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ConstraintDefinitionException example
$options = array_merge($value, $options);
} elseif (null !== $value) {
$options['value'] = $value;
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->propertyPath = $propertyPath ?? $this->propertyPath;
if (null === $this->value && null === $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires either the "value" or "propertyPath" option to be set.', static::class));
}
if (null !== $this->value && null !== $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "value" or "propertyPath" options to be set, not both.', static::class));
}
if (null !== $this->propertyPath && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "%s" constraint requires the Symfony PropertyAccess component to use the "propertyPath" option. Try running "composer require symfony/property-access".', static::class));
}
}
} elseif (null !== $value) {
$options['value'] = $value;
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->propertyPath = $propertyPath ?? $this->propertyPath;
if (null === $this->value && null === $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires either the "value" or "propertyPath" option to be set.', static::class));
}
if (null !== $this->value && null !== $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "value" or "propertyPath" options to be set, not both.', static::class));
}
if (null !== $this->propertyPath && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "%s" constraint requires the Symfony PropertyAccess component to use the "propertyPath" option. Try running "composer require symfony/property-access".', static::class));
}
}
$this->invalidDateTimeMessage = $invalidDateTimeMessage ?? $this->invalidDateTimeMessage;
$this->min = $min ?? $this->min;
$this->minPropertyPath = $minPropertyPath ?? $this->minPropertyPath;
$this->max = $max ?? $this->max;
$this->maxPropertyPath = $maxPropertyPath ?? $this->maxPropertyPath;
if (null === $this->min && null === $this->minPropertyPath && null === $this->max && null === $this->maxPropertyPath) {
throw new MissingOptionsException(sprintf('Either option "min", "minPropertyPath", "max" or "maxPropertyPath" must be given for constraint "%s".', __CLASS__), ['min', 'minPropertyPath', 'max', 'maxPropertyPath']);
}
if (null !== $this->min && null !== $this->minPropertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "min" or "minPropertyPath" options to be set, not both.', static::class));
}
if (null !== $this->max && null !== $this->maxPropertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "max" or "maxPropertyPath" options to be set, not both.', static::class));
}
if ((null !== $this->minPropertyPath || null !== $this->maxPropertyPath) && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "%s" constraint requires the Symfony PropertyAccess component to use the "minPropertyPath" or "maxPropertyPath" option. Try running "composer require symfony/property-access".', static::class));
}
if (null !== $this->min && null !== $this->max && ($minMessage || $maxMessage)) {
$this->min = $min ?? $this->min;
$this->minPropertyPath = $minPropertyPath ?? $this->minPropertyPath;
$this->max = $max ?? $this->max;
$this->maxPropertyPath = $maxPropertyPath ?? $this->maxPropertyPath;
if (null === $this->min && null === $this->minPropertyPath && null === $this->max && null === $this->maxPropertyPath) {
throw new MissingOptionsException(sprintf('Either option "min", "minPropertyPath", "max" or "maxPropertyPath" must be given for constraint "%s".', __CLASS__), ['min', 'minPropertyPath', 'max', 'maxPropertyPath']);
}
if (null !== $this->min && null !== $this->minPropertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "min" or "minPropertyPath" options to be set, not both.', static::class));
}
if (null !== $this->max && null !== $this->maxPropertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "max" or "maxPropertyPath" options to be set, not both.', static::class));
}
if ((null !== $this->minPropertyPath || null !== $this->maxPropertyPath) && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "%s" constraint requires the Symfony PropertyAccess component to use the "minPropertyPath" or "maxPropertyPath" option. Try running "composer require symfony/property-access".', static::class));
}
if (null !== $this->min && null !== $this->max && ($minMessage || $maxMessage)) {
return;
}
if ($path = $constraint->propertyPath) {
if (null === $object = $this->context->getObject()) {
