typedefs.h

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#ifndef __BRP_BALTECH_API_TYPEDEFS_H__
#define __BRP_BALTECH_API_TYPEDEFS_H__

#include "brp_lib.h"

#include <limits.h>
#if UINT_MAX < 0xFFFFFFFF
#error "baltech_api requires unsigned with a size of >=32bits"
#endif

#define BRP_BALTECH_API_VERSION "D-40200"

typedef struct {
    bool TTF;
    bool Hitag2B;
    bool Hitag2M;
    bool Hitag1S;
    bool HidIoprox;
    bool HidProx;
    bool HidAwid;
    bool HidIndala;
    bool Quadrakey;
    bool Keri;
    bool HidProx32;
    bool Pyramid;
    bool EM4450;
    bool EM4100;
    bool EM4205;
} brp_CardTypes125KhzPart1;
typedef struct {
    bool Idteck;
    bool Cotag;
    bool HidIndalaSecure;
    bool GProx;
    bool SecuraKey;
} brp_CardTypes125KhzPart2;
typedef unsigned brp_DesfireKeyIdx;
typedef enum {
    brp_FileType_FileByDfName = 0,
    brp_FileType_FileByFileId = 1,
    brp_FileType_FileByApduCmd = 2,
    brp_FileType_undefined = -1
} brp_FileType;
static inline bool brp_FileType_is_valid(int val) {
    switch (val) {
        case 0: /* FileByDfName*/
        case 1: /* FileByFileId*/
        case 2: /* FileByApduCmd*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    bool AdvantAddressMode;
    bool StampSearch;
} brp_SegmentIdentificationAndAddressing;
typedef struct {
    bool EnableCRC;
} brp_AddressAndEnableCRC;
typedef struct {
    bool CRC16bit;
} brp_CRCAddressAndCRCType;
typedef struct {
    bool Secure;
    bool KeyB;
} brp_MifareClassicVhlKeyAssignment;
typedef enum {
    brp_MifarePlusKeyMemoryType_CryptoKey = 0,
    brp_MifarePlusKeyMemoryType_SamKey = 1,
    brp_MifarePlusKeyMemoryType_ReaderChipKey = 2,
    brp_MifarePlusKeyMemoryType_VhlKey = 3,
    brp_MifarePlusKeyMemoryType_undefined = -1
} brp_MifarePlusKeyMemoryType;
static inline bool brp_MifarePlusKeyMemoryType_is_valid(int val) {
    switch (val) {
        case 0: /* CryptoKey*/
        case 1: /* SamKey*/
        case 2: /* ReaderChipKey*/
        case 3: /* VhlKey*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_TemplateBitorder_Lsb = 0,
    brp_TemplateBitorder_Msb = 1,
    brp_TemplateBitorder_undefined = -1
} brp_TemplateBitorder;
static inline bool brp_TemplateBitorder_is_valid(int val) {
    switch (val) {
        case 0: /* Lsb*/
        case 1: /* Msb*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Alignment_Right = 1,
    brp_Alignment_Left = 0,
    brp_Alignment_undefined = -1
} brp_Alignment;
static inline bool brp_Alignment_is_valid(int val) {
    switch (val) {
        case 0: /* Left*/
        case 1: /* Right*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    bool BcdToBin;
    bool BinToAscii;
    bool Unpack;
    bool BinToBcd;
    bool SwapNibbles;
    bool Pack;
    bool AsciiToBin;
    bool Reverse;
} brp_TemplateFilter;
typedef enum {
    brp_AutoRunCommand_RunMode_Standard = 0,
    brp_AutoRunCommand_RunMode_Continuous = 1,
    brp_AutoRunCommand_RunMode_Repeat = 2,
    brp_AutoRunCommand_RunMode_undefined = -1
} brp_AutoRunCommand_RunMode;
static inline bool brp_AutoRunCommand_RunMode_is_valid(int val) {
    switch (val) {
        case 0: /* Standard*/
        case 1: /* Continuous*/
        case 2: /* Repeat*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_AutoRunCommand_RunMode RunMode;
    unsigned DeviceCode;
    unsigned CommandCode;
    brp_buf Parameter;
} brp_AutoRunCommand;
typedef enum {
    brp_ProtocolID_All = 0,
    brp_ProtocolID_BrpSerial = 3,
    brp_ProtocolID_BrpRs485 = 4,
    brp_ProtocolID_BrpHid = 5,
    brp_ProtocolID_BrpTcp = 134,
    brp_ProtocolID_DebugInterface = 9,
    brp_ProtocolID_RawSerial = 35,
    brp_ProtocolID_Wiegand = 32,
    brp_ProtocolID_KeyboardEmulation = 43,
    brp_ProtocolID_LowLevelIoPorts = 36,
    brp_ProtocolID_ClkData = 34,
    brp_ProtocolID_Omron = 33,
    brp_ProtocolID_Snet = 16,
    brp_ProtocolID_Bpa9 = 17,
    brp_ProtocolID_LBus = 50,
    brp_ProtocolID_Ccid = 54,
    brp_ProtocolID_RawSerial2 = 55,
    brp_ProtocolID_Osdp = 56,
    brp_ProtocolID_BleHci = 59,
    brp_ProtocolID_HttpsClient = 40,
    brp_ProtocolID_undefined = -1
} brp_ProtocolID;
static inline bool brp_ProtocolID_is_valid(int val) {
    switch (val) {
        case 0: /* All*/
        case 3: /* BrpSerial*/
        case 4: /* BrpRs485*/
        case 5: /* BrpHid*/
        case 9: /* DebugInterface*/
        case 16: /* Snet*/
        case 17: /* Bpa9*/
        case 32: /* Wiegand*/
        case 33: /* Omron*/
        case 34: /* ClkData*/
        case 35: /* RawSerial*/
        case 36: /* LowLevelIoPorts*/
        case 40: /* HttpsClient*/
        case 43: /* KeyboardEmulation*/
        case 50: /* LBus*/
        case 54: /* Ccid*/
        case 55: /* RawSerial2*/
        case 56: /* Osdp*/
        case 59: /* BleHci*/
        case 134: /* BrpTcp*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_MessageType_Card = 0,
    brp_MessageType_AlarmOn = 1,
    brp_MessageType_AlarmOff = 2,
    brp_MessageType_Keyboard = 3,
    brp_MessageType_CardRemoval = 4,
    brp_MessageType_FunctionKey = 5,
    brp_MessageType_Logs = 6,
    brp_MessageType_undefined = -1
} brp_MessageType;
static inline bool brp_MessageType_is_valid(int val) {
    switch (val) {
        case 0: /* Card*/
        case 1: /* AlarmOn*/
        case 2: /* AlarmOff*/
        case 3: /* Keyboard*/
        case 4: /* CardRemoval*/
        case 5: /* FunctionKey*/
        case 6: /* Logs*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_MaxBaudrateIso14443_Dri106Dsi106 = 0,
    brp_MaxBaudrateIso14443_Dri212Dsi106 = 1,
    brp_MaxBaudrateIso14443_Dri424Dsi106 = 2,
    brp_MaxBaudrateIso14443_Dri848Dsi106 = 3,
    brp_MaxBaudrateIso14443_Dri106Dsi212 = 4,
    brp_MaxBaudrateIso14443_Dri212Dsi212 = 5,
    brp_MaxBaudrateIso14443_Dri424Dsi212 = 6,
    brp_MaxBaudrateIso14443_Dri848Dsi212 = 7,
    brp_MaxBaudrateIso14443_Dri106Dsi424 = 8,
    brp_MaxBaudrateIso14443_Dri212Dsi424 = 9,
    brp_MaxBaudrateIso14443_Dri424Dsi424 = 10,
    brp_MaxBaudrateIso14443_Dri848Dsi424 = 11,
    brp_MaxBaudrateIso14443_Dri106Dsi848 = 12,
    brp_MaxBaudrateIso14443_Dri212Dsi848 = 13,
    brp_MaxBaudrateIso14443_Dri424Dsi848 = 14,
    brp_MaxBaudrateIso14443_Dri848Dsi848 = 15,
    brp_MaxBaudrateIso14443_undefined = -1
} brp_MaxBaudrateIso14443;
static inline bool brp_MaxBaudrateIso14443_is_valid(int val) {
    switch (val) {
        case 0: /* Dri106Dsi106*/
        case 1: /* Dri212Dsi106*/
        case 2: /* Dri424Dsi106*/
        case 3: /* Dri848Dsi106*/
        case 4: /* Dri106Dsi212*/
        case 5: /* Dri212Dsi212*/
        case 6: /* Dri424Dsi212*/
        case 7: /* Dri848Dsi212*/
        case 8: /* Dri106Dsi424*/
        case 9: /* Dri212Dsi424*/
        case 10: /* Dri424Dsi424*/
        case 11: /* Dri848Dsi424*/
        case 12: /* Dri106Dsi848*/
        case 13: /* Dri212Dsi848*/
        case 14: /* Dri424Dsi848*/
        case 15: /* Dri848Dsi848*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    bool IsVersion;
    bool IsDivInfo;
    bool IsDivInfoVhl;
    bool DenyFormat;
    bool DenyWrite;
    bool DenyRead;
} brp_KeyAccessRights_KeySettings;
typedef enum {
    brp_KeyAccessRights_DiversificationMode_NoDiversification = 0,
    brp_KeyAccessRights_DiversificationMode_ModeAv2 = 2,
    brp_KeyAccessRights_DiversificationMode_undefined = -1
} brp_KeyAccessRights_DiversificationMode;
static inline bool brp_KeyAccessRights_DiversificationMode_is_valid(int val) {
    switch (val) {
        case 0: /* NoDiversification*/
        case 2: /* ModeAv2*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_KeyAccessRights_KeySettings KeySettings;
    unsigned Version;
    brp_KeyAccessRights_DiversificationMode DiversificationMode;
    unsigned DivIdx;
} brp_KeyAccessRights;
typedef struct {
    unsigned Page;
    unsigned Idx;
} brp_CryptoMemoryIndex;
typedef enum {
    brp_CryptoAlgorithm_DES = 1,
    brp_CryptoAlgorithm_TripleDES = 2,
    brp_CryptoAlgorithm_ThreeKeyTripleDES = 3,
    brp_CryptoAlgorithm_AES = 4,
    brp_CryptoAlgorithm_MifareClassic = 5,
    brp_CryptoAlgorithm_undefined = -1
