PrintCaptureDeviceTechnology.h

Go to the documentation of this file.

 
#pragma once
#include "enrollment/Exception/EnrollmentException.h"
#include "enrollment/Export.h"
#include <ostream>
 
namespace inno
{
     */
    enum class PrintCaptureDeviceTechnology : uint8_t
    {
        UNKNOWN = 0,
        WHITE_LIGHT_OPTICAL_TIR = 1,
        WHITE_LIGHT_OPTICAL_DIRECT = 2,
        WHITE_LIGHT_OPTICAL_TOUCHLESS = 3,
        MONOCHROMATIC_VISIBLE_OPTICAL_TIR = 4,
        MONOCHROMATIC_VISIBLE_OPTICAL_DIRECT = 5,
        MONOCHROMATIC_VISIBLE_OPTICAL_TOUCHLESS = 6,
        MONOCHROMATIC_VISIBLE_IR_OPTICAL_TIR = 7,
        MONOCHROMATIC_VISIBLE_IR_OPTICALTOUCHLESS = 8,
        MONOCHROMATIC_VISIBLE_IR_OPTICAL = 9,
        MULTISPECTRAL_OPTICAL_TIR = 10,
        MULTISPECTRAL_OPTICAL_DIRECT = 11,
        MULTISPECTRAL_OPTICAL_TOUCHLESS = 12,
        ELECTRO_LUMINESCENT = 13,
        SEMICONDUCTOR_CAPACITIVE = 14,
        SEMICONDUCTOR_RF = 15,
        SEMICONDUCTOR_THERMAL = 16,
        PRESSURE_SENSITIVE = 17,
        ULTRASOUND = 18,
        MECHANICAL = 19,
        GLASS_FIBER = 20
    };
 
    // The numbers are from ISO standard and are tested in unit tests.
    // NOLINTBEGIN(cppcoreguidelines-avoid-magic-numbers,readability-magic-numbers)

     */
    static constexpr int PrintToIsoCaptureDeviceTechnology(PrintCaptureDeviceTechnology printCaptureDeviceTechnology)
    {
        switch (printCaptureDeviceTechnology)
        {
        case PrintCaptureDeviceTechnology::UNKNOWN:
            return 0;
        case PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_TIR:
            return 1;
        case PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_DIRECT:
            return 2;
        case PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_TOUCHLESS:
            return 3;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_TIR:
            return 4;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_DIRECT:
            return 5;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_TOUCHLESS:
            return 6;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICAL_TIR:
            return 7;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICALTOUCHLESS:
            return 8;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICAL:
            return 9;
        case PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_TIR:
            return 10;
        case PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_DIRECT:
            return 11;
        case PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_TOUCHLESS:
            return 12;
        case PrintCaptureDeviceTechnology::ELECTRO_LUMINESCENT:
            return 13;
        case PrintCaptureDeviceTechnology::SEMICONDUCTOR_CAPACITIVE:
            return 14;
        case PrintCaptureDeviceTechnology::SEMICONDUCTOR_RF:
            return 15;
        case PrintCaptureDeviceTechnology::SEMICONDUCTOR_THERMAL:
            return 16;
        case PrintCaptureDeviceTechnology::PRESSURE_SENSITIVE:
            return 17;
        case PrintCaptureDeviceTechnology::ULTRASOUND:
            return 18;
        case PrintCaptureDeviceTechnology::MECHANICAL:
            return 19;
        case PrintCaptureDeviceTechnology::GLASS_FIBER:
            return 20;
        default:
            break;
        }
 
        throw EnrollmentInvalidArgumentException("Invalid conversion from PrintCaptureDeviceTechnology to ISO");
    }

