }, $fieldNames);
        }

        return [[$fieldName, $value]];
    }

    private function prepareQueryExpression(array $expression, ClassMetadata $class) : array
    {
        foreach ($expression as $k => $v) {
            // Ignore query operators whose arguments need no type conversion
            if (in_array($k, ['$exists', '$type', '$mod', '$size'])) {
                continue;
            }

            // Process query operators whose argument arrays need type conversion
            if (in_array($k, ['$in', '$nin', '$all']) && is_array($v)) {
                foreach ($v as $k2 => $v2) {
                    $expression[$k][$k2] = $class->getDatabaseIdentifierValue($v2);
                }
                continue;
            }

            // Recursively process expressions within a $not operator
            if ($k === '$not' && is_array($v)) {
                $expression[$k] = $this->prepareQueryExpression($v, $class);
                continue;
            }

            $expression[$k] = $class->getDatabaseIdentifierValue($v);
        }

        return $expression;
    }

    /**
     * Checks whether the value has DBRef fields.
     *
     * This method doesn't check if the the value is a complete DBRef object,
     * although it should return true for a DBRef. Rather, we're checking that
     * the value has one or more fields for a DBref. In practice, this could be
     * $elemMatch criteria for matching a DBRef.
     *
     * @param mixed $value
     */
    private function hasDBRefFields($value) : bool
    {
        if (! is_array($value) && ! is_object($value)) {
            return false;
        }

        if (is_object($value)) {
            $value = get_object_vars($value);
        }

        foreach ($value as $key => $_) {
            if ($key === '$ref' || $key === '$id' || $key === '$db') {
                return true;
            }
        }

        return false;
    }

    /**
     * Checks whether the value has query operators.
     *
     * @param mixed $value
     */
    private function hasQueryOperators($value) : bool
    {
        if (! is_array($value) && ! is_object($value)) {
            return false;
        }

        if (is_object($value)) {
            $value = get_object_vars($value);
        }

        foreach ($value as $key => $_) {
            if (isset($key[0]) && $key[0] === '$') {
                return true;
            }
        }

        return false;
    }

    /**
     * Returns the list of discriminator values for the given ClassMetadata
     */
    private function getClassDiscriminatorValues(ClassMetadata $metadata) : array
    {
        $discriminatorValues = [];

        if ($metadata->discriminatorValue !== null) {
            $discriminatorValues[] = $metadata->discriminatorValue;
        }

        foreach ($metadata->subClasses as $className) {
            $key = array_search($className, $metadata->discriminatorMap);
            if (! $key) {
                continue;
            }

            $discriminatorValues[] = $key;
        }

        // If a defaultDiscriminatorValue is set and it is among the discriminators being queries, add NULL to the list
        if ($metadata->defaultDiscriminatorValue && in_array($metadata->defaultDiscriminatorValue, $discriminatorValues)) {
''   == false // true
''   == null  // true
'ab' == false // false
'ab' == null  // false

// It is often better to use strict comparison
'' === false // false
'' === null  // false
            $discriminatorValues[] = null;
        }

        return $discriminatorValues;
    }

    private function handleCollections(object $document, array $options) : void
    {
        // Collection deletions (deletions of complete collections)
        $collections = [];
        foreach ($this->uow->getScheduledCollections($document) as $coll) {
            if (! $this->uow->isCollectionScheduledForDeletion($coll)) {
                continue;
            }

            $collections[] = $coll;
        }
        if (! empty($collections)) {
            $this->cp->delete($document, $collections, $options);
        }
        // Collection updates (deleteRows, updateRows, insertRows)
        $collections = [];
        foreach ($this->uow->getScheduledCollections($document) as $coll) {
            if (! $this->uow->isCollectionScheduledForUpdate($coll)) {
                continue;
            }

            $collections[] = $coll;
        }
        if (! empty($collections)) {
            $this->cp->update($document, $collections, $options);
        }
        // Take new snapshots from visited collections
        foreach ($this->uow->getVisitedCollections($document) as $coll) {
            $coll->takeSnapshot();
        }
    }

    /**
     * If the document is new, ignore shard key field value, otherwise throw an
     * exception. Also, shard key field should be present in actual document
     * data.
     *
     * @throws MongoDBException
     */
    private function guardMissingShardKey(object $document, string $shardKeyField, array $actualDocumentData) : void
    {
        $dcs      = $this->uow->getDocumentChangeSet($document);
        $isUpdate = $this->uow->isScheduledForUpdate($document);

        $fieldMapping = $this->class->getFieldMappingByDbFieldName($shardKeyField);
        $fieldName    = $fieldMapping['fieldName'];

        if ($isUpdate && isset($dcs[$fieldName]) && $dcs[$fieldName][0] !== $dcs[$fieldName][1]) {
            throw MongoDBException::shardKeyFieldCannotBeChanged($shardKeyField, $this->class->getName());

        }

        if (! isset($actualDocumentData[$fieldName])) {
            throw MongoDBException::shardKeyFieldMissing($shardKeyField, $this->class->getName());

        }
    }

    /**
     * Get shard key aware query for single document.
     */
    private function getQueryForDocument(object $document) : array
    {
        $id = $this->uow->getDocumentIdentifier($document);
        $id = $this->class->getDatabaseIdentifierValue($id);

        $shardKeyQueryPart = $this->getShardKeyQuery($document);
        return array_merge(['_id' => $id], $shardKeyQueryPart);
    }

    private function getWriteOptions(array $options = []) : array
    {
        $defaultOptions  = $this->dm->getConfiguration()->getDefaultCommitOptions();
        $documentOptions = [];
        if ($this->class->hasWriteConcern()) {
            $documentOptions['w'] = $this->class->getWriteConcern();
        }

        return array_merge($defaultOptions, $documentOptions, $options);
    }

    private function prepareReference(string $fieldName, $value, array $mapping, bool $inNewObj) : array
    {
        $reference = $this->dm->createReference($value, $mapping);
        if ($inNewObj || $mapping['storeAs'] === ClassMetadata::REFERENCE_STORE_AS_ID) {
            return [[$fieldName, $reference]];
        }

        switch ($mapping['storeAs']) {
            case ClassMetadata::REFERENCE_STORE_AS_REF:
                $keys = ['id' => true];
                break;

            case ClassMetadata::REFERENCE_STORE_AS_DB_REF:
            case ClassMetadata::REFERENCE_STORE_AS_DB_REF_WITH_DB:
                $keys = ['$ref' => true, '$id' => true, '$db' => true];

                if ($mapping['storeAs'] === ClassMetadata::REFERENCE_STORE_AS_DB_REF) {
                    unset($keys['$db']);
                }

                if (isset($mapping['targetDocument'])) {
                    unset($keys['$ref'], $keys['$db']);
                }
                break;

            default:
                throw new InvalidArgumentException(sprintf('Reference type %s is invalid.', $mapping['storeAs']));
        }

        if ($mapping['type'] === 'many') {
            return [[$fieldName, ['$elemMatch' => array_intersect_key($reference, $keys)]]];
        }

        return array_map(
            static function ($key) use ($reference, $fieldName) {
                return [$fieldName . '.' . $key, $reference[$key]];
            },
            array_keys($keys)
        );
    }
}

Pull Request — master (#2025)

DocumentPersister::handleCollections() B

Complexity

Size

Duplication

Code Coverage

Importance

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

doctrine / mongodb-odm

Pull Request — master (#2025)

DocumentPersister::handleCollections() B

Complexity

Size

Duplication

Code Coverage

Importance

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

1. Missing dependencies

2. Missing use statement

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