} brp_CryptoAlgorithm;
static inline bool brp_CryptoAlgorithm_is_valid(int val) {
    switch (val) {
        case 1: /* DES*/
        case 2: /* TripleDES*/
        case 3: /* ThreeKeyTripleDES*/
        case 4: /* AES*/
        case 5: /* MifareClassic*/
            return true;
        default:
            return false;
    }
}
#ifdef BALTECH_SDK_INTERNAL

typedef enum {
    brp_DHWCtrlGpioPort_A = 0,
    brp_DHWCtrlGpioPort_B = 1,
    brp_DHWCtrlGpioPort_C = 2,
    brp_DHWCtrlGpioPort_D = 3,
    brp_DHWCtrlGpioPort_E = 4,
    brp_DHWCtrlGpioPort_F = 5,
    brp_DHWCtrlGpioPort_G = 6,
    brp_DHWCtrlGpioPort_H = 7,
    brp_DHWCtrlGpioPort_I = 8,
    brp_DHWCtrlGpioPort_J = 9,
    brp_DHWCtrlGpioPort_K = 10,
    brp_DHWCtrlGpioPort_L = 11,
    brp_DHWCtrlGpioPort_M = 12,
    brp_DHWCtrlGpioPort_N = 13,
    brp_DHWCtrlGpioPort_O = 14,
    brp_DHWCtrlGpioPort_P = 15,
    brp_DHWCtrlGpioPort_Q = 16,
    brp_DHWCtrlGpioPort_R = 17,
    brp_DHWCtrlGpioPort_S = 18,
    brp_DHWCtrlGpioPort_T = 19,
    brp_DHWCtrlGpioPort_U = 20,
    brp_DHWCtrlGpioPort_V = 21,
    brp_DHWCtrlGpioPort_W = 22,
    brp_DHWCtrlGpioPort_X = 23,
    brp_DHWCtrlGpioPort_Y = 24,
    brp_DHWCtrlGpioPort_Z = 25,
    brp_DHWCtrlGpioPort_undefined = -1
} brp_DHWCtrlGpioPort;
static inline bool brp_DHWCtrlGpioPort_is_valid(int val) {
    switch (val) {
        case 0: /* A*/
        case 1: /* B*/
        case 2: /* C*/
        case 3: /* D*/
        case 4: /* E*/
        case 5: /* F*/
        case 6: /* G*/
        case 7: /* H*/
        case 8: /* I*/
        case 9: /* J*/
        case 10: /* K*/
        case 11: /* L*/
        case 12: /* M*/
        case 13: /* N*/
        case 14: /* O*/
        case 15: /* P*/
        case 16: /* Q*/
        case 17: /* R*/
        case 18: /* S*/
        case 19: /* T*/
        case 20: /* U*/
        case 21: /* V*/
        case 22: /* W*/
        case 23: /* X*/
        case 24: /* Y*/
        case 25: /* Z*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_DHWCtrlGpioPort Port;
    unsigned Number;
} brp_DHWCtrlGpioPin;
typedef enum {
    brp_DHWCtrlPinName_SpiSck = 0,
    brp_DHWCtrlPinName_SpiMosi = 1,
    brp_DHWCtrlPinName_SpiMiso = 2,
    brp_DHWCtrlPinName_EthTxd0 = 16,
    brp_DHWCtrlPinName_EthTxd1 = 17,
    brp_DHWCtrlPinName_EthTxEn = 18,
    brp_DHWCtrlPinName_EthRxd0 = 19,
    brp_DHWCtrlPinName_EthRxd1 = 20,
    brp_DHWCtrlPinName_EthCrsDv = 21,
    brp_DHWCtrlPinName_EthRefClk = 22,
    brp_DHWCtrlPinName_EthMdc = 23,
    brp_DHWCtrlPinName_EthMdio = 24,
    brp_DHWCtrlPinName_SdmmcClk = 48,
    brp_DHWCtrlPinName_SdmmcCmd = 49,
    brp_DHWCtrlPinName_SdmmcDat0 = 50,
    brp_DHWCtrlPinName_SdmmcDat1 = 51,
    brp_DHWCtrlPinName_SdmmcDat2 = 52,
    brp_DHWCtrlPinName_SdmmcDat3 = 53,
    brp_DHWCtrlPinName_SdmmcDat4 = 54,
    brp_DHWCtrlPinName_SdmmcDat5 = 55,
    brp_DHWCtrlPinName_SdmmcDat6 = 56,
    brp_DHWCtrlPinName_SdmmcDat7 = 57,
    brp_DHWCtrlPinName_UsbDp = 64,
    brp_DHWCtrlPinName_UsbDm = 65,
    brp_DHWCtrlPinName_undefined = -1
} brp_DHWCtrlPinName;
static inline bool brp_DHWCtrlPinName_is_valid(int val) {
    switch (val) {
        case 0: /* SpiSck*/
        case 1: /* SpiMosi*/
        case 2: /* SpiMiso*/
        case 16: /* EthTxd0*/
        case 17: /* EthTxd1*/
        case 18: /* EthTxEn*/
        case 19: /* EthRxd0*/
        case 20: /* EthRxd1*/
        case 21: /* EthCrsDv*/
        case 22: /* EthRefClk*/
        case 23: /* EthMdc*/
        case 24: /* EthMdio*/
        case 48: /* SdmmcClk*/
        case 49: /* SdmmcCmd*/
        case 50: /* SdmmcDat0*/
        case 51: /* SdmmcDat1*/
        case 52: /* SdmmcDat2*/
        case 53: /* SdmmcDat3*/
        case 54: /* SdmmcDat4*/
        case 55: /* SdmmcDat5*/
        case 56: /* SdmmcDat6*/
        case 57: /* SdmmcDat7*/
        case 64: /* UsbDp*/
        case 65: /* UsbDm*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_DHWCtrlPinName Name;
    brp_DHWCtrlGpioPin Pin;
} brp_DHWCtrlPinMapEntry;
typedef enum {
    brp_DHWCtrlPeripheralCategory_Eth = 0,
    brp_DHWCtrlPeripheralCategory_UsbHost = 32,
    brp_DHWCtrlPeripheralCategory_Flash = 48,
    brp_DHWCtrlPeripheralCategory_Spi = 64,
    brp_DHWCtrlPeripheralCategory_undefined = -1
} brp_DHWCtrlPeripheralCategory;
static inline bool brp_DHWCtrlPeripheralCategory_is_valid(int val) {
    switch (val) {
        case 0: /* Eth*/
        case 32: /* UsbHost*/
        case 48: /* Flash*/
        case 64: /* Spi*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlGpioLevel_Low = 0,
    brp_DHWCtrlGpioLevel_High = 1,
    brp_DHWCtrlGpioLevel_undefined = -1
} brp_DHWCtrlGpioLevel;
static inline bool brp_DHWCtrlGpioLevel_is_valid(int val) {
    switch (val) {
        case 0: /* Low*/
        case 1: /* High*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlUsbPortState_Disconnected = 0,
    brp_DHWCtrlUsbPortState_Connected = 1,
    brp_DHWCtrlUsbPortState_undefined = -1
} brp_DHWCtrlUsbPortState;
static inline bool brp_DHWCtrlUsbPortState_is_valid(int val) {
    switch (val) {
        case 0: /* Disconnected*/
        case 1: /* Connected*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlUsbTransferAttr_Bulk = 0,
    brp_DHWCtrlUsbTransferAttr_Interrupt = 1,
    brp_DHWCtrlUsbTransferAttr_Iso = 2,
    brp_DHWCtrlUsbTransferAttr_undefined = -1
} brp_DHWCtrlUsbTransferAttr;
static inline bool brp_DHWCtrlUsbTransferAttr_is_valid(int val) {
    switch (val) {
        case 0: /* Bulk*/
        case 1: /* Interrupt*/
        case 2: /* Iso*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlEthLinkState_Down = 0,
    brp_DHWCtrlEthLinkState_Up = 1,
    brp_DHWCtrlEthLinkState_undefined = -1
} brp_DHWCtrlEthLinkState;
static inline bool brp_DHWCtrlEthLinkState_is_valid(int val) {
    switch (val) {
        case 0: /* Down*/
        case 1: /* Up*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlEtherType_IPv4 = 2048,
    brp_DHWCtrlEtherType_ARP = 2054,
    brp_DHWCtrlEtherType_ReverseARP = 32821,
    brp_DHWCtrlEtherType_IPv6 = 34525,
    brp_DHWCtrlEtherType_VlanTagged = 33024,
    brp_DHWCtrlEtherType_ServiceVlanTagged = 34984,
    brp_DHWCtrlEtherType_LACP = 34825,
    brp_DHWCtrlEtherType_MplsUnicast = 34887,
    brp_DHWCtrlEtherType_MplsMulticast = 34888,
    brp_DHWCtrlEtherType_LLDP = 35020,
    brp_DHWCtrlEtherType_MACsec = 35045,
    brp_DHWCtrlEtherType_Loopback = 36864,
    brp_DHWCtrlEtherType_undefined = -1
} brp_DHWCtrlEtherType;
static inline bool brp_DHWCtrlEtherType_is_valid(int val) {
    switch (val) {
        case 2048: /* IPv4*/
        case 2054: /* ARP*/
        case 32821: /* ReverseARP*/
        case 33024: /* VlanTagged*/
        case 34525: /* IPv6*/
        case 34825: /* LACP*/
        case 34887: /* MplsUnicast*/
        case 34888: /* MplsMulticast*/
        case 34984: /* ServiceVlanTagged*/
        case 35020: /* LLDP*/
        case 35045: /* MACsec*/
        case 36864: /* Loopback*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlSpiSettings_Cpol_IdleLow = 0,
    brp_DHWCtrlSpiSettings_Cpol_IdleHigh = 1,
    brp_DHWCtrlSpiSettings_Cpol_undefined = -1
} brp_DHWCtrlSpiSettings_Cpol;
static inline bool brp_DHWCtrlSpiSettings_Cpol_is_valid(int val) {
    switch (val) {
        case 0: /* IdleLow*/
        case 1: /* IdleHigh*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlSpiSettings_Cpha_SampleOnFirstEdge = 0,
    brp_DHWCtrlSpiSettings_Cpha_SampleOnSecondEdge = 1,
    brp_DHWCtrlSpiSettings_Cpha_undefined = -1
} brp_DHWCtrlSpiSettings_Cpha;
static inline bool brp_DHWCtrlSpiSettings_Cpha_is_valid(int val) {
    switch (val) {
        case 0: /* SampleOnFirstEdge*/
        case 1: /* SampleOnSecondEdge*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlSpiSettings_BitOrder_MsbFirst = 0,
    brp_DHWCtrlSpiSettings_BitOrder_LsbFirst = 1,
    brp_DHWCtrlSpiSettings_BitOrder_undefined = -1
} brp_DHWCtrlSpiSettings_BitOrder;
static inline bool brp_DHWCtrlSpiSettings_BitOrder_is_valid(int val) {
    switch (val) {
        case 0: /* MsbFirst*/
        case 1: /* LsbFirst*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    unsigned ClockHz;