return;
}
try {
$comparedValue = $this->getPropertyAccessor()->getValue($object, $path);
} catch (NoSuchPropertyException $e) {
throw new ConstraintDefinitionException(sprintf('Invalid property path "%s" provided to "%s" constraint: ', $path, get_debug_type($constraint)).$e->getMessage(), 0, $e);
}
} else {
$comparedValue = $constraint->value;
}
// Convert strings to DateTimes if comparing another DateTime // This allows to compare with any date/time value supported by // the DateTime constructor: // https://php.net/datetime.formats if (\is_string($comparedValue) && $value instanceof \DateTimeInterface) {
// If $value is immutable, convert the compared value to a DateTimeImmutable too, otherwise use DateTime
}
if ($path = $constraint->propertyPath) {
if (null === $object = $this->context->getObject()) {
return;
}
try {
$comparedValue = $this->getPropertyAccessor()->getValue($object, $path);
} catch (NoSuchPropertyException $e) {
throw new ConstraintDefinitionException(sprintf('Invalid property path "%s" provided to "%s" constraint: ', $path, get_debug_type($constraint)).$e->getMessage(), 0, $e);
}
} else {
$comparedValue = $constraint->value;
}
// Convert strings to DateTimes if comparing another DateTime // This allows to compare with any date/time value supported by // the DateTime constructor: // https://php.net/datetime.formats if (\is_string($comparedValue) && $value instanceof \DateTimeInterface) {
// If $value is immutable, convert the compared value to a DateTimeImmutable too, otherwise use DateTime
$options = array_merge($value, $options);
} elseif (null !== $value) {
$options['value'] = $value;
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->propertyPath = $propertyPath ?? $this->propertyPath;
if (null === $this->value && null === $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires either the "value" or "propertyPath" option to be set.', static::class));
}
if (null !== $this->value && null !== $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "value" or "propertyPath" options to be set, not both.', static::class));
}
if (null !== $this->propertyPath && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "%s" constraint requires the Symfony PropertyAccess component to use the "propertyPath" option. Try running "composer require symfony/property-access".', static::class));
}
}
} elseif (null !== $value) {
$options['value'] = $value;
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->propertyPath = $propertyPath ?? $this->propertyPath;
if (null === $this->value && null === $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires either the "value" or "propertyPath" option to be set.', static::class));
}
if (null !== $this->value && null !== $this->propertyPath) {
throw new ConstraintDefinitionException(sprintf('The "%s" constraint requires only one of the "value" or "propertyPath" options to be set, not both.', static::class));
}
if (null !== $this->propertyPath && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "%s" constraint requires the Symfony PropertyAccess component to use the "propertyPath" option. Try running "composer require symfony/property-access".', static::class));
}
}
/** * @return void */
public function validate(mixed $value, Constraint $constraint)
{
if (!$constraint instanceof Choice) {
throw new UnexpectedTypeException($constraint, Choice::class);
}
if (!\is_array($constraint->choices) && !$constraint->callback) {
throw new ConstraintDefinitionException('Either "choices" or "callback" must be specified on constraint Choice.');
}
if (null === $value) {
return;
}
if ($constraint->multiple && !\is_array($value)) {
throw new UnexpectedValueException($value, 'array');
}
if ($constraint->callback) {
return $this->reflMember[$className];
}
/** * Creates a new reflection instance for accessing the member's value. */
abstract protected function newReflectionMember(object|string $objectOrClassName): \ReflectionMethod|\ReflectionProperty;
private function checkConstraint(Constraint $constraint): void
{
if (!\in_array(Constraint::PROPERTY_CONSTRAINT, (array) $constraint->getTargets(), true)) {
throw new ConstraintDefinitionException(sprintf('The constraint "%s" cannot be put on properties or getters.', get_debug_type($constraint)));
}
if ($constraint instanceof Composite) {
foreach ($constraint->getNestedConstraints() as $nestedConstraint) {
$this->checkConstraint($nestedConstraint);
}
}
}
}
}
/** * Creates a new reflection instance for accessing the member's value. */
