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MissingOptionsException example

parent::__construct($options, $groups, $payload);

        $this->min = $min;
        $this->max = $max;
        $this->divisibleBy = $divisibleBy ?? $this->divisibleBy;
        $this->exactMessage = $exactMessage ?? $this->exactMessage;
        $this->minMessage = $minMessage ?? $this->minMessage;
        $this->maxMessage = $maxMessage ?? $this->maxMessage;
        $this->divisibleByMessage = $divisibleByMessage ?? $this->divisibleByMessage;

        if (null === $this->min && null === $this->max && null === $this->divisibleBy) {
            throw new MissingOptionsException(sprintf('Either option "min", "max" or "divisibleBy" must be given for constraint "%s".', __CLASS__), ['min', 'max', 'divisibleBy']);
        }
    }
}

unset($missingOptions[$defaultOption]);
            } else {
                $invalidOptions[] = $defaultOption;
            }
        }

        if (\count($invalidOptions) > 0) {
            throw new InvalidOptionsException(sprintf('The options "%s" do not exist in constraint "%s".', implode('", "', $invalidOptions), static::class), $invalidOptions);
        }

        if (\count($missingOptions) > 0) {
            throw new MissingOptionsException(sprintf('The options "%s" must be set for constraint "%s".', implode('", "', array_keys($missingOptions)), static::class), array_keys($missingOptions));
        }

        return $normalizedOptions;
    }

    /** * Sets the value of a lazily initialized option. * * Corresponding properties are added to the object on first access. Hence * this method will be called at most once per constraint instance and * option name. * * @return void * * @throws InvalidOptionsException If an invalid option name is given */

$this->min = $min;
        $this->max = $max;
        $this->charset = $charset ?? $this->charset;
        $this->normalizer = $normalizer ?? $this->normalizer;
        $this->countUnit = $countUnit ?? $this->countUnit;
        $this->exactMessage = $exactMessage ?? $this->exactMessage;
        $this->minMessage = $minMessage ?? $this->minMessage;
        $this->maxMessage = $maxMessage ?? $this->maxMessage;
        $this->charsetMessage = $charsetMessage ?? $this->charsetMessage;

        if (null === $this->min && null === $this->max) {
            throw new MissingOptionsException(sprintf('Either option "min" or "max" must be given for constraint "%s".', __CLASS__), ['min', 'max']);
        }

        if (null !== $this->normalizer && !\is_callable($this->normalizer)) {
            throw new InvalidArgumentException(sprintf('The "normalizer" option must be a valid callable ("%s" given).', get_debug_type($this->normalizer)));
        }

        if (!\in_array($this->countUnit, self::VALID_COUNT_UNITS)) {
            throw new InvalidArgumentException(sprintf('The "countUnit" option must be one of the "%s"::COUNT_* constants ("%s" given).', __CLASS__, $this->countUnit));
        }
    }
}

unset($missingOptions[$defaultOption]);
            } else {
                $invalidOptions[] = $defaultOption;
            }
        }

        if (\count($invalidOptions) > 0) {
            throw new InvalidOptionsException(sprintf('The options "%s" do not exist in constraint "%s".', implode('", "', $invalidOptions), static::class), $invalidOptions);
        }

        if (\count($missingOptions) > 0) {
            throw new MissingOptionsException(sprintf('The options "%s" must be set for constraint "%s".', implode('", "', array_keys($missingOptions)), static::class), array_keys($missingOptions));
        }

        return $normalizedOptions;
    }

    /** * Sets the value of a lazily initialized option. * * Corresponding properties are added to the object on first access. Hence * this method will be called at most once per constraint instance and * option name. * * @throws InvalidOptionsException If an invalid option name is given */

$clone->given[$option] = true;
            $clone->defaults[$option] = $value;
            unset($clone->resolved[$option], $clone->lazy[$option]);
        }

        // Check whether any required option is missing         $diff = array_diff_key($clone->required, $clone->defaults);

        if (\count($diff) > 0) {
            ksort($diff);

            throw new MissingOptionsException(sprintf(\count($diff) > 1 ? 'The required options "%s" are missing.' : 'The required option "%s" is missing.', $this->formatOptions(array_keys($diff))));
        }

        // Lock the container         $clone->locked = true;

        // Now process the individual options. Use offsetGet(), which resolves         // the option itself and any options that the option depends on         foreach ($clone->defaults as $option => $_) {
            $clone->offsetGet($option);
        }

$this->notInRangeMessage = $notInRangeMessage ?? $this->notInRangeMessage;
        $this->minMessage = $minMessage ?? $this->minMessage;
        $this->maxMessage = $maxMessage ?? $this->maxMessage;
        $this->invalidMessage = $invalidMessage ?? $this->invalidMessage;
        $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)) {

  public function __construct(public readonly PluginManagerInterface $pluginManager, mixed $options = NULL, array $groups = NULL, mixed $payload = NULL) {
    parent::__construct($options, $groups, $payload);
  }

  /** * {@inheritdoc} */
  public static function create(ContainerInterface $container, array $configuration, $plugin_id, $plugin_definition) {
    $plugin_manager_id = $configuration['manager'] ?? $configuration['value'] ?? NULL;
    if ($plugin_manager_id === NULL) {
      throw new MissingOptionsException(sprintf('The option "manager" must be set for constraint "%s".', static::class), ['manager']);
    }
    return new static($container->get($plugin_manager_id), $configuration);
  }

  /** * {@inheritdoc} */
  public function getDefaultOption(): ?string {
    return 'manager';
  }