    brp_DHWCtrlSpiSettings_Cpol Cpol;
    brp_DHWCtrlSpiSettings_Cpha Cpha;
    brp_DHWCtrlSpiSettings_BitOrder BitOrder;
} brp_DHWCtrlSpiSettings;
#endif  // BALTECH_SDK_INTERNAL

typedef enum {
    brp_DivisorInteger_Kbps106 = 0,
    brp_DivisorInteger_Kbps212 = 1,
    brp_DivisorInteger_Kbps424 = 2,
    brp_DivisorInteger_Kbps848 = 3,
    brp_DivisorInteger_undefined = -1
} brp_DivisorInteger;
static inline bool brp_DivisorInteger_is_valid(int val) {
    switch (val) {
        case 0: /* Kbps106*/
        case 1: /* Kbps212*/
        case 2: /* Kbps424*/
        case 3: /* Kbps848*/
            return true;
        default:
            return false;
    }
}
#ifdef BALTECH_SDK_INTERNAL

typedef unsigned brp_Time;
typedef struct {
    bool Gpio7;
    bool Gpio6;
    bool Gpio5;
    bool Gpio4;
    bool Gpio3;
    bool Gpio2;
    bool Gpio1;
    bool Gpio0;
    bool TamperAlarm;
    bool BlueLed;
    bool Input1;
    bool Input0;
    bool Relay;
    bool Beeper;
    bool RedLed;
    bool GreenLed;
} brp_IoPortBitmask;
#endif  // BALTECH_SDK_INTERNAL

typedef enum {
    brp_FeatureID_GreenLed = 1,
    brp_FeatureID_RedLed = 2,
    brp_FeatureID_Beeper = 3,
    brp_FeatureID_Relay = 4,
    brp_FeatureID_MHz13 = 5,
    brp_FeatureID_Khz125 = 6,
    brp_FeatureID_Iso14443A = 7,
    brp_FeatureID_Iso14443AUidOnly = 8,
    brp_FeatureID_Iso14443B = 9,
    brp_FeatureID_Iso14443BUidOnly = 10,
    brp_FeatureID_Iso15693 = 11,
    brp_FeatureID_Iso15693UidOnly = 12,
    brp_FeatureID_Felica = 13,
    brp_FeatureID_FelicaUidOnly = 14,
    brp_FeatureID_Legic = 15,
    brp_FeatureID_Sam = 16,
    brp_FeatureID_SamAv2 = 17,
    brp_FeatureID_SamHid = 18,
    brp_FeatureID_Picopass = 19,
    brp_FeatureID_MifareClassic = 35,
    brp_FeatureID_MifarePlusEv0 = 36,
    brp_FeatureID_MifareDESFireEv1 = 37,
    brp_FeatureID_Srix = 38,
    brp_FeatureID_Jewel = 39,
    brp_FeatureID_ISO14443L4 = 40,
    brp_FeatureID_InterIndustry = 41,
    brp_FeatureID_EM4205 = 42,
    brp_FeatureID_EM4100 = 43,
    brp_FeatureID_EM4450 = 44,
    brp_FeatureID_FarpointePyramid = 45,
    brp_FeatureID_HidProx32 = 46,
    brp_FeatureID_HidAwid = 47,
    brp_FeatureID_HidProx = 48,
    brp_FeatureID_HidIoProx = 49,
    brp_FeatureID_Indala = 50,
    brp_FeatureID_Keri = 51,
    brp_FeatureID_IndalaSecure = 52,
    brp_FeatureID_Quadrakey = 53,
    brp_FeatureID_SecuraKey = 54,
    brp_FeatureID_GProx = 55,
    brp_FeatureID_Hitag1S = 56,
    brp_FeatureID_Hitag2M = 57,
    brp_FeatureID_Hitag2B = 58,
    brp_FeatureID_BlueLed = 59,
    brp_FeatureID_Cotag = 60,
    brp_FeatureID_PicopassUidOnly = 61,
    brp_FeatureID_IdTeck = 62,
    brp_FeatureID_Tamper = 63,
    brp_FeatureID_MaxHfBaudrate106kbps = 64,
    brp_FeatureID_MaxHfBaudrate212kbps = 65,
    brp_FeatureID_MaxHfBaudrate424kbps = 66,
    brp_FeatureID_FirmwareLoader = 67,
    brp_FeatureID_FwUploadViaBrpOverSer = 68,
    brp_FeatureID_AesHostProtocolEncryption = 69,
    brp_FeatureID_PkiHostProtocolEncryption = 70,
    brp_FeatureID_HidIClass = 71,
    brp_FeatureID_HidIClassSr = 72,
    brp_FeatureID_HidIClassSeAndSeos = 73,
    brp_FeatureID_MifareUltralight = 74,
    brp_FeatureID_CardEmulationISO14443L4 = 75,
    brp_FeatureID_MifareDESFireEv2 = 76,
    brp_FeatureID_MifarePlusEv1 = 77,
    brp_FeatureID_SamAv3 = 78,
    brp_FeatureID_OsdpV217 = 79,
    brp_FeatureID_Bluetooth = 80,
    brp_FeatureID_RgbLed = 81,
    brp_FeatureID_RgbLedLimited = 82,
    brp_FeatureID_Bec2Upload = 83,
    brp_FeatureID_MifareDESFireEv3 = 84,
    brp_FeatureID_MobileId = 85,
    brp_FeatureID_MobileCardEmulation = 86,
    brp_FeatureID_BleHci = 87,
    brp_FeatureID_BlePeripheral = 88,
    brp_FeatureID_undefined = -1
} brp_FeatureID;
static inline bool brp_FeatureID_is_valid(int val) {
    switch (val) {
        case 1: /* GreenLed*/
        case 2: /* RedLed*/
        case 3: /* Beeper*/
        case 4: /* Relay*/
        case 5: /* MHz13*/
        case 6: /* Khz125*/
        case 7: /* Iso14443A*/
        case 8: /* Iso14443AUidOnly*/
        case 9: /* Iso14443B*/
        case 10: /* Iso14443BUidOnly*/
        case 11: /* Iso15693*/
        case 12: /* Iso15693UidOnly*/
        case 13: /* Felica*/
        case 14: /* FelicaUidOnly*/
        case 15: /* Legic*/
        case 16: /* Sam*/
        case 17: /* SamAv2*/
        case 18: /* SamHid*/
        case 19: /* Picopass*/
        case 35: /* MifareClassic*/
        case 36: /* MifarePlusEv0*/
        case 37: /* MifareDESFireEv1*/
        case 38: /* Srix*/
        case 39: /* Jewel*/
        case 40: /* ISO14443L4*/
        case 41: /* InterIndustry*/
        case 42: /* EM4205*/
        case 43: /* EM4100*/
        case 44: /* EM4450*/
        case 45: /* FarpointePyramid*/
        case 46: /* HidProx32*/
        case 47: /* HidAwid*/
        case 48: /* HidProx*/
        case 49: /* HidIoProx*/
        case 50: /* Indala*/
        case 51: /* Keri*/
        case 52: /* IndalaSecure*/
        case 53: /* Quadrakey*/
        case 54: /* SecuraKey*/
        case 55: /* GProx*/
        case 56: /* Hitag1S*/
        case 57: /* Hitag2M*/
        case 58: /* Hitag2B*/
        case 59: /* BlueLed*/
        case 60: /* Cotag*/
        case 61: /* PicopassUidOnly*/
        case 62: /* IdTeck*/
        case 63: /* Tamper*/
        case 64: /* MaxHfBaudrate106kbps*/
        case 65: /* MaxHfBaudrate212kbps*/
        case 66: /* MaxHfBaudrate424kbps*/
        case 67: /* FirmwareLoader*/
        case 68: /* FwUploadViaBrpOverSer*/
        case 69: /* AesHostProtocolEncryption*/
        case 70: /* PkiHostProtocolEncryption*/
        case 71: /* HidIClass*/
        case 72: /* HidIClassSr*/
        case 73: /* HidIClassSeAndSeos*/
        case 74: /* MifareUltralight*/
        case 75: /* CardEmulationISO14443L4*/
        case 76: /* MifareDESFireEv2*/
        case 77: /* MifarePlusEv1*/
        case 78: /* SamAv3*/
        case 79: /* OsdpV217*/
        case 80: /* Bluetooth*/
        case 81: /* RgbLed*/
        case 82: /* RgbLedLimited*/
        case 83: /* Bec2Upload*/
        case 84: /* MifareDESFireEv3*/
        case 85: /* MobileId*/
        case 86: /* MobileCardEmulation*/
        case 87: /* BleHci*/
        case 88: /* BlePeripheral*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    bool LeftLed;
    bool RightLed;
    bool SingleLed;
} brp_LedBitMask;
typedef enum {
    brp_Parity_None_ = 78,
    brp_Parity_Even = 69,
    brp_Parity_Odd = 79,
    brp_Parity_undefined = -1
} brp_Parity;
static inline bool brp_Parity_is_valid(int val) {
    switch (val) {
        case 69: /* Even*/
        case 78: /* None_*/
        case 79: /* Odd*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Baudrate_Baud300 = 3,
    brp_Baudrate_Baud600 = 6,
    brp_Baudrate_Baud1200 = 12,
    brp_Baudrate_Baud2400 = 24,
    brp_Baudrate_Baud4800 = 48,
    brp_Baudrate_Baud9600 = 96,
    brp_Baudrate_Baud14400 = 144,
    brp_Baudrate_Baud19200 = 192,
    brp_Baudrate_Baud28800 = 288,
    brp_Baudrate_Baud38400 = 384,
    brp_Baudrate_Baud57600 = 576,
    brp_Baudrate_Baud115200 = 1152,
    brp_Baudrate_Baud500000 = 5000,
    brp_Baudrate_Baud576000 = 5760,
    brp_Baudrate_Baud921600 = 9216,
    brp_Baudrate_undefined = -1
} brp_Baudrate;
static inline bool brp_Baudrate_is_valid(int val) {
    switch (val) {
        case 3: /* Baud300*/
        case 6: /* Baud600*/
        case 12: /* Baud1200*/
        case 24: /* Baud2400*/
        case 48: /* Baud4800*/
        case 96: /* Baud9600*/
        case 144: /* Baud14400*/
        case 192: /* Baud19200*/
        case 288: /* Baud28800*/
        case 384: /* Baud38400*/
        case 576: /* Baud57600*/
        case 1152: /* Baud115200*/
        case 5000: /* Baud500000*/
        case 5760: /* Baud576000*/
        case 9216: /* Baud921600*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_IoPort_GreenLed = 0,
    brp_IoPort_RedLed = 1,
    brp_IoPort_Beeper = 2,
    brp_IoPort_Relay = 3,
    brp_IoPort_Input0 = 4,
    brp_IoPort_Input1 = 5,
    brp_IoPort_BlueLed = 6,
