error.h

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#ifndef SEMF_UTILS_CORE_ERROR_H_
#define SEMF_UTILS_CORE_ERROR_H_
 
#include <cstdint>
 
namespace semf
{
class Error
{
public:
    enum ClassID : uint32_t
    {
        AnalogDevicesAd5686 = 0,
        AnalogDevicesLtc1867,
        ArrowControl,
        BoschBme280,
        CanHardware,
        EepromEmulation,
        ExternalInterruptHardware,
        FirmwareHeader,
        FirmwareUpdater,
        FimrwareVerifier,
        FlashLogger,
        FlashTester,
        FlashTesterRandom,
        FlashTesterReader,
        FlashTesterWriter,
        FlashVerifier,
        HammingCode,
        I2cEeprom,
        I2cMasterHardware,
        I2cScanner,
        I2cSlaveDevice,
        I2cSlaveHardware,
        I2cSlaveRegisterDevice,
        Logger,
        LoggerEntry,
        MicrochipSst26vf016b,
        MicrochipMcp3426,
        OnSemiLc709204F,
        PniRm3100i2c,
        Printer,
        Processor,
        Secded,
        SoftI2cMaster,
        SpiMasterHardware,
        SpiNorFlash,
        SpiSlaveDevice,
        SpiSlaveHardware,
        SpiSlaveRegisterDevice,
        StmLsm6Dso32I2c,
        StreamProtocol,
        Tabulator,
        TiAds1115,
        TiDrv425,
        UartHardware,
 
        SectionHardwareBegin = 0x08000000,
 
        SectionAnaloginBegin,
        Stm32AnalogIn,
        Stm32AnalogInDma,
        Stm32AnalogInInjected,
        Esp32AnalogIn,
        NetX90AnalogIn,
        NetX90AnalogInDma,
        SectionAnaloginEnd,
 
        SectionAnalogoutBegin,
        Stm32AnalogOut,
        Stm32AnalogOutDma,
        SectionAnalogoutEnd,
 
        SectionBootloaderBegin,
        SectionBootloaderEnd,
 
        SectionCanBegin,
        Stm32Can,
        Esp32Can,
        SectionCanEnd,
 
        SectionCriticalSectionBegin,
        SectionCriticalSectionEnd,
 
        SectionExternalInterruptBegin,
        Stm32ExternalInterrupt,
        NetX90ExternalInterrupt,
        SectionExternalInterruptEnd,
 
        SectionFlashBegin,
        QtFlash,
        Stm32Flash,
        Esp32SpiFlash,
        VirtualFlash,
        SectionFlashEnd,
 
        SectionGpioBegin,
        NetX90Gpio,
        SectionGpioEnd,
 
        SectionI2cMasterBegin,
        Stm32F1I2cMaster,
        Stm32F3I2cMaster,
        Stm32F4I2cMaster,
        Stm32F7I2cMaster,
        Stm32I2cMaster,
        Stm32L0I2cMaster,
        Esp32I2cMaster,
        NetX90I2cMaster,
        VirtualI2cMasterHardware,
        SectionI2cMasterEnd,
 
        SectionI2cSlaveBegin,
        Stm32F1I2cSlave,
        Stm32F3I2cSlave,
        Stm32F4I2cSlave,
        Stm32F7I2cSlave,
        Stm32I2cSlave,
        Stm32L0I2cSlave,
        SectionI2cSlaveEnd,
 
        SectionInputCaptureBegin,
        Stm32InputCapture,
        SectionInputCaptureEnd,
 
        SectionPowerBegin,
        SectionPowerEnd,
 
        SectionPwmBegin,
        Stm32Pwm,
        Esp32LedControlPwm,
        NetX90Pwm,
        SectionPwmEnd,
 
        SectionRtcBegin,
        Stm32Rtc,
        SectionRtcEnd,
 
        SectionSpiMasterBegin,
        Stm32SpiMaster,
        NetX90SpiMaster,
        VirtualSpiMasterHardware,
        SectionSpiMasterEnd,
 
        SectionSpiSlaveBegin,
        Stm32SpiSlave,
        SectionSpiSlaveEnd,
 
        SectionTimerBegin,
        Stm32Timer,
        Esp32Timer,
        Esp32TimerPeripheral,
        NetX90Timer,
        SectionTimerEnd,
 
        SectionOutputCompareBegin,
        Stm32OutputCompare,
        SectionOutputCompareEnd,
 
        SectionUartBegin,
        Stm32Uart,
        Esp32Uart,
        QtUart,
        NetX90Uart,
        VirtualUart,
        SectionUartEnd,
 
        SectionUsbVcpBegin,
        Stm32F4UsbVcp,
        Stm32F7UsbVcp,
        Stm32G0UsbVcp,
        SectionUsbVcpEnd,
 
        SectionHardwareEnd = 0x0FFFFFFF,
 
        SectionUserBegin = 0x10000000,
        SectionUserEnd = 0xFFFFFFFF
    };
    Error(uint32_t classId, uint8_t errorCode);
    virtual ~Error() = default;
 
    bool isHardwareError() const;
    uint32_t classId() const;
    uint8_t errorCode() const;
 
private:
    uint32_t m_classId;
    uint8_t m_errorCode;
};
}  // namespace semf
#endif  // SEMF_UTILS_CORE_ERROR_H_