     */
    static constexpr PrintCaptureDeviceTechnology IsoToPrintCaptureDeviceTechnology(int isoCaptureDeviceTechnology)
    {
        switch (isoCaptureDeviceTechnology)
        {
        case 0:
            return PrintCaptureDeviceTechnology::UNKNOWN;
        case 1:
            return PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_TIR;
        case 2:
            return PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_DIRECT;
        case 3:
            return PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_TOUCHLESS;
        case 4:
            return PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_TIR;
        case 5:
            return PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_DIRECT;
        case 6:
            return PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_TOUCHLESS;
        case 7:
            return PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICAL_TIR;
        case 8:
            return PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICALTOUCHLESS;
        case 9:
            return PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICAL;
        case 10:
            return PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_TIR;
        case 11:
            return PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_DIRECT;
        case 12:
            return PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_TOUCHLESS;
        case 13:
            return PrintCaptureDeviceTechnology::ELECTRO_LUMINESCENT;
        case 14:
            return PrintCaptureDeviceTechnology::SEMICONDUCTOR_CAPACITIVE;
        case 15:
            return PrintCaptureDeviceTechnology::SEMICONDUCTOR_RF;
        case 16:
            return PrintCaptureDeviceTechnology::SEMICONDUCTOR_THERMAL;
        case 17:
            return PrintCaptureDeviceTechnology::PRESSURE_SENSITIVE;
        case 18:
            return PrintCaptureDeviceTechnology::ULTRASOUND;
        case 19:
            return PrintCaptureDeviceTechnology::MECHANICAL;
        case 20:
            return PrintCaptureDeviceTechnology::GLASS_FIBER;
        default:
            break;
        }
 
        throw EnrollmentInvalidArgumentException("Invalid conversion from ISO to PrintCaptureDeviceTechnology");
    }
    // NOLINTEND(cppcoreguidelines-avoid-magic-numbers,readability-magic-numbers)
 
    inline std::ostream& operator<<(std::ostream& os, PrintCaptureDeviceTechnology printCaptureDeviceTechnology)
    {
        switch (printCaptureDeviceTechnology)
        {
        case PrintCaptureDeviceTechnology::UNKNOWN:
            os << "UNKNOWN";
            break;
        case PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_TIR:
            os << "WHITE_LIGHT_OPTICAL_TIR";
            break;
        case PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_DIRECT:
            os << "WHITE_LIGHT_OPTICAL_DIRECT";
            break;
        case PrintCaptureDeviceTechnology::WHITE_LIGHT_OPTICAL_TOUCHLESS:
            os << "WHITE_LIGHT_OPTICAL_TOUCHLESS";
            break;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_TIR:
            os << "MONOCHROMATIC_VISIBLE_OPTICAL_TIR";
            break;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_DIRECT:
            os << "MONOCHROMATIC_VISIBLE_OPTICAL_DIRECT";
            break;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_OPTICAL_TOUCHLESS:
            os << "MONOCHROMATIC_VISIBLE_OPTICAL_TOUCHLESS";
            break;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICAL_TIR:
            os << "MONOCHROMATIC_VISIBLE_IR_OPTICAL_TIR";
            break;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICALTOUCHLESS:
            os << "MONOCHROMATIC_VISIBLE_IR_OPTICALTOUCHLESS";
            break;
        case PrintCaptureDeviceTechnology::MONOCHROMATIC_VISIBLE_IR_OPTICAL:
            os << "MONOCHROMATIC_VISIBLE_IR_OPTICAL";
            break;
        case PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_TIR:
            os << "MULTISPECTRAL_OPTICAL_TIR";
            break;
        case PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_DIRECT:
            os << "MULTISPECTRAL_OPTICAL_DIRECT";
            break;
        case PrintCaptureDeviceTechnology::MULTISPECTRAL_OPTICAL_TOUCHLESS:
            os << "MULTISPECTRAL_OPTICAL_TOUCHLESS";
            break;
        case PrintCaptureDeviceTechnology::ELECTRO_LUMINESCENT:
            os << "ELECTRO_LUMINESCENT";
            break;
        case PrintCaptureDeviceTechnology::SEMICONDUCTOR_CAPACITIVE:
            os << "SEMICONDUCTOR_CAPACITIVE";
            break;
        case PrintCaptureDeviceTechnology::SEMICONDUCTOR_RF:
            os << "SEMICONDUCTOR_RF";
            break;
        case PrintCaptureDeviceTechnology::SEMICONDUCTOR_THERMAL:
            os << "SEMICONDUCTOR_THERMAL";
            break;
        case PrintCaptureDeviceTechnology::PRESSURE_SENSITIVE:
            os << "PRESSURE_SENSITIVE";
            break;
        case PrintCaptureDeviceTechnology::ULTRASOUND:
            os << "ULTRASOUND";
            break;
        case PrintCaptureDeviceTechnology::MECHANICAL:
            os << "MECHANICAL";
            break;
        case PrintCaptureDeviceTechnology::GLASS_FIBER:
            os << "GLASS_FIBER";
            break;
        }
        return os;
    }
 
} // namespace inno