    brp_IoPort_TamperAlarm = 7,
    brp_IoPort_Gpio0 = 8,
    brp_IoPort_Gpio1 = 9,
    brp_IoPort_Gpio2 = 10,
    brp_IoPort_Gpio3 = 11,
    brp_IoPort_Gpio4 = 12,
    brp_IoPort_Gpio5 = 13,
    brp_IoPort_Gpio6 = 14,
    brp_IoPort_Gpio7 = 15,
    brp_IoPort_CustomVled0 = 64,
    brp_IoPort_CustomVled1 = 65,
    brp_IoPort_CustomVled2 = 66,
    brp_IoPort_CustomVled3 = 67,
    brp_IoPort_CustomVled4 = 68,
    brp_IoPort_CustomVled5 = 69,
    brp_IoPort_CustomVled6 = 70,
    brp_IoPort_CustomVled7 = 71,
    brp_IoPort_CustomVled8 = 72,
    brp_IoPort_CustomVled9 = 73,
    brp_IoPort_CustomVled10 = 74,
    brp_IoPort_CustomVled11 = 75,
    brp_IoPort_CustomVled12 = 76,
    brp_IoPort_CustomVled13 = 77,
    brp_IoPort_CustomVled14 = 78,
    brp_IoPort_CustomVled15 = 79,
    brp_IoPort_undefined = -1
} brp_IoPort;
static inline bool brp_IoPort_is_valid(int val) {
    switch (val) {
        case 0: /* GreenLed*/
        case 1: /* RedLed*/
        case 2: /* Beeper*/
        case 3: /* Relay*/
        case 4: /* Input0*/
        case 5: /* Input1*/
        case 6: /* BlueLed*/
        case 7: /* TamperAlarm*/
        case 8: /* Gpio0*/
        case 9: /* Gpio1*/
        case 10: /* Gpio2*/
        case 11: /* Gpio3*/
        case 12: /* Gpio4*/
        case 13: /* Gpio5*/
        case 14: /* Gpio6*/
        case 15: /* Gpio7*/
        case 64: /* CustomVled0*/
        case 65: /* CustomVled1*/
        case 66: /* CustomVled2*/
        case 67: /* CustomVled3*/
        case 68: /* CustomVled4*/
        case 69: /* CustomVled5*/
        case 70: /* CustomVled6*/
        case 71: /* CustomVled7*/
        case 72: /* CustomVled8*/
        case 73: /* CustomVled9*/
        case 74: /* CustomVled10*/
        case 75: /* CustomVled11*/
        case 76: /* CustomVled12*/
        case 77: /* CustomVled13*/
        case 78: /* CustomVled14*/
        case 79: /* CustomVled15*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_RunSequenceCmd_CmdCode_EnablePort = 1,
    brp_RunSequenceCmd_CmdCode_DisablePort = 2,
    brp_RunSequenceCmd_CmdCode_RepeatLoop = 5,
    brp_RunSequenceCmd_CmdCode_WaitMs = 8,
    brp_RunSequenceCmd_CmdCode_WaitSec = 9,
    brp_RunSequenceCmd_CmdCode_EndOfSequence = 241,
    brp_RunSequenceCmd_CmdCode_StartLoop = 242,
    brp_RunSequenceCmd_CmdCode_OnStop = 243,
    brp_RunSequenceCmd_CmdCode_EnablePortGreenLed = 16,
    brp_RunSequenceCmd_CmdCode_EnablePortRedLed = 17,
    brp_RunSequenceCmd_CmdCode_EnablePortBeeper = 18,
    brp_RunSequenceCmd_CmdCode_EnablePortRelay = 19,
    brp_RunSequenceCmd_CmdCode_EnablePortBlue = 22,
    brp_RunSequenceCmd_CmdCode_DisablePortGreenLed = 32,
    brp_RunSequenceCmd_CmdCode_DisablePortRedLed = 33,
    brp_RunSequenceCmd_CmdCode_DisablePortBeeper = 34,
    brp_RunSequenceCmd_CmdCode_DisablePortRelay = 35,
    brp_RunSequenceCmd_CmdCode_DisablePortBlue = 38,
    brp_RunSequenceCmd_CmdCode_InvertPortGreenLed = 48,
    brp_RunSequenceCmd_CmdCode_InvertPortRedLed = 49,
    brp_RunSequenceCmd_CmdCode_InvertPortBeeper = 50,
    brp_RunSequenceCmd_CmdCode_InvertPortRelay = 51,
    brp_RunSequenceCmd_CmdCode_InvertPortBlue = 54,
    brp_RunSequenceCmd_CmdCode_Repeat1Times = 81,
    brp_RunSequenceCmd_CmdCode_RepeatLoop2Times = 82,
    brp_RunSequenceCmd_CmdCode_RepeatLoop3Times = 83,
    brp_RunSequenceCmd_CmdCode_RepeatLoop4Times = 84,
    brp_RunSequenceCmd_CmdCode_RepeatLoop5Times = 85,
    brp_RunSequenceCmd_CmdCode_RepeatLoop6Times = 86,
    brp_RunSequenceCmd_CmdCode_RepeatLoop7Times = 87,
    brp_RunSequenceCmd_CmdCode_RepeatLoop8Times = 88,
    brp_RunSequenceCmd_CmdCode_RepeatLoop9Times = 89,
    brp_RunSequenceCmd_CmdCode_RepeatLoop10Times = 90,
    brp_RunSequenceCmd_CmdCode_RepeatLoop11Times = 91,
    brp_RunSequenceCmd_CmdCode_RepeatLoop12Times = 92,
    brp_RunSequenceCmd_CmdCode_RepeatLoop13Times = 93,
    brp_RunSequenceCmd_CmdCode_RepeatLoop14Times = 94,
    brp_RunSequenceCmd_CmdCode_RepeatLoop15Times = 95,
    brp_RunSequenceCmd_CmdCode_Wait100Ms = 129,
    brp_RunSequenceCmd_CmdCode_Wait200Ms = 130,
    brp_RunSequenceCmd_CmdCode_Wait300Ms = 131,
    brp_RunSequenceCmd_CmdCode_Wait400Ms = 132,
    brp_RunSequenceCmd_CmdCode_Wait500Ms = 133,
    brp_RunSequenceCmd_CmdCode_Wait600Ms = 134,
    brp_RunSequenceCmd_CmdCode_Wait700Ms = 135,
    brp_RunSequenceCmd_CmdCode_Wait800Ms = 136,
    brp_RunSequenceCmd_CmdCode_Wait900Ms = 137,
    brp_RunSequenceCmd_CmdCode_Wait1000Ms = 138,
    brp_RunSequenceCmd_CmdCode_Wait1100Ms = 139,
    brp_RunSequenceCmd_CmdCode_Wait1200Ms = 140,
    brp_RunSequenceCmd_CmdCode_Wait1300Ms = 141,
    brp_RunSequenceCmd_CmdCode_Wait1400Ms = 142,
    brp_RunSequenceCmd_CmdCode_Wait1500Ms = 143,
    brp_RunSequenceCmd_CmdCode_Wait1600Ms = 144,
    brp_RunSequenceCmd_CmdCode_Wait1700Ms = 145,
    brp_RunSequenceCmd_CmdCode_Wait1800Ms = 146,
    brp_RunSequenceCmd_CmdCode_Wait1900Ms = 147,
    brp_RunSequenceCmd_CmdCode_Wait2000Ms = 148,
    brp_RunSequenceCmd_CmdCode_Wait2100Ms = 149,
    brp_RunSequenceCmd_CmdCode_Wait2200Ms = 150,
    brp_RunSequenceCmd_CmdCode_Wait2300Ms = 151,
    brp_RunSequenceCmd_CmdCode_Wait2400Ms = 152,
    brp_RunSequenceCmd_CmdCode_Wait2500Ms = 153,
    brp_RunSequenceCmd_CmdCode_Wait2600Ms = 154,
    brp_RunSequenceCmd_CmdCode_Wait2700Ms = 155,
    brp_RunSequenceCmd_CmdCode_Wait2800Ms = 156,
    brp_RunSequenceCmd_CmdCode_Wait2900Ms = 157,
    brp_RunSequenceCmd_CmdCode_Wait3000Ms = 158,
    brp_RunSequenceCmd_CmdCode_Wait3100Ms = 159,
    brp_RunSequenceCmd_CmdCode_Wait3200Ms = 160,
    brp_RunSequenceCmd_CmdCode_Wait3300Ms = 161,
    brp_RunSequenceCmd_CmdCode_Wait3400Ms = 162,
    brp_RunSequenceCmd_CmdCode_Wait3500Ms = 163,
    brp_RunSequenceCmd_CmdCode_Wait3600Ms = 164,
    brp_RunSequenceCmd_CmdCode_Wait3700Ms = 165,
    brp_RunSequenceCmd_CmdCode_Wait3800Ms = 166,
    brp_RunSequenceCmd_CmdCode_Wait3900Ms = 167,
    brp_RunSequenceCmd_CmdCode_Wait4000Ms = 168,
    brp_RunSequenceCmd_CmdCode_Wait4100Ms = 169,
    brp_RunSequenceCmd_CmdCode_Wait4200Ms = 170,
    brp_RunSequenceCmd_CmdCode_Wait4300Ms = 171,
    brp_RunSequenceCmd_CmdCode_Wait4400Ms = 172,
    brp_RunSequenceCmd_CmdCode_Wait4500Ms = 173,
    brp_RunSequenceCmd_CmdCode_Wait4600Ms = 174,
    brp_RunSequenceCmd_CmdCode_Wait4700Ms = 175,
    brp_RunSequenceCmd_CmdCode_Wait4800Ms = 176,
    brp_RunSequenceCmd_CmdCode_Wait4900Ms = 177,
    brp_RunSequenceCmd_CmdCode_Wait5000Ms = 178,
    brp_RunSequenceCmd_CmdCode_Wait5100Ms = 179,
    brp_RunSequenceCmd_CmdCode_Wait5200Ms = 180,
    brp_RunSequenceCmd_CmdCode_Wait5300Ms = 181,
    brp_RunSequenceCmd_CmdCode_Wait5400Ms = 182,
    brp_RunSequenceCmd_CmdCode_Wait5500Ms = 183,
    brp_RunSequenceCmd_CmdCode_Wait5600Ms = 184,
    brp_RunSequenceCmd_CmdCode_Wait5700Ms = 185,
    brp_RunSequenceCmd_CmdCode_Wait5800Ms = 186,
    brp_RunSequenceCmd_CmdCode_Wait5900Ms = 187,
    brp_RunSequenceCmd_CmdCode_Wait6000Ms = 188,
    brp_RunSequenceCmd_CmdCode_Wait6100Ms = 189,
    brp_RunSequenceCmd_CmdCode_Wait6200Ms = 190,
    brp_RunSequenceCmd_CmdCode_Wait6300Ms = 191,
    brp_RunSequenceCmd_CmdCode_undefined = -1
} brp_RunSequenceCmd_CmdCode;
static inline bool brp_RunSequenceCmd_CmdCode_is_valid(int val) {
    switch (val) {
        case 1: /* EnablePort*/
        case 2: /* DisablePort*/
        case 5: /* RepeatLoop*/
        case 8: /* WaitMs*/
        case 9: /* WaitSec*/
        case 16: /* EnablePortGreenLed*/
        case 17: /* EnablePortRedLed*/
        case 18: /* EnablePortBeeper*/
        case 19: /* EnablePortRelay*/
        case 22: /* EnablePortBlue*/
        case 32: /* DisablePortGreenLed*/
        case 33: /* DisablePortRedLed*/
        case 34: /* DisablePortBeeper*/
        case 35: /* DisablePortRelay*/
        case 38: /* DisablePortBlue*/
        case 48: /* InvertPortGreenLed*/
        case 49: /* InvertPortRedLed*/
        case 50: /* InvertPortBeeper*/
        case 51: /* InvertPortRelay*/
        case 54: /* InvertPortBlue*/
        case 81: /* Repeat1Times*/
        case 82: /* RepeatLoop2Times*/
        case 83: /* RepeatLoop3Times*/
        case 84: /* RepeatLoop4Times*/
