ElectricPotentialQuantity.h

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/*─────────────────────────────────────────────────────────────────────────────
 *
 * THIS IS AUTOMATICALLY GENERATED CODE.  DO NOT MODIFY.
 *
 *─────────────────────────────────────────────────────────────────────────────
 */

#ifndef OME_XML_MODEL_PRIMITIVES_ELECTRICPOTENTIALQUANTITY_H
#define OME_XML_MODEL_PRIMITIVES_ELECTRICPOTENTIALQUANTITY_H

#include <ostream>
#include <string>

#include <ome/common/log.h>

#include <ome/xml/model/primitives/Quantity.h>

namespace ome
{
  namespace xml
  {
    namespace model
    {
      namespace primitives
      {

        class UnitsElectricPotential
        {
        public:
          enum enum_value
            {
              YOTTAVOLT,
              ZETTAVOLT,
              EXAVOLT,
              PETAVOLT,
              TERAVOLT,
              GIGAVOLT,
              MEGAVOLT,
              KILOVOLT,
              HECTOVOLT,
              DECAVOLT,
              VOLT,
              DECIVOLT,
              CENTIVOLT,
              MILLIVOLT,
              MICROVOLT,
              NANOVOLT,
              PICOVOLT,
              FEMTOVOLT,
              ATTOVOLT,
              ZEPTOVOLT,
              YOCTOVOLT
            };

          UnitsElectricPotential (enum_value value);

          UnitsElectricPotential (const std::string& name, bool strict = true);

          UnitsElectricPotential (const UnitsElectricPotential& original);

          inline UnitsElectricPotential&
          operator=  (const UnitsElectricPotential& rhs)
          {
            this->value = rhs.value;
            this->name = rhs.name;
            return *this;
          }

          inline
          operator enum_value () const
          {
            return this->value;
          }

          inline
          operator const std::string& () const
          {
            return *this->name;
          }

          typedef std::map<std::string, UnitsElectricPotential::enum_value> string_map_type;
          typedef std::map<UnitsElectricPotential::enum_value, std::string> value_map_type;

          static const string_map_type&
          strings();

          static const value_map_type&
          values();

        private:
          static const string_map_type&
          lowercase_strings();

          enum_value         value;
          const std::string *name;
        };

        inline bool
        operator== (const UnitsElectricPotential& lhs,
                    const UnitsElectricPotential& rhs)
        {
          return static_cast<UnitsElectricPotential::enum_value>(lhs) == static_cast<UnitsElectricPotential::enum_value>(rhs);
        }

        inline bool
        operator== (const UnitsElectricPotential& lhs,
                    const UnitsElectricPotential::enum_value& rhs)
        {
          return static_cast<UnitsElectricPotential::enum_value>(lhs) == rhs;
        }

        inline bool
        operator== (const UnitsElectricPotential::enum_value& lhs,
                    const UnitsElectricPotential& rhs)
        {
          return lhs == static_cast<UnitsElectricPotential::enum_value>(rhs);
        }

        inline bool
        operator== (const UnitsElectricPotential& lhs,
                    const std::string& rhs)
        {
          return static_cast<const std::string&>(lhs) == rhs;
        }

        inline bool
        operator== (const std::string& lhs,
                    const UnitsElectricPotential& rhs)
        {
          return lhs == static_cast<const std::string&>(rhs);
        }

        inline bool
        operator!= (const UnitsElectricPotential& lhs,
                    const UnitsElectricPotential& rhs)
        {
          return static_cast<UnitsElectricPotential::enum_value>(lhs) != static_cast<UnitsElectricPotential::enum_value>(rhs);
        }

        inline bool
        operator!= (const UnitsElectricPotential& lhs,
                    const UnitsElectricPotential::enum_value& rhs)
        {
          return static_cast<UnitsElectricPotential::enum_value>(lhs) != rhs;
        }

        inline bool
        operator!= (const UnitsElectricPotential::enum_value& lhs,
                    const UnitsElectricPotential& rhs)
        {
          return lhs != static_cast<UnitsElectricPotential::enum_value>(rhs);
        }

        inline bool
        operator!= (const UnitsElectricPotential& lhs,
                    const std::string& rhs)
        {
          return static_cast<const std::string&>(lhs) != rhs;
        }

        inline bool
        operator!= (const std::string& lhs,
                    const UnitsElectricPotential& rhs)
        {
          return lhs != static_cast<const std::string&>(rhs);
        }

        template<class charT, class traits>
        inline std::basic_ostream<charT,traits>&
        operator<< (std::basic_ostream<charT,traits>& os,
                    const UnitsElectricPotential& enumeration)
        {
          return os << static_cast<const std::string&>(enumeration);
        }

        template<class charT, class traits>
        inline std::basic_istream<charT,traits>&
        operator>> (std::basic_istream<charT,traits>& is,
                    UnitsElectricPotential& enumeration)
        {
          std::string value;
          is >> value;
          if (is)
            {
              try
                {
                  enumeration = UnitsElectricPotential(value, false);
                }
              catch (const EnumerationException&)
                {
                  is.setstate(std::ios::failbit);
                }
            }

          return is;
        }

      }
    }
  }
}

#endif // OME_XML_MODEL_PRIMITIVES_ELECTRICPOTENTIALQUANTITY_H

/*
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 * End:
 */