. */ namespace App\Entity\Parameters; use App\Entity\Base\AbstractDBElement; use App\Entity\Base\AbstractNamedDBElement; use App\Repository\DBElementRepository; use Doctrine\ORM\Mapping as ORM; use InvalidArgumentException; use LogicException; use Symfony\Component\Validator\Constraints as Assert; /** * @ORM\Entity() * @ORM\Table("parameters") * @ORM\InheritanceType("SINGLE_TABLE") * @ORM\DiscriminatorColumn(name="type", type="smallint") * @ORM\DiscriminatorMap({ * 0 = "CategoryParameter", * 1 = "CurrencyParameter", * 2 = "DeviceParameter", * 3 = "FootprintParameter", * 4 = "GroupParameter", * 5 = "ManufacturerParameter", * 6 = "MeasurementUnitParameter", * 7 = "PartParameter", * 8 = "StorelocationParameter", * 9 = "SupplierParameter", * 10 = "AttachmentTypeParameter" * }) */ abstract class AbstractParameter extends AbstractNamedDBElement { /** * @var string The class of the element that can be passed to this attachment. Must be overridden in subclasses. */ public const ALLOWED_ELEMENT_CLASS = ''; /** * @var string The name of the specification (e.g. "Collector-Base Voltage"). Required! * @Assert\NotBlank() */ protected $name = ""; /** * @var string The mathematical symbol for this specification. Can be rendered pretty later. Should be short * @Assert\Length(max=10) * @ORM\Column(type="string", nullable=false) */ protected $symbol = ""; /** * @var float|null The guaranteed minimum value of this property. * @Assert\Type({"float","null"}) * @Assert\LessThanOrEqual(propertyPath="value_typical") * @Assert\LessThan(propertyPath="value_max") * @ORM\Column(type="float", nullable=true) */ protected $value_min; /** * @var float|null The typical value of this property. * @Assert\Type({"null", "float"}) * @ORM\Column(type="float", nullable=true) */ protected $value_typical; /** * @var float|null The maximum value of this property. * @Assert\Type({"float", "null"}) * @Assert\GreaterThanOrEqual(propertyPath="value_typical") * @ORM\Column(type="float", nullable=true) */ protected $value_max; /** * @var string The unit in which the value values are given (e.g. V) * @Assert\Length(max=5) * @ORM\Column(type="string", nullable=false) */ protected $unit = ""; /** * @var string A text value for the given property. * @ORM\Column(type="string", nullable=false) */ protected $value_text = ""; /** * @var string The group this parameter belongs to. * @ORM\Column(type="string", nullable=false, name="param_group") */ protected $group = ""; /** * Mapping is done in sub classes * @var AbstractDBElement|null The element to which this parameter belongs to. */ protected $element; public function __construct() { if ('' === static::ALLOWED_ELEMENT_CLASS) { throw new LogicException('An *Attachment class must override the ALLOWED_ELEMENT_CLASS const!'); } } /** * Returns the name of the specification (e.g. "Collector-Base Voltage"). * @return string */ public function getName(): string { return $this->name; } /** * Returns the element this parameter belongs to. * @return AbstractDBElement|null */ public function getElement(): ?AbstractDBElement { return $this->element; } /** * Sets the element to which this parameter belongs to. * @param AbstractDBElement $element * @return $this */ public function setElement(AbstractDBElement $element): self { if (! is_a($element, static::ALLOWED_ELEMENT_CLASS)) { throw new InvalidArgumentException(sprintf('The element associated with a %s must be a %s!', static::class, static::ALLOWED_ELEMENT_CLASS)); } $this->element = $element; return $this; } /** * Sets the name of the specification. This value is required. * @param string $name * @return $this */ public function setName(string $name): AbstractNamedDBElement { $this->name = $name; return $this; } /** * Returns the mathematical symbol for this specification (e.g. "V_CB") * @return string */ public function getSymbol(): string { return $this->symbol; } /** * Sets the mathematical symbol for this specification (e.g. "V_CB") * @param string $symbol * @return $this */ public function setSymbol(string $symbol): self { $this->symbol = $symbol; return $this; } /** * Returns The guaranteed minimum value of this property. * @return float|null */ public function getValueMin(): ?float { return $this->value_min; } /** * Sets the minimum value of this property. * @param float|null $value_min * @return $this */ public function setValueMin(?float $value_min): self { $this->value_min = $value_min; return $this; } /** * Returns the typical value of this property. * @return float|null */ public function getValueTypical(): ?float { return $this->value_typical; } /** * Sets the typical value of this property * @param float $value_typical * @return $this */ public function setValueTypical(?float $value_typical): self { $this->value_typical = $value_typical; return $this; } /** * Returns the guaranteed maximum value * @return float|null */ public function getValueMax(): ?float { return $this->value_max; } /** * Sets the guaranteed maximum value * @param float|null $value_max * @return $this */ public function setValueMax(?float $value_max): self { $this->value_max = $value_max; return $this; } /** * Returns the unit used by the value (e.g. "V") * @return string */ public function getUnit(): string { return $this->unit; } /** * Sets the unit used by the value. * @param string $unit * @return $this */ public function setUnit(string $unit): self { $this->unit = $unit; return $this; } /** * Returns the text value. * @return string */ public function getValueText(): string { return $this->value_text; } /** * Sets the text value. * @param string $value_text * @return $this */ public function setValueText(string $value_text): self { $this->value_text = $value_text; return $this; } public function getIDString(): string { return 'PM'.sprintf('%09d', $this->getID()); } }