        case 85: /* RepeatLoop5Times*/
        case 86: /* RepeatLoop6Times*/
        case 87: /* RepeatLoop7Times*/
        case 88: /* RepeatLoop8Times*/
        case 89: /* RepeatLoop9Times*/
        case 90: /* RepeatLoop10Times*/
        case 91: /* RepeatLoop11Times*/
        case 92: /* RepeatLoop12Times*/
        case 93: /* RepeatLoop13Times*/
        case 94: /* RepeatLoop14Times*/
        case 95: /* RepeatLoop15Times*/
        case 129: /* Wait100Ms*/
        case 130: /* Wait200Ms*/
        case 131: /* Wait300Ms*/
        case 132: /* Wait400Ms*/
        case 133: /* Wait500Ms*/
        case 134: /* Wait600Ms*/
        case 135: /* Wait700Ms*/
        case 136: /* Wait800Ms*/
        case 137: /* Wait900Ms*/
        case 138: /* Wait1000Ms*/
        case 139: /* Wait1100Ms*/
        case 140: /* Wait1200Ms*/
        case 141: /* Wait1300Ms*/
        case 142: /* Wait1400Ms*/
        case 143: /* Wait1500Ms*/
        case 144: /* Wait1600Ms*/
        case 145: /* Wait1700Ms*/
        case 146: /* Wait1800Ms*/
        case 147: /* Wait1900Ms*/
        case 148: /* Wait2000Ms*/
        case 149: /* Wait2100Ms*/
        case 150: /* Wait2200Ms*/
        case 151: /* Wait2300Ms*/
        case 152: /* Wait2400Ms*/
        case 153: /* Wait2500Ms*/
        case 154: /* Wait2600Ms*/
        case 155: /* Wait2700Ms*/
        case 156: /* Wait2800Ms*/
        case 157: /* Wait2900Ms*/
        case 158: /* Wait3000Ms*/
        case 159: /* Wait3100Ms*/
        case 160: /* Wait3200Ms*/
        case 161: /* Wait3300Ms*/
        case 162: /* Wait3400Ms*/
        case 163: /* Wait3500Ms*/
        case 164: /* Wait3600Ms*/
        case 165: /* Wait3700Ms*/
        case 166: /* Wait3800Ms*/
        case 167: /* Wait3900Ms*/
        case 168: /* Wait4000Ms*/
        case 169: /* Wait4100Ms*/
        case 170: /* Wait4200Ms*/
        case 171: /* Wait4300Ms*/
        case 172: /* Wait4400Ms*/
        case 173: /* Wait4500Ms*/
        case 174: /* Wait4600Ms*/
        case 175: /* Wait4700Ms*/
        case 176: /* Wait4800Ms*/
        case 177: /* Wait4900Ms*/
        case 178: /* Wait5000Ms*/
        case 179: /* Wait5100Ms*/
        case 180: /* Wait5200Ms*/
        case 181: /* Wait5300Ms*/
        case 182: /* Wait5400Ms*/
        case 183: /* Wait5500Ms*/
        case 184: /* Wait5600Ms*/
        case 185: /* Wait5700Ms*/
        case 186: /* Wait5800Ms*/
        case 187: /* Wait5900Ms*/
        case 188: /* Wait6000Ms*/
        case 189: /* Wait6100Ms*/
        case 190: /* Wait6200Ms*/
        case 191: /* Wait6300Ms*/
        case 241: /* EndOfSequence*/
        case 242: /* StartLoop*/
        case 243: /* OnStop*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_RunSequenceCmd_CmdCode CmdCode;
    unsigned RepeatCnt;
    unsigned Param;
    brp_IoPort SwitchIoPort;
} brp_RunSequenceCmd;
typedef enum {
    brp_FireEventAtPowerup_Never = 0,
    brp_FireEventAtPowerup_IfClear = 1,
    brp_FireEventAtPowerup_IfSet = 2,
    brp_FireEventAtPowerup_Always = 3,
    brp_FireEventAtPowerup_undefined = -1
} brp_FireEventAtPowerup;
static inline bool brp_FireEventAtPowerup_is_valid(int val) {
    switch (val) {
        case 0: /* Never*/
        case 1: /* IfClear*/
        case 2: /* IfSet*/
        case 3: /* Always*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_CardType_Default = 0,
    brp_CardType_MifareClassic = 16,
    brp_CardType_Iso14443aGeneric = 17,
    brp_CardType_Iso14443aInterIndustryLegacy = 18,
    brp_CardType_MifareUltraLight = 19,
    brp_CardType_MifareDesfire = 20,
    brp_CardType_InfineonSle55 = 21,
    brp_CardType_Iso14443aIntIndustry = 22,
    brp_CardType_MifarePlusL2 = 23,
    brp_CardType_LEGICAdvantIso14443a = 24,
    brp_CardType_MifarePlusL3 = 25,
    brp_CardType_LEGICPrimeLegacy = 32,
    brp_CardType_LEGICAdvantLegacy = 33,
    brp_CardType_Iso15693 = 48,
    brp_CardType_LEGICAdvantIso15693 = 50,
    brp_CardType_Iso14443bUnknown = 64,
    brp_CardType_Iso14443bIntIndustry = 65,
    brp_CardType_IClassIso14B = 66,
    brp_CardType_IClassIso14B2 = 80,
    brp_CardType_IClass = 96,
    brp_CardType_Felica = 112,
    brp_CardType_EM4205 = 128,
    brp_CardType_EM4100 = 129,
    brp_CardType_EM4450 = 131,
    brp_CardType_Pyramid = 132,
    brp_CardType_HidProx32 = 133,
    brp_CardType_Keri = 134,
    brp_CardType_Quadrakey = 135,
    brp_CardType_HidIndala = 136,
    brp_CardType_HidAwid = 137,
    brp_CardType_HidProx = 138,
    brp_CardType_HidIoprox = 139,
    brp_CardType_Hitag1S = 140,
    brp_CardType_Hitag2M = 141,
    brp_CardType_Hitag2B = 142,
    brp_CardType_TTF = 143,
    brp_CardType_STSRIX = 144,
    brp_CardType_SecuraKey = 160,
    brp_CardType_GProx = 161,
    brp_CardType_HidIndalaSecure = 162,
    brp_CardType_Cotag = 163,
    brp_CardType_Idteck = 164,
    brp_CardType_BluetoothMce = 176,
    brp_CardType_LEGICPrime = 192,
    brp_CardType_HidSio = 224,
    brp_CardType_Fido = 228,
    brp_CardType_Piv = 229,
    brp_CardType_DesfireForLegic = 230,
    brp_CardType_LEGICNeon = 231,
    brp_CardType_undefined = -1
} brp_CardType;
static inline bool brp_CardType_is_valid(int val) {
    switch (val) {
        case 0: /* Default*/
        case 16: /* MifareClassic*/
        case 17: /* Iso14443aGeneric*/
        case 18: /* Iso14443aInterIndustryLegacy*/
        case 19: /* MifareUltraLight*/
        case 20: /* MifareDesfire*/
        case 21: /* InfineonSle55*/
        case 22: /* Iso14443aIntIndustry*/
        case 23: /* MifarePlusL2*/
        case 24: /* LEGICAdvantIso14443a*/
        case 25: /* MifarePlusL3*/
        case 32: /* LEGICPrimeLegacy*/
        case 33: /* LEGICAdvantLegacy*/
        case 48: /* Iso15693*/
        case 50: /* LEGICAdvantIso15693*/
        case 64: /* Iso14443bUnknown*/
        case 65: /* Iso14443bIntIndustry*/
        case 66: /* IClassIso14B*/
        case 80: /* IClassIso14B2*/
        case 96: /* IClass*/
        case 112: /* Felica*/
        case 128: /* EM4205*/
        case 129: /* EM4100*/
        case 131: /* EM4450*/
        case 132: /* Pyramid*/
        case 133: /* HidProx32*/
        case 134: /* Keri*/
        case 135: /* Quadrakey*/
        case 136: /* HidIndala*/
        case 137: /* HidAwid*/
        case 138: /* HidProx*/
        case 139: /* HidIoprox*/
        case 140: /* Hitag1S*/
        case 141: /* Hitag2M*/
        case 142: /* Hitag2B*/
        case 143: /* TTF*/
        case 144: /* STSRIX*/
        case 160: /* SecuraKey*/
        case 161: /* GProx*/
        case 162: /* HidIndalaSecure*/
        case 163: /* Cotag*/
        case 164: /* Idteck*/
        case 176: /* BluetoothMce*/
        case 192: /* LEGICPrime*/
        case 224: /* HidSio*/
        case 228: /* Fido*/
        case 229: /* Piv*/
        case 230: /* DesfireForLegic*/
        case 231: /* LEGICNeon*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    bool LEGICPrime;
    bool BluetoothMce;
    bool Khz125Part2;
    bool Srix;
    bool Khz125Part1;
    bool Felica;
    bool IClass;
    bool IClassIso14B;
    bool Iso14443B;
    bool Iso15693;
    bool Iso14443A;
} brp_CardFamilies;
typedef enum {
    brp_DesfireFileDescription_FileCommunicationSecurity_Plain = 0,
    brp_DesfireFileDescription_FileCommunicationSecurity_Mac = 1,
    brp_DesfireFileDescription_FileCommunicationSecurity_Encrypted = 3,
    brp_DesfireFileDescription_FileCommunicationSecurity_undefined = -1
} brp_DesfireFileDescription_FileCommunicationSecurity;
static inline bool brp_DesfireFileDescription_FileCommunicationSecurity_is_valid(int val) {
    switch (val) {
        case 0: /* Plain*/
        case 1: /* Mac*/
        case 3: /* Encrypted*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DesfireFileDescription_FileType_Standard = 0,
    brp_DesfireFileDescription_FileType_Backup = 1,
    brp_DesfireFileDescription_FileType_BackupManualCommit = 2,
    brp_DesfireFileDescription_FileType_undefined = -1
} brp_DesfireFileDescription_FileType;
static inline bool brp_DesfireFileDescription_FileType_is_valid(int val) {
    switch (val) {
        case 0: /* Standard*/