abstract protected function newReflectionMember(object|string $objectOrClassName): \ReflectionMethod|\ReflectionProperty;
private function checkConstraint(Constraint $constraint): void
{
if (!\in_array(Constraint::PROPERTY_CONSTRAINT, (array) $constraint->getTargets(), true)) {
throw new ConstraintDefinitionException(sprintf('The constraint "%s" cannot be put on properties or getters.', get_debug_type($constraint)));
}
if ($constraint instanceof Composite) {
foreach ($constraint->getNestedConstraints() as $nestedConstraint) {
$this->checkConstraint($nestedConstraint);
}
}
}
}
#[\Attribute(\Attribute::TARGET_CLASS)] class Traverse extends Constraint
{
public $traverse = true;
public function __construct(bool|array $traverse = null)
{
if (\is_array($traverse) && \array_key_exists('groups', $traverse)) {
throw new ConstraintDefinitionException(sprintf('The option "groups" is not supported by the constraint "%s".', __CLASS__));
}
parent::__construct($traverse);
}
public function getDefaultOption(): ?string
{
return 'traverse';
}
public function getTargets(): string|array
{
array $options = null,
string $version = null,
int $netmaskMin = null,
int $netmaskMax = null,
string $message = null,
array $groups = null,
$payload = null
) {
$this->version = $version ?? $options['version'] ?? $this->version;
if (!\array_key_exists($this->version, self::NET_MAXES)) {
throw new ConstraintDefinitionException(sprintf('The option "version" must be one of "%s".', implode('", "', array_keys(self::NET_MAXES))));
}
$this->netmaskMin = $netmaskMin ?? $options['netmaskMin'] ?? $this->netmaskMin;
$this->netmaskMax = $netmaskMax ?? $options['netmaskMax'] ?? self::NET_MAXES[$this->version];
$this->message = $message ?? $this->message;
unset($options['netmaskMin'], $options['netmaskMax'], $options['version']);
if ($this->netmaskMin < 0 || $this->netmaskMax > self::NET_MAXES[$this->version] || $this->netmaskMin > $this->netmaskMax) {
throw new ConstraintDefinitionException(sprintf('The netmask range must be between 0 and %d.', self::NET_MAXES[$this->version]));
}
string $version = null,
int $netmaskMin = null,
int $netmaskMax = null,
string $message = null,
array $groups = null,
$payload = null
) {
$this->version = $version ?? $options['version'] ?? $this->version;
if (!\array_key_exists($this->version, self::NET_MAXES)) {
throw new ConstraintDefinitionException(sprintf('The option "version" must be one of "%s".', implode('", "', array_keys(self::NET_MAXES))));
}
$this->netmaskMin = $netmaskMin ?? $options['netmaskMin'] ?? $this->netmaskMin;
$this->netmaskMax = $netmaskMax ?? $options['netmaskMax'] ?? self::NET_MAXES[$this->version];
$this->message = $message ?? $this->message;
unset($options['netmaskMin'], $options['netmaskMax'], $options['version']);
if ($this->netmaskMin < 0 || $this->netmaskMax > self::NET_MAXES[$this->version] || $this->netmaskMin > $this->netmaskMax) {
throw new ConstraintDefinitionException(sprintf('The netmask range must be between 0 and %d.', self::NET_MAXES[$this->version]));
}
if (!($traversalStrategy & (TraversalStrategy::IMPLICIT | TraversalStrategy::TRAVERSE))) {
return;
}
// If IMPLICIT, stop unless we deal with a Traversable if ($traversalStrategy & TraversalStrategy::IMPLICIT && !$object instanceof \Traversable) {
return;
}
// If TRAVERSE, fail if we have no Traversable if (!$object instanceof \Traversable) {
throw new ConstraintDefinitionException(sprintf('Traversal was enabled for "%s", but this class does not implement "\Traversable".', get_debug_type($object)));
}
$this->validateEachObjectIn(
$object,
$propertyPath,
$groups,
$context
);
}
/** * Validates a node that is not a class node. * * Currently, two such node types exist: * * - property nodes, which consist of the value of an object's * property together with a {@link PropertyMetadataInterface} instance * - generic nodes, which consist of a value and some arbitrary * constraints defined in a {@link MetadataInterface} container * * In both cases, the value is validated against all constraints defined * in the passed metadata object. Then, if the value is an instance of * {@link \Traversable} and the selected traversal strategy permits it, * the value is traversed and each nested object validated against its own * constraints. If the value is an array, it is traversed regardless of * the given strategy. * * @see TraversalStrategy */
return;
}
