source: observatorio/simulacion/SimEscenariosEconomicos/good.C

/*
  Copyright (C) 2012
  Alejandro Mujica (amujica@cenditel.gob.ve)
  Erwin Paredes (eparedes@cenditel.gob.ve)
  José Ruiz (jruiz@cenditel.gob.ve)
  Rodolfo Rangel (rrangel@cenditel.gob.ve)
  Julie Vera (jvera@cenditel.gob.ve)
 
  CENDITEL Fundación Centro Nacional de Desarrollo e Investigación en
  Tecnologías Libres
 
  Este programa es software libre; Usted puede usarlo bajo los términos de la
  licencia de software GPL versión 2.0 de la Free Software Foundation.
 
  Este programa se distribuye con la esperanza de que sea útil, pero SIN
  NINGUNA GARANTÍA; tampoco las implícitas garantías de MERCANTILIDAD o
  ADECUACIÓN A UN PROPÓSITO PARTICULAR.
  Consulte la licencia GPL para más detalles. Usted debe recibir una copia
  de la GPL junto con este programa; si no, escriba a la Free Software
  Foundation Inc. 51 Franklin Street,5 Piso, Boston, MA 02110-1301, USA.
*/

/*
  Autor:             Alejandro J. Mujica
  Fecha de creación: 10/09/2013
  Este archivo contiene la implementación de la clase Good.
*/

# include <good.H>

Good::Good()
    : id(-1), name("NULL"), technicalSpecifications("NULL"), tariffCode("NULL"),
      measurementUnit("NULL"), trademark("NULL"), usedCapacity(0.0),
      quantity(0.0), totalQuantity(0.0), unitarianPrice(0.0) {

  // Empty
}

Good::Good(const Good & good)
    : id(good.id), name(good.name),
      technicalSpecifications(good.technicalSpecifications),
      tariffCode(good.tariffCode), measurementUnit(good.measurementUnit),
      trademark(good.trademark), usedCapacity(good.usedCapacity),
      quantity(good.quantity), totalQuantity(good.totalQuantity),
      unitarianPrice(good.unitarianPrice) {

      // Empty
}

Good::Good(Good && good)
    : id(-1), name("NULL"), technicalSpecifications("NULL"), tariffCode("NULL"),
      measurementUnit("NULL"), trademark("NULL"), usedCapacity(0.0),
      quantity(0.0), totalQuantity(0.0), unitarianPrice(0.0) {

    std::swap(id, good.id);
    std::swap(name, good.name);
    std::swap(technicalSpecifications, good.technicalSpecifications);
    std::swap(tariffCode, good.tariffCode);
    std::swap(measurementUnit, good.measurementUnit);
    std::swap(trademark, good.trademark);
    std::swap(usedCapacity, good.usedCapacity);
    std::swap(quantity, good.quantity);
    std::swap(totalQuantity, good.totalQuantity);
    std::swap(unitarianPrice, good.unitarianPrice);
}

Good::~Good() {
  // Empty
}

const long & Good::getId() const {
    return id;
}

void Good::setId(const long & id) {
    this->id = id;
}

const std::string & Good::getName() const {
    return name;
}

void Good::setName(const std::string & name) {
    this->name = name;
}

void Good::setName(std::string && name) {
    this->name = std::move(name);
}

const std::string & Good::getTechnicalSpecifications() const {
    return technicalSpecifications;
}

void Good::setTechnicalSpecifications(
    const std::string & technicalSpecifications) {
    this->technicalSpecifications = technicalSpecifications;
}

void Good::setTechnicalSpecifications(std::string && technicalSpecifications) {
    this->technicalSpecifications = std::move(technicalSpecifications);
}

const std::string & Good::getTariffCode() const {
    return tariffCode;
}

void Good::setTariffCode(const std::string & tariffCode) {
    this->tariffCode = tariffCode;
}

void Good::setTariffCode(std::string && tariffCode) {
    this->tariffCode = std::move(tariffCode);
}

const std::string & Good::getMeasurementUnit() const {
    return measurementUnit;
}

void Good::setMeasurementUnit(const std::string & measurementUnit) {
    this->measurementUnit = measurementUnit;
}

void Good::setMeasurementUnit(std::string && measurementUnit) {
    this->measurementUnit = std::move(measurementUnit);
}

const std::string & Good::getTrademark() const {
    return trademark;
}

void Good::setTrademark(const std::string & trademark) {
    this->trademark = trademark;
}

void Good::setTrademark(std::string && trademark) {
    this->trademark = std::move(trademark);
}

const real & Good::getUsedCapacity() const {
    return usedCapacity;
}

void Good::setUsedCapacity(const real & usedCapacity) {
    this->usedCapacity = usedCapacity;
}

const real & Good::getQuantity() const {
    return quantity;
}

void Good::setQuantity(const real & quantity) {
    this->quantity = quantity;
}

const real & Good::getTotalQuantity() const {
    return totalQuantity;
}

void Good::setTotalQuantity(const real & totalQuantity) {
    this->totalQuantity = totalQuantity;
}

const real & Good::getUnitarianPrice() const {
    return unitarianPrice;
}

void Good::setUnitarianPrice(const real & unitarianPrice) {
    this->unitarianPrice = unitarianPrice;
}

Good & Good::operator = (const Good & good) {

    if (&good == this)
        return *this;

    id = good.id;
    name = good.name;
    technicalSpecifications = good.technicalSpecifications;
    tariffCode = good.tariffCode;
    measurementUnit = good.measurementUnit;
    trademark = good.trademark;
    usedCapacity = good.usedCapacity;
    quantity = good.quantity;
    totalQuantity = good.totalQuantity;
    unitarianPrice = good.unitarianPrice;

    return *this;
}

Good & Good::operator = (Good && good) {

    std::swap(id, good.id);
    std::swap(name, good.name);
    std::swap(technicalSpecifications, good.technicalSpecifications);
    std::swap(tariffCode, good.tariffCode);
    std::swap(measurementUnit, good.measurementUnit);
    std::swap(trademark, good.trademark);
    std::swap(usedCapacity, good.usedCapacity);
    std::swap(quantity, good.quantity);
    std::swap(totalQuantity, good.totalQuantity);
    std::swap(unitarianPrice, good.unitarianPrice);

    return *this;
}