        case 1: /* Backup*/
        case 2: /* BackupManualCommit*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    unsigned FileNo;
    brp_DesfireFileDescription_FileCommunicationSecurity FileCommunicationSecurity;
    brp_DesfireFileDescription_FileType FileType;
    unsigned ReadKeyNo;
    unsigned WriteKeyNo;
    unsigned Offset;
    unsigned Length;
    unsigned ReadKeyIdx;
    unsigned WriteKeyIdx;
    unsigned AccessRightsLowByte;
    unsigned ChangeKeyIdx;
    unsigned FileSize;
    unsigned IsoFid;
} brp_DesfireFileDescription;
typedef enum {
    brp_AuthReqUpload_Default = 0,
    brp_AuthReqUpload_None_ = 1,
    brp_AuthReqUpload_CustomerKey = 2,
    brp_AuthReqUpload_ConfigSecurityCode = 3,
    brp_AuthReqUpload_Version = 4,
    brp_AuthReqUpload_GreaterVersion = 5,
    brp_AuthReqUpload_undefined = -1
} brp_AuthReqUpload;
static inline bool brp_AuthReqUpload_is_valid(int val) {
    switch (val) {
        case 0: /* Default*/
        case 1: /* None_*/
        case 2: /* CustomerKey*/
        case 3: /* ConfigSecurityCode*/
        case 4: /* Version*/
        case 5: /* GreaterVersion*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_AutoReadMode_Disabled = 0,
    brp_AutoReadMode_Enabled = 1,
    brp_AutoReadMode_EnableOnce = 2,
    brp_AutoReadMode_EnableIfDefinedRules = 255,
    brp_AutoReadMode_undefined = -1
} brp_AutoReadMode;
static inline bool brp_AutoReadMode_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
        case 2: /* EnableOnce*/
        case 255: /* EnableIfDefinedRules*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    bool HostToHostAccess;
    bool AutoreadAccess;
    bool CryptoAccess;
    bool Bf2Upload;
    bool ExtendedAccess;
    bool FlashFileSystemWrite;
    bool FlashFileSystemRead;
    bool RtcWrite;
    bool VhlExchangeapdu;
    bool VhlFormat;
    bool VhlWrite;
    bool VhlRead;
    bool VhlSelect;
    bool ExtSamAccess;
    bool HfLowlevelAccess;
    bool GuiAccess;
    bool IoPortWrite;
    bool IoPortRead;
    bool ConfigReset;
    bool ConfigWrite;
    bool ConfigRead;
    bool SysReset;
    bool SetAccessConditionMask2;
    bool SetAccessConditionMask1;
    bool SetAccessConditionMask0;
    bool SetKey3;
    bool SetKey2;
    bool SetKey1;
    bool FactoryReset;
} brp_HostSecurityAccessConditionBits;
typedef struct {
    bool RequireContinuousIv;
    bool RequireEncrypted;
    bool RequireMac;
    bool RequireSessionKey;
} brp_HostSecurityAuthenticationMode;
typedef struct {
    unsigned FirmwareID;
    unsigned SmallestBlockedFwVersionMajor;
    unsigned SmallestBlockedFwVersionMinor;
    unsigned SmallestBlockedFwVersionBuild;
    unsigned GreatestBlockedFwVersionMajor;
    unsigned GreatestBlockedFwVersionMinor;
    unsigned GreatestBlockedFwVersionBuild;
} brp_FirmwareVersion;
typedef struct {
    bool ContainsTransitionTime;
    bool IsPulse;
    bool ContainsPhysicalLedSelection;
} brp_VirtualLedDefinition_Mode;
typedef enum {
    brp_VirtualLedDefinition_PhysicalLedSelection_Right = 1,
    brp_VirtualLedDefinition_PhysicalLedSelection_Left = 2,
    brp_VirtualLedDefinition_PhysicalLedSelection_All = 3,
    brp_VirtualLedDefinition_PhysicalLedSelection_undefined = -1
} brp_VirtualLedDefinition_PhysicalLedSelection;
static inline bool brp_VirtualLedDefinition_PhysicalLedSelection_is_valid(int val) {
    switch (val) {
        case 1: /* Right*/
        case 2: /* Left*/
        case 3: /* All*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_VirtualLedDefinition_Mode Mode;
    unsigned RgbColor;
    brp_VirtualLedDefinition_PhysicalLedSelection PhysicalLedSelection;
    unsigned RgbColor2;
    unsigned TransitionTime;
} brp_VirtualLedDefinition;
typedef struct {
    bool Ble;
    bool BleLicRequired;
    bool HidOnlyForSE;
    bool Hid;
} brp_LicenseBitMask;
typedef struct {
    brp_buf CharacteristicUUID;
    size_t CharacteristicUUID_len;
    bool SupportsIndicate;
    bool SupportsNotify;
    bool SupportsWrite;
    bool SupportsWriteNoResponse;
    bool SupportsRead;
    bool VariableSize;
    unsigned Size;
} brp_BlePeriph_DefineService_Characteristics_Entry;
typedef enum {
    brp_BlePeriph_IsConnected_AddressType_Public = 0,
    brp_BlePeriph_IsConnected_AddressType_RandomStatic = 1,
    brp_BlePeriph_IsConnected_AddressType_RandomResolvable = 2,
    brp_BlePeriph_IsConnected_AddressType_RandomNonResolvable = 3,
    brp_BlePeriph_IsConnected_AddressType_undefined = -1
} brp_BlePeriph_IsConnected_AddressType;
static inline bool brp_BlePeriph_IsConnected_AddressType_is_valid(int val) {
    switch (val) {
        case 0: /* Public*/
        case 1: /* RandomStatic*/
        case 2: /* RandomResolvable*/
        case 3: /* RandomNonResolvable*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_ExecCommand_CryptoMode_Plain = 0,
    brp_Desfire_ExecCommand_CryptoMode_MAC = 1,
    brp_Desfire_ExecCommand_CryptoMode_Encrypted = 3,
    brp_Desfire_ExecCommand_CryptoMode_undefined = -1
} brp_Desfire_ExecCommand_CryptoMode;
static inline bool brp_Desfire_ExecCommand_CryptoMode_is_valid(int val) {
    switch (val) {
        case 0: /* Plain*/
        case 1: /* MAC*/
        case 3: /* Encrypted*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_Authenticate_SecureMessaging_Native = 1,
    brp_Desfire_Authenticate_SecureMessaging_EV1 = 0,
    brp_Desfire_Authenticate_SecureMessaging_EV2 = 2,
    brp_Desfire_Authenticate_SecureMessaging_undefined = -1
} brp_Desfire_Authenticate_SecureMessaging;
static inline bool brp_Desfire_Authenticate_SecureMessaging_is_valid(int val) {
    switch (val) {
        case 0: /* EV1*/
        case 1: /* Native*/
        case 2: /* EV2*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_Authenticate_KeyDivMode_NoDiv = 0,
    brp_Desfire_Authenticate_KeyDivMode_SamAV1OneRound = 1,
    brp_Desfire_Authenticate_KeyDivMode_SamAV1TwoRounds = 2,
    brp_Desfire_Authenticate_KeyDivMode_SamAV2 = 3,
    brp_Desfire_Authenticate_KeyDivMode_undefined = -1
} brp_Desfire_Authenticate_KeyDivMode;
static inline bool brp_Desfire_Authenticate_KeyDivMode_is_valid(int val) {
    switch (val) {
        case 0: /* NoDiv*/
        case 1: /* SamAV1OneRound*/
        case 2: /* SamAV1TwoRounds*/
        case 3: /* SamAV2*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_AuthExtKey_SecureMessaging_Native = 1,
    brp_Desfire_AuthExtKey_SecureMessaging_EV1 = 0,
    brp_Desfire_AuthExtKey_SecureMessaging_EV2 = 2,
    brp_Desfire_AuthExtKey_SecureMessaging_undefined = -1
} brp_Desfire_AuthExtKey_SecureMessaging;
static inline bool brp_Desfire_AuthExtKey_SecureMessaging_is_valid(int val) {
    switch (val) {
        case 0: /* EV1*/
        case 1: /* Native*/
        case 2: /* EV2*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_AuthExtKey_CryptoMode_DES = 1,
    brp_Desfire_AuthExtKey_CryptoMode_TripleDES = 2,
    brp_Desfire_AuthExtKey_CryptoMode_ThreeKeyTripleDES = 3,
    brp_Desfire_AuthExtKey_CryptoMode_AES = 4,
    brp_Desfire_AuthExtKey_CryptoMode_undefined = -1
} brp_Desfire_AuthExtKey_CryptoMode;
static inline bool brp_Desfire_AuthExtKey_CryptoMode_is_valid(int val) {
    switch (val) {
        case 1: /* DES*/
        case 2: /* TripleDES*/
        case 3: /* ThreeKeyTripleDES*/
        case 4: /* AES*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_ReadData_Mode_Plain = 0,
    brp_Desfire_ReadData_Mode_MAC = 1,
    brp_Desfire_ReadData_Mode_Encrypted = 3,
    brp_Desfire_ReadData_Mode_undefined = -1
} brp_Desfire_ReadData_Mode;
static inline bool brp_Desfire_ReadData_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* Plain*/
        case 1: /* MAC*/
        case 3: /* Encrypted*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_WriteData_Mode_Plain = 0,
    brp_Desfire_WriteData_Mode_MAC = 1,
    brp_Desfire_WriteData_Mode_Encrypted = 3,
    brp_Desfire_WriteData_Mode_undefined = -1
} brp_Desfire_WriteData_Mode;
static inline bool brp_Desfire_WriteData_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* Plain*/
        case 1: /* MAC*/
