/**
* Constructs a findAndModify command for updating a document.
*
* Supported options:
*
* * bypassDocumentValidation (boolean): If true, allows the write to opt
* out of document level validation.
*
* * maxTimeMS (integer): The maximum amount of time to allow the query to
* run.
*
* * projection (document): Limits the fields to return for the matching
* document.
*
* * returnDocument (enum): Whether to return the document before or after
* the update is applied. Must be either
* FindOneAndUpdate::RETURN_DOCUMENT_BEFORE or
* FindOneAndUpdate::RETURN_DOCUMENT_AFTER. The default is
* FindOneAndUpdate::RETURN_DOCUMENT_BEFORE.
*
* * sort (document): Determines which document the operation modifies if
* the query selects multiple documents.
*
* * upsert (boolean): When true, a new document is created if no document
* matches the query. The default is false.
*
* * writeConcern (MongoDB\Driver\WriteConcern): Write concern. This option
* is only supported for server versions >= 3.2.
*
* @param string $databaseName Database name
* @param string $collectionName Collection name
* @param array|object $filter Query by which to filter documents
* @param array|object $update Update to apply to the matched document
* @param array $options Command options
*
* @throws InvalidArgumentException
*/
public function __construct($databaseName, $collectionName, $filter, $update, array $options = [])
{
if (!is_array($filter) && !is_object($filter)) {
throw InvalidArgumentException::invalidType('$filter', $filter, 'array or object');
}
if (!is_array($update) && !is_object($update)) {
throw InvalidArgumentException::invalidType('$update', $update, 'array or object');
}
if (!Functions::isFirstKeyOperator($update)) {
throw new InvalidArgumentException('First key in $update argument is not an update operator');
}
$options += ['returnDocument' => self::RETURN_DOCUMENT_BEFORE, 'upsert' => false];
if (isset($options['projection']) && !is_array($options['projection']) && !is_object($options['projection'])) {
throw InvalidArgumentException::invalidType('"projection" option', $options['projection'], 'array or object');
}
if (!is_integer($options['returnDocument'])) {
throw InvalidArgumentException::invalidType('"returnDocument" option', $options['returnDocument'], 'integer');
}
if ($options['returnDocument'] !== self::RETURN_DOCUMENT_AFTER && $options['returnDocument'] !== self::RETURN_DOCUMENT_BEFORE) {
throw new InvalidArgumentException('Invalid value for "returnDocument" option: ' . $options['returnDocument']);
}
if (isset($options['projection'])) {
$options['fields'] = $options['projection'];
}
$options['new'] = $options['returnDocument'] === self::RETURN_DOCUMENT_AFTER;
unset($options['projection'], $options['returnDocument']);
$this->findAndModify = new FindAndModify($databaseName, $collectionName, ['query' => $filter, 'update' => $update] + $options);
}
/**
* Constructs a update command.
*
* Supported options:
*
* * bypassDocumentValidation (boolean): If true, allows the write to opt
* out of document level validation.
*
* * multi (boolean): When true, updates all documents matching the query.
* This option cannot be true if the $update argument is a replacement
* document (i.e. contains no update operators). The default is false.
*
* * upsert (boolean): When true, a new document is created if no document
* matches the query. The default is false.
*
* * writeConcern (MongoDB\Driver\WriteConcern): Write concern.