// If IMPLICIT, stop unless we deal with a Traversable if ($traversalStrategy & TraversalStrategy::IMPLICIT && !$object instanceof \Traversable) {
return;
}
// If TRAVERSE, fail if we have no Traversable if (!$object instanceof \Traversable) {
throw new ConstraintDefinitionException(sprintf('Traversal was enabled for "%s", but this class does not implement "\Traversable".', get_debug_type($object)));
}
$this->validateEachObjectIn(
$object,
$propertyPath,
$groups,
$context
);
}
/** * Validates a node that is not a class node. * * Currently, two such node types exist: * * - property nodes, which consist of the value of an object's * property together with a {@link PropertyMetadataInterface} instance * - generic nodes, which consist of a value and some arbitrary * constraints defined in a {@link MetadataInterface} container * * In both cases, the value is validated against all constraints defined * in the passed metadata object. Then, if the value is an instance of * {@link \Traversable} and the selected traversal strategy permits it, * the value is traversed and each nested object validated against its own * constraints. If the value is an array, it is traversed regardless of * the given strategy. * * @see TraversalStrategy */
#[\Attribute(\Attribute::TARGET_CLASS)] class Traverse extends Constraint
{
public $traverse = true;
public function __construct(bool|array $traverse = null)
{
if (\is_array($traverse) && \array_key_exists('groups', $traverse)) {
throw new ConstraintDefinitionException(sprintf('The option "groups" is not supported by the constraint "%s".', __CLASS__));
}
parent::__construct($traverse);
}
public function getDefaultOption(): ?string
{
return 'traverse';
}
public function getTargets(): string|array
{
$options['value'] = $zone;
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->countryCode = $countryCode ?? $this->countryCode;
$this->intlCompatible = $intlCompatible ?? $this->intlCompatible;
if (null === $this->countryCode) {
if (0 >= $this->zone || \DateTimeZone::ALL_WITH_BC < $this->zone) {
throw new ConstraintDefinitionException('The option "zone" must be a valid range of "\DateTimeZone" constants.');
}
} elseif (\DateTimeZone::PER_COUNTRY !== (\DateTimeZone::PER_COUNTRY & $this->zone)) {
throw new ConstraintDefinitionException('The option "countryCode" can only be used when the "zone" option is configured with "\DateTimeZone::PER_COUNTRY".');
}
if ($this->intlCompatible && !class_exists(\IntlTimeZone::class)) {
throw new ConstraintDefinitionException('The option "intlCompatible" can only be used when the PHP intl extension is available.');
}
}
public function getDefaultOption(): ?string
{
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->countryCode = $countryCode ?? $this->countryCode;
$this->intlCompatible = $intlCompatible ?? $this->intlCompatible;
if (null === $this->countryCode) {
if (0 >= $this->zone || \DateTimeZone::ALL_WITH_BC < $this->zone) {
throw new ConstraintDefinitionException('The option "zone" must be a valid range of "\DateTimeZone" constants.');
}
} elseif (\DateTimeZone::PER_COUNTRY !== (\DateTimeZone::PER_COUNTRY & $this->zone)) {
throw new ConstraintDefinitionException('The option "countryCode" can only be used when the "zone" option is configured with "\DateTimeZone::PER_COUNTRY".');
}
if ($this->intlCompatible && !class_exists(\IntlTimeZone::class)) {
throw new ConstraintDefinitionException('The option "intlCompatible" can only be used when the PHP intl extension is available.');
}
}
public function getDefaultOption(): ?string
{
throw new UnexpectedTypeException($constraint, Callback::class);
}
$method = $constraint->callback;
if ($method instanceof \Closure) {
$method($object, $this->context, $constraint->payload);
} elseif (\is_array($method)) {
if (!\is_callable($method)) {
if (isset($method[0]) && \is_object($method[0])) {
$method[0] = $method[0]::class;
}
throw new ConstraintDefinitionException(json_encode($method).' targeted by Callback constraint is not a valid callable.');
}
$method($object, $this->context, $constraint->payload);
} elseif (null !== $object) {
if (!method_exists($object, $method)) {
throw new ConstraintDefinitionException(sprintf('Method "%s" targeted by Callback constraint does not exist in class "%s".', $method, get_debug_type($object)));
}
$reflMethod = new \ReflectionMethod($object, $method);
if ($reflMethod->isStatic()) {
}
$method = $constraint->callback;
if ($method instanceof \Closure) {
$method($object, $this->context, $constraint->payload);
} elseif (\is_array($method)) {