        case 3: /* Encrypted*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_ChangeExtKey_MasterKeyType_DESorTripleDES = 0,
    brp_Desfire_ChangeExtKey_MasterKeyType_ThreeKeyTripleDES = 1,
    brp_Desfire_ChangeExtKey_MasterKeyType_AES = 2,
    brp_Desfire_ChangeExtKey_MasterKeyType_undefined = -1
} brp_Desfire_ChangeExtKey_MasterKeyType;
static inline bool brp_Desfire_ChangeExtKey_MasterKeyType_is_valid(int val) {
    switch (val) {
        case 0: /* DESorTripleDES*/
        case 1: /* ThreeKeyTripleDES*/
        case 2: /* AES*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_ChangeKey_NewKeyDivMode_SamAv1OneRound = 0,
    brp_Desfire_ChangeKey_NewKeyDivMode_SamAv1TwoRounds = 1,
    brp_Desfire_ChangeKey_NewKeyDivMode_SamAv2 = 2,
    brp_Desfire_ChangeKey_NewKeyDivMode_undefined = -1
} brp_Desfire_ChangeKey_NewKeyDivMode;
static inline bool brp_Desfire_ChangeKey_NewKeyDivMode_is_valid(int val) {
    switch (val) {
        case 0: /* SamAv1OneRound*/
        case 1: /* SamAv1TwoRounds*/
        case 2: /* SamAv2*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_ChangeKey_CurKeyDivMode_SamAv1OneRound = 0,
    brp_Desfire_ChangeKey_CurKeyDivMode_SamAv1TwoRounds = 1,
    brp_Desfire_ChangeKey_CurKeyDivMode_SamAv2 = 2,
    brp_Desfire_ChangeKey_CurKeyDivMode_undefined = -1
} brp_Desfire_ChangeKey_CurKeyDivMode;
static inline bool brp_Desfire_ChangeKey_CurKeyDivMode_is_valid(int val) {
    switch (val) {
        case 0: /* SamAv1OneRound*/
        case 1: /* SamAv1TwoRounds*/
        case 2: /* SamAv2*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Desfire_SetFraming_CommMode_DESFireNative = 1,
    brp_Desfire_SetFraming_CommMode_ISO7816Compatible = 2,
    brp_Desfire_SetFraming_CommMode_undefined = -1
} brp_Desfire_SetFraming_CommMode;
static inline bool brp_Desfire_SetFraming_CommMode_is_valid(int val) {
    switch (val) {
        case 1: /* DESFireNative*/
        case 2: /* ISO7816Compatible*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    unsigned AppId;
    unsigned IsoFileId;
    brp_buf IsoDfName;
    size_t IsoDfName_len;
} brp_Desfire_GetDfNames_AppNr_Entry;
#ifdef BALTECH_SDK_INTERNAL

typedef enum {
    brp_DHWCtrl_EthGetCommMode_Speed_Unknown = 0,
    brp_DHWCtrl_EthGetCommMode_Speed_Mbit10 = 1,
    brp_DHWCtrl_EthGetCommMode_Speed_Mbit100 = 2,
    brp_DHWCtrl_EthGetCommMode_Speed_Mbit1000 = 3,
    brp_DHWCtrl_EthGetCommMode_Speed_undefined = -1
} brp_DHWCtrl_EthGetCommMode_Speed;
static inline bool brp_DHWCtrl_EthGetCommMode_Speed_is_valid(int val) {
    switch (val) {
        case 0: /* Unknown*/
        case 1: /* Mbit10*/
        case 2: /* Mbit100*/
        case 3: /* Mbit1000*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrl_EthGetCommMode_Duplex_Unknown = 0,
    brp_DHWCtrl_EthGetCommMode_Duplex_Half = 1,
    brp_DHWCtrl_EthGetCommMode_Duplex_Full = 2,
    brp_DHWCtrl_EthGetCommMode_Duplex_undefined = -1
} brp_DHWCtrl_EthGetCommMode_Duplex;
static inline bool brp_DHWCtrl_EthGetCommMode_Duplex_is_valid(int val) {
    switch (val) {
        case 0: /* Unknown*/
        case 1: /* Half*/
        case 2: /* Full*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrl_GpioConfigure_Mode_OutputLow = 0,
    brp_DHWCtrl_GpioConfigure_Mode_OutputHigh = 1,
    brp_DHWCtrl_GpioConfigure_Mode_InputFloating = 2,
    brp_DHWCtrl_GpioConfigure_Mode_InputPullUp = 3,
    brp_DHWCtrl_GpioConfigure_Mode_InputPullDown = 4,
    brp_DHWCtrl_GpioConfigure_Mode_OpenDrain = 5,
    brp_DHWCtrl_GpioConfigure_Mode_Disabled = 255,
    brp_DHWCtrl_GpioConfigure_Mode_undefined = -1
} brp_DHWCtrl_GpioConfigure_Mode;
static inline bool brp_DHWCtrl_GpioConfigure_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* OutputLow*/
        case 1: /* OutputHigh*/
        case 2: /* InputFloating*/
        case 3: /* InputPullUp*/
        case 4: /* InputPullDown*/
        case 5: /* OpenDrain*/
        case 255: /* Disabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrl_UsbHostWaitPortStatus_Speed_NoDevice = 0,
    brp_DHWCtrl_UsbHostWaitPortStatus_Speed_Low = 1,
    brp_DHWCtrl_UsbHostWaitPortStatus_Speed_Full = 2,
    brp_DHWCtrl_UsbHostWaitPortStatus_Speed_High = 3,
    brp_DHWCtrl_UsbHostWaitPortStatus_Speed_undefined = -1
} brp_DHWCtrl_UsbHostWaitPortStatus_Speed;
static inline bool brp_DHWCtrl_UsbHostWaitPortStatus_Speed_is_valid(int val) {
    switch (val) {
        case 0: /* NoDevice*/
        case 1: /* Low*/
        case 2: /* Full*/
        case 3: /* High*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrl_SpiActivate_Cpol_IdleLow = 0,
    brp_DHWCtrl_SpiActivate_Cpol_IdleHigh = 1,
    brp_DHWCtrl_SpiActivate_Cpol_undefined = -1
} brp_DHWCtrl_SpiActivate_Cpol;
static inline bool brp_DHWCtrl_SpiActivate_Cpol_is_valid(int val) {
    switch (val) {
        case 0: /* IdleLow*/
        case 1: /* IdleHigh*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrl_SpiActivate_Cpha_SampleOnFirstEdge = 0,
    brp_DHWCtrl_SpiActivate_Cpha_SampleOnSecondEdge = 1,
    brp_DHWCtrl_SpiActivate_Cpha_undefined = -1
} brp_DHWCtrl_SpiActivate_Cpha;
static inline bool brp_DHWCtrl_SpiActivate_Cpha_is_valid(int val) {
    switch (val) {
        case 0: /* SampleOnFirstEdge*/
        case 1: /* SampleOnSecondEdge*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_EM_DecodeCfg_RxMod_Unknown = 0,
    brp_EM_DecodeCfg_RxMod_Manchester = 16,
    brp_EM_DecodeCfg_RxMod_Biphase = 32,
    brp_EM_DecodeCfg_RxMod_NRZ = 48,
    brp_EM_DecodeCfg_RxMod_undefined = -1
} brp_EM_DecodeCfg_RxMod;
static inline bool brp_EM_DecodeCfg_RxMod_is_valid(int val) {
    switch (val) {
        case 0: /* Unknown*/
        case 16: /* Manchester*/
        case 32: /* Biphase*/
        case 48: /* NRZ*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Eth_GetTcpConnectionStatus_Status_NotConnected = 0,
    brp_Eth_GetTcpConnectionStatus_Status_ConnectionTrialRunning = 1,
    brp_Eth_GetTcpConnectionStatus_Status_Connected = 2,
    brp_Eth_GetTcpConnectionStatus_Status_undefined = -1
} brp_Eth_GetTcpConnectionStatus_Status;
static inline bool brp_Eth_GetTcpConnectionStatus_Status_is_valid(int val) {
    switch (val) {
        case 0: /* NotConnected*/
        case 1: /* ConnectionTrialRunning*/
        case 2: /* Connected*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Eth_OpenTcpConnection_ConnectionReason_Powerup = 1,
    brp_Eth_OpenTcpConnection_ConnectionReason_LinkChange = 2,
    brp_Eth_OpenTcpConnection_ConnectionReason_SessionkeyTimeout = 4,
    brp_Eth_OpenTcpConnection_ConnectionReason_Message = 8,
    brp_Eth_OpenTcpConnection_ConnectionReason_UdpIntrospection = 16,
    brp_Eth_OpenTcpConnection_ConnectionReason_Reset = 32,
    brp_Eth_OpenTcpConnection_ConnectionReason_FailedConnectionTrials = 32768,
    brp_Eth_OpenTcpConnection_ConnectionReason_undefined = -1
} brp_Eth_OpenTcpConnection_ConnectionReason;
static inline bool brp_Eth_OpenTcpConnection_ConnectionReason_is_valid(int val) {
    switch (val) {
        case 1: /* Powerup*/
        case 2: /* LinkChange*/
        case 4: /* SessionkeyTimeout*/
        case 8: /* Message*/
        case 16: /* UdpIntrospection*/
        case 32: /* Reset*/
        case 32768: /* FailedConnectionTrials*/
            return true;
        default:
            return false;
    }
}
#endif  // BALTECH_SDK_INTERNAL

typedef enum {
    brp_Felica_GenericCmd_FastBaud_Kbps212 = 0,
    brp_Felica_GenericCmd_FastBaud_Kbps424 = 1,
    brp_Felica_GenericCmd_FastBaud_undefined = -1
} brp_Felica_GenericCmd_FastBaud;
static inline bool brp_Felica_GenericCmd_FastBaud_is_valid(int val) {
    switch (val) {
        case 0: /* Kbps212*/
        case 1: /* Kbps424*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Felica_Request_FastBaud_Kbps212 = 0,
    brp_Felica_Request_FastBaud_Kbps424 = 1,
    brp_Felica_Request_FastBaud_undefined = -1
} brp_Felica_Request_FastBaud;
static inline bool brp_Felica_Request_FastBaud_is_valid(int val) {
    switch (val) {
        case 0: /* Kbps212*/
        case 1: /* Kbps424*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_buf NFCID;
    size_t NFCID_len;
} brp_Felica_Request_Labels_Entry;
#ifdef BALTECH_SDK_INTERNAL