*
* @param string $databaseName Database name
* @param string $collectionName Collection name
* @param array|object $filter Query by which to delete documents
* @param array|object $update Update to apply to the matched
* document(s) or a replacement document
* @param array $options Command options
*
* @throws InvalidArgumentException
*/
public function __construct($databaseName, $collectionName, $filter, $update, array $options = [])
{
if (!is_array($filter) && !is_object($filter)) {
throw InvalidArgumentException::invalidType('$filter', $filter, 'array or object');
}
if (!is_array($update) && !is_object($update)) {
throw InvalidArgumentException::invalidType('$update', $filter, 'array or object');
}
$options += ['multi' => false, 'upsert' => false];
if (isset($options['bypassDocumentValidation']) && !is_bool($options['bypassDocumentValidation'])) {
throw InvalidArgumentException::invalidType('"bypassDocumentValidation" option', $options['bypassDocumentValidation'], 'boolean');
}
if (!is_bool($options['multi'])) {
throw InvalidArgumentException::invalidType('"multi" option', $options['multi'], 'boolean');
}
if ($options['multi'] && !Functions::isFirstKeyOperator($update)) {
throw new InvalidArgumentException('"multi" option cannot be true if $update is a replacement document');
}
if (!is_bool($options['upsert'])) {
throw InvalidArgumentException::invalidType('"upsert" option', $options['upsert'], 'boolean');
}
if (isset($options['writeConcern']) && !$options['writeConcern'] instanceof WriteConcern) {
throw InvalidArgumentException::invalidType('"writeConcern" option', $options['writeConcern'], 'MongoDB\\Driver\\WriteConcern');
}
$this->databaseName = (string) $databaseName;
$this->collectionName = (string) $collectionName;
$this->filter = $filter;
$this->update = $update;
$this->options = $options;
}
/**
* Constructs an update command.
*
* Supported options:
*
* * bypassDocumentValidation (boolean): If true, allows the write to opt
* out of document level validation.
*
* * upsert (boolean): When true, a new document is created if no document
* matches the query. The default is false.
*
* * writeConcern (MongoDB\Driver\WriteConcern): Write concern.
*
* @param string $databaseName Database name
* @param string $collectionName Collection name
* @param array|object $filter Query by which to filter documents
* @param array|object $update Update to apply to the matched document
* @param array $options Command options
*
* @throws InvalidArgumentException
*/
public function __construct($databaseName, $collectionName, $filter, $update, array $options = [])
{
if (!is_array($update) && !is_object($update)) {
throw InvalidArgumentException::invalidType('$update', $update, 'array or object');
}
if (!Functions::isFirstKeyOperator($update)) {
throw new InvalidArgumentException('First key in $update argument is not an update operator');
}
$this->update = new Update($databaseName, $collectionName, $filter, $update, ['multi' => false] + $options);
}
/**
* Constructs a bulk write operation.
*
* Example array structure for all supported operation types:
*
* [
* [ 'deleteMany' => [ $filter ] ],
* [ 'deleteOne' => [ $filter ] ],
* [ 'insertOne' => [ $document ] ],
* [ 'replaceOne' => [ $filter, $replacement, $options ] ],
* [ 'updateMany' => [ $filter, $update, $options ] ],
* [ 'updateOne' => [ $filter, $update, $options ] ],
* ]
*
* Arguments correspond to the respective Operation classes; however, the
* writeConcern option is specified for the top-level bulk write operation
* instead of each individual operation.
*
* Supported options for replaceOne, updateMany, and updateOne operations:
*
* * upsert (boolean): When true, a new document is created if no document
* matches the query. The default is false.
*
* Supported options for the bulk write operation:
*
* * bypassDocumentValidation (boolean): If true, allows the write to opt
* out of document level validation.
*
* * ordered (boolean): If true, when an insert fails, return without
* performing the remaining writes. If false, when a write fails,
* continue with the remaining writes, if any. The default is true.
*
* * writeConcern (MongoDB\Driver\WriteConcern): Write concern.