if (!\is_callable($method)) {
if (isset($method[0]) && \is_object($method[0])) {
$method[0] = $method[0]::class;
}
throw new ConstraintDefinitionException(json_encode($method).' targeted by Callback constraint is not a valid callable.');
}
$method($object, $this->context, $constraint->payload);
} elseif (null !== $object) {
if (!method_exists($object, $method)) {
throw new ConstraintDefinitionException(sprintf('Method "%s" targeted by Callback constraint does not exist in class "%s".', $method, get_debug_type($object)));
}
$reflMethod = new \ReflectionMethod($object, $method);
if ($reflMethod->isStatic()) {
public array $exclude = [];
public function __construct(array|string $exclude = null, array $options = null)
{
if (\is_array($exclude) && !array_is_list($exclude)) {
$options = array_merge($exclude, $options);
} else {
$this->exclude = array_flip((array) $exclude);
}
if (\is_array($options) && \array_key_exists('groups', $options)) {
throw new ConstraintDefinitionException(sprintf('The option "groups" is not supported by the constraint "%s".', __CLASS__));
}
parent::__construct($options);
}
public function getTargets(): string|array
{
return self::CLASS_CONSTRAINT;
}
}
public function __construct(array|string $exclude = null, array $options = null)
{
if (\is_array($exclude) && !array_is_list($exclude)) {
$options = array_merge($exclude, $options);
} else {
$this->exclude = array_flip((array) $exclude);
}
if (\is_array($options) && \array_key_exists('groups', $options)) {
throw new ConstraintDefinitionException(sprintf('The option "groups" is not supported by the constraint "%s".', __CLASS__));
}
parent::__construct($options);
}
public function getTargets(): string|array
{
return self::CLASS_CONSTRAINT;
}
}
throw new LogicException('The Intl component is required to use the Bic constraint. Try running "composer require symfony/intl".');
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->ibanMessage = $ibanMessage ?? $this->ibanMessage;
$this->iban = $iban ?? $this->iban;
$this->ibanPropertyPath = $ibanPropertyPath ?? $this->ibanPropertyPath;
if (null !== $this->iban && null !== $this->ibanPropertyPath) {
throw new ConstraintDefinitionException('The "iban" and "ibanPropertyPath" options of the Iban constraint cannot be used at the same time.');
}
if (null !== $this->ibanPropertyPath && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "symfony/property-access" component is required to use the "%s" constraint with the "ibanPropertyPath" option. Try running "composer require symfony/property-access".', self::class));
}
}
}
}
parent::__construct($options, $groups, $payload);
$this->message = $message ?? $this->message;
$this->ibanMessage = $ibanMessage ?? $this->ibanMessage;
$this->iban = $iban ?? $this->iban;
$this->ibanPropertyPath = $ibanPropertyPath ?? $this->ibanPropertyPath;
if (null !== $this->iban && null !== $this->ibanPropertyPath) {
throw new ConstraintDefinitionException('The "iban" and "ibanPropertyPath" options of the Iban constraint cannot be used at the same time.');
}
if (null !== $this->ibanPropertyPath && !class_exists(PropertyAccess::class)) {
throw new LogicException(sprintf('The "symfony/property-access" component is required to use the "%s" constraint with the "ibanPropertyPath" option. Try running "composer require symfony/property-access".', self::class));
}
}
}
if (!\is_array($constraint->fields) && !\is_string($constraint->fields)) {
throw new UnexpectedTypeException($constraint->fields, 'array');
}
if (null !== $constraint->errorPath && !\is_string($constraint->errorPath)) {
throw new UnexpectedTypeException($constraint->errorPath, 'string or null');
}
$fields = (array) $constraint->fields;
if (0 === \count($fields)) {
throw new ConstraintDefinitionException('At least one field has to be specified.');
}
if (null === $entity) {
return;
}
if (!\is_object($entity)) {
throw new UnexpectedValueException($entity, 'object');
}
if ($constraint->em) {
throw new UnexpectedTypeException($constraint->fields, 'array');
}
if (null !== $constraint->errorPath && !\is_string($constraint->errorPath)) {
throw new UnexpectedTypeException($constraint->errorPath, 'string or null');
}
$fields = (array) $constraint->fields;
if (0 === \count($fields)) {
throw new ConstraintDefinitionException('At least one field has to be specified.');
}
if (null === $entity) {
return;
}
if (!\is_object($entity)) {
throw new UnexpectedValueException($entity, 'object');
}
if ($constraint->em) {