*
* @param string $databaseName Database name
* @param string $collectionName Collection name
* @param array[] $operations List of write operations
* @param array $options Command options
*
* @throws InvalidArgumentException
*/
public function __construct($databaseName, $collectionName, array $operations, array $options = [])
{
if (empty($operations)) {
throw new InvalidArgumentException('$operations is empty');
}
$expectedIndex = 0;
foreach ($operations as $i => $operation) {
if ($i !== $expectedIndex) {
throw new InvalidArgumentException(sprintf('$operations is not a list (unexpected index: "%s")', $i));
}
if (!is_array($operation)) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]', $i), $operation, 'array');
}
if (count($operation) !== 1) {
throw new InvalidArgumentException(sprintf('Expected one element in $operation[%d], actually: %d', $i, count($operation)));
}
$type = key($operation);
$args = current($operation);
if (!isset($args[0]) && !array_key_exists(0, $args)) {
throw new InvalidArgumentException(sprintf('Missing first argument for $operations[%d]["%s"]', $i, $type));
}
if (!is_array($args[0]) && !is_object($args[0])) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]["%s"][0]', $i, $type), $args[0], 'array or object');
}
switch ($type) {
case self::INSERT_ONE:
break;
case self::DELETE_MANY:
case self::DELETE_ONE:
$operations[$i][$type][1] = ['limit' => $type === self::DELETE_ONE ? 1 : 0];
break;
case self::REPLACE_ONE:
if (!isset($args[1]) && !array_key_exists(1, $args)) {
throw new InvalidArgumentException(sprintf('Missing second argument for $operations[%d]["%s"]', $i, $type));
}
if (!is_array($args[1]) && !is_object($args[1])) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]["%s"][1]', $i, $type), $args[1], 'array or object');
}
if (Functions::isFirstKeyOperator($args[1])) {
throw new InvalidArgumentException(sprintf('First key in $operations[%d]["%s"][1] is an update operator', $i, $type));
}
if (!isset($args[2])) {
$args[2] = [];
}
if (!is_array($args[2])) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]["%s"][2]', $i, $type), $args[2], 'array');
}
$args[2]['multi'] = false;
$args[2] += ['upsert' => false];
if (!is_bool($args[2]['upsert'])) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]["%s"][2]["upsert"]', $i, $type), $args[2]['upsert'], 'boolean');
}
$operations[$i][$type][2] = $args[2];
break;
case self::UPDATE_MANY:
case self::UPDATE_ONE:
if (!isset($args[1]) && !array_key_exists(1, $args)) {
throw new InvalidArgumentException(sprintf('Missing second argument for $operations[%d]["%s"]', $i, $type));
}
if (!is_array($args[1]) && !is_object($args[1])) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]["%s"][1]', $i, $type), $args[1], 'array or object');
}
if (!Functions::isFirstKeyOperator($args[1])) {
throw new InvalidArgumentException(sprintf('First key in $operations[%d]["%s"][1] is not an update operator', $i, $type));
}
if (!isset($args[2])) {
$args[2] = [];
}
if (!is_array($args[2])) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]["%s"][2]', $i, $type), $args[2], 'array');
}
$args[2]['multi'] = $type === self::UPDATE_MANY;
$args[2] += ['upsert' => false];
if (!is_bool($args[2]['upsert'])) {
throw InvalidArgumentException::invalidType(sprintf('$operations[%d]["%s"][2]["upsert"]', $i, $type), $args[2]['upsert'], 'boolean');
}
$operations[$i][$type][2] = $args[2];
break;
default:
throw new InvalidArgumentException(sprintf('Unknown operation type "%s" in $operations[%d]', $type, $i));
}
$expectedIndex += 1;
}
$options += ['ordered' => true];
if (isset($options['bypassDocumentValidation']) && !is_bool($options['bypassDocumentValidation'])) {
throw InvalidArgumentException::invalidType('"bypassDocumentValidation" option', $options['bypassDocumentValidation'], 'boolean');
}
if (!is_bool($options['ordered'])) {
throw InvalidArgumentException::invalidType('"ordered" option', $options['ordered'], 'boolean');
}
if (isset($options['writeConcern']) && !$options['writeConcern'] instanceof WriteConcern) {
throw InvalidArgumentException::invalidType('"writeConcern" option', $options['writeConcern'], 'MongoDB\\Driver\\WriteConcern');
}
$this->databaseName = (string) $databaseName;
$this->collectionName = (string) $collectionName;
$this->operations = $operations;
$this->options = $options;
}