typedef enum {
    brp_Hitag_Request_TagType_HitagS = 0,
    brp_Hitag_Request_TagType_Hitag1 = 1,
    brp_Hitag_Request_TagType_Hitag2Manchester = 2,
    brp_Hitag_Request_TagType_Hitag2Biphase = 3,
    brp_Hitag_Request_TagType_undefined = -1
} brp_Hitag_Request_TagType;
static inline bool brp_Hitag_Request_TagType_is_valid(int val) {
    switch (val) {
        case 0: /* HitagS*/
        case 1: /* Hitag1*/
        case 2: /* Hitag2Manchester*/
        case 3: /* Hitag2Biphase*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Hitag_Request_Mode_StdHtg12S = 0,
    brp_Hitag_Request_Mode_AdvHtg1S = 1,
    brp_Hitag_Request_Mode_FAdvHS = 2,
    brp_Hitag_Request_Mode_undefined = -1
} brp_Hitag_Request_Mode;
static inline bool brp_Hitag_Request_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* StdHtg12S*/
        case 1: /* AdvHtg1S*/
        case 2: /* FAdvHS*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Hitag_Select_SelMode_Select = 0,
    brp_Hitag_Select_SelMode_Quiet = 1,
    brp_Hitag_Select_SelMode_AuthPwd = 2,
    brp_Hitag_Select_SelMode_H2AuthOnlyPwd = 3,
    brp_Hitag_Select_SelMode_undefined = -1
} brp_Hitag_Select_SelMode;
static inline bool brp_Hitag_Select_SelMode_is_valid(int val) {
    switch (val) {
        case 0: /* Select*/
        case 1: /* Quiet*/
        case 2: /* AuthPwd*/
        case 3: /* H2AuthOnlyPwd*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14a_RequestLegacy_UIDSize_SingleSize = 0,
    brp_Iso14a_RequestLegacy_UIDSize_DoubleSize = 1,
    brp_Iso14a_RequestLegacy_UIDSize_TripleSize = 2,
    brp_Iso14a_RequestLegacy_UIDSize_undefined = -1
} brp_Iso14a_RequestLegacy_UIDSize;
static inline bool brp_Iso14a_RequestLegacy_UIDSize_is_valid(int val) {
    switch (val) {
        case 0: /* SingleSize*/
        case 1: /* DoubleSize*/
        case 2: /* TripleSize*/
            return true;
        default:
            return false;
    }
}
#endif  // BALTECH_SDK_INTERNAL

typedef enum {
    brp_Iso14a_RequestATS_FSDI_Bytes16 = 0,
    brp_Iso14a_RequestATS_FSDI_Bytes24 = 1,
    brp_Iso14a_RequestATS_FSDI_Bytes32 = 2,
    brp_Iso14a_RequestATS_FSDI_Bytes40 = 3,
    brp_Iso14a_RequestATS_FSDI_Bytes48 = 4,
    brp_Iso14a_RequestATS_FSDI_Bytes64 = 5,
    brp_Iso14a_RequestATS_FSDI_Bytes96 = 6,
    brp_Iso14a_RequestATS_FSDI_Bytes128 = 7,
    brp_Iso14a_RequestATS_FSDI_Bytes256 = 8,
    brp_Iso14a_RequestATS_FSDI_undefined = -1
} brp_Iso14a_RequestATS_FSDI;
static inline bool brp_Iso14a_RequestATS_FSDI_is_valid(int val) {
    switch (val) {
        case 0: /* Bytes16*/
        case 1: /* Bytes24*/
        case 2: /* Bytes32*/
        case 3: /* Bytes40*/
        case 4: /* Bytes48*/
        case 5: /* Bytes64*/
        case 6: /* Bytes96*/
        case 7: /* Bytes128*/
        case 8: /* Bytes256*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Request_TimeSlots_TimeSlots1 = 0,
    brp_Iso14b_Request_TimeSlots_TimeSlots2 = 1,
    brp_Iso14b_Request_TimeSlots_TimeSlots4 = 2,
    brp_Iso14b_Request_TimeSlots_TimeSlots8 = 3,
    brp_Iso14b_Request_TimeSlots_TimeSlots16 = 4,
    brp_Iso14b_Request_TimeSlots_undefined = -1
} brp_Iso14b_Request_TimeSlots;
static inline bool brp_Iso14b_Request_TimeSlots_is_valid(int val) {
    switch (val) {
        case 0: /* TimeSlots1*/
        case 1: /* TimeSlots2*/
        case 2: /* TimeSlots4*/
        case 3: /* TimeSlots8*/
        case 4: /* TimeSlots16*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Request_FSCI_Bytes16 = 0,
    brp_Iso14b_Request_FSCI_Bytes24 = 1,
    brp_Iso14b_Request_FSCI_Bytes32 = 2,
    brp_Iso14b_Request_FSCI_Bytes40 = 3,
    brp_Iso14b_Request_FSCI_Bytes48 = 4,
    brp_Iso14b_Request_FSCI_Bytes64 = 5,
    brp_Iso14b_Request_FSCI_Bytes96 = 6,
    brp_Iso14b_Request_FSCI_Bytes128 = 7,
    brp_Iso14b_Request_FSCI_Bytes256 = 8,
    brp_Iso14b_Request_FSCI_undefined = -1
} brp_Iso14b_Request_FSCI;
static inline bool brp_Iso14b_Request_FSCI_is_valid(int val) {
    switch (val) {
        case 0: /* Bytes16*/
        case 1: /* Bytes24*/
        case 2: /* Bytes32*/
        case 3: /* Bytes40*/
        case 4: /* Bytes48*/
        case 5: /* Bytes64*/
        case 6: /* Bytes96*/
        case 7: /* Bytes128*/
        case 8: /* Bytes256*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Request_ProtType_NoISO14443L4Support = 0,
    brp_Iso14b_Request_ProtType_ISO14443L4Support = 1,
    brp_Iso14b_Request_ProtType_undefined = -1
} brp_Iso14b_Request_ProtType;
static inline bool brp_Iso14b_Request_ProtType_is_valid(int val) {
    switch (val) {
        case 0: /* NoISO14443L4Support*/
        case 1: /* ISO14443L4Support*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Request_FWI_Us302 = 0,
    brp_Iso14b_Request_FWI_Us604 = 1,
    brp_Iso14b_Request_FWI_Us1208 = 2,
    brp_Iso14b_Request_FWI_Us2416 = 3,
    brp_Iso14b_Request_FWI_Us4832 = 4,
    brp_Iso14b_Request_FWI_Us9664 = 5,
    brp_Iso14b_Request_FWI_Ms19 = 6,
    brp_Iso14b_Request_FWI_Ms39 = 7,
    brp_Iso14b_Request_FWI_Ms77 = 8,
    brp_Iso14b_Request_FWI_Ms155 = 9,
    brp_Iso14b_Request_FWI_Ms309 = 10,
    brp_Iso14b_Request_FWI_Ms618 = 11,
    brp_Iso14b_Request_FWI_Ms1237 = 12,
    brp_Iso14b_Request_FWI_Ms2474 = 13,
    brp_Iso14b_Request_FWI_Ms4948 = 14,
    brp_Iso14b_Request_FWI_undefined = -1
} brp_Iso14b_Request_FWI;
static inline bool brp_Iso14b_Request_FWI_is_valid(int val) {
    switch (val) {
        case 0: /* Us302*/
        case 1: /* Us604*/
        case 2: /* Us1208*/
        case 3: /* Us2416*/
        case 4: /* Us4832*/
        case 5: /* Us9664*/
        case 6: /* Ms19*/
        case 7: /* Ms39*/
        case 8: /* Ms77*/
        case 9: /* Ms155*/
        case 10: /* Ms309*/
        case 11: /* Ms618*/
        case 12: /* Ms1237*/
        case 13: /* Ms2474*/
        case 14: /* Ms4948*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Request_SFGI_Us302 = 0,
    brp_Iso14b_Request_SFGI_Us604 = 1,
    brp_Iso14b_Request_SFGI_Us1208 = 2,
    brp_Iso14b_Request_SFGI_Us2416 = 3,
    brp_Iso14b_Request_SFGI_Us4832 = 4,
    brp_Iso14b_Request_SFGI_Us9664 = 5,
    brp_Iso14b_Request_SFGI_Ms19 = 6,
    brp_Iso14b_Request_SFGI_Ms39 = 7,
    brp_Iso14b_Request_SFGI_Ms77 = 8,
    brp_Iso14b_Request_SFGI_Ms155 = 9,
    brp_Iso14b_Request_SFGI_Ms309 = 10,
    brp_Iso14b_Request_SFGI_Ms618 = 11,
    brp_Iso14b_Request_SFGI_Ms1237 = 12,
    brp_Iso14b_Request_SFGI_Ms2474 = 13,
    brp_Iso14b_Request_SFGI_Ms4948 = 14,
    brp_Iso14b_Request_SFGI_undefined = -1
} brp_Iso14b_Request_SFGI;
static inline bool brp_Iso14b_Request_SFGI_is_valid(int val) {
    switch (val) {
        case 0: /* Us302*/
        case 1: /* Us604*/
        case 2: /* Us1208*/
        case 3: /* Us2416*/
        case 4: /* Us4832*/
        case 5: /* Us9664*/
        case 6: /* Ms19*/
        case 7: /* Ms39*/
        case 8: /* Ms77*/
        case 9: /* Ms155*/
        case 10: /* Ms309*/
        case 11: /* Ms618*/
        case 12: /* Ms1237*/
        case 13: /* Ms2474*/
        case 14: /* Ms4948*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_buf PUPI;
    brp_buf AppData;
    bool Synced;
    bool Send848;
    bool Send424;
    bool Send212;
    bool Recv848;
    bool Recv424;
    bool Recv212;
    brp_Iso14b_Request_FSCI FSCI;
    brp_Iso14b_Request_ProtType ProtType;
    brp_Iso14b_Request_FWI FWI;
    unsigned ADC;
    bool NAD;
    bool CID;
    brp_Iso14b_Request_SFGI SFGI;
} brp_Iso14b_Request_ValueList_Entry;
typedef enum {
    brp_Iso14b_Attrib_TR0_Numerator64 = 0,
    brp_Iso14b_Attrib_TR0_Numerator48 = 1,
    brp_Iso14b_Attrib_TR0_Numerator16 = 2,
    brp_Iso14b_Attrib_TR0_undefined = -1
} brp_Iso14b_Attrib_TR0;
static inline bool brp_Iso14b_Attrib_TR0_is_valid(int val) {
    switch (val) {
        case 0: /* Numerator64*/
        case 1: /* Numerator48*/
        case 2: /* Numerator16*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Attrib_TR1_Numerator80 = 0,
    brp_Iso14b_Attrib_TR1_Numerator64 = 1,
    brp_Iso14b_Attrib_TR1_Numerator16 = 2,
    brp_Iso14b_Attrib_TR1_undefined = -1
} brp_Iso14b_Attrib_TR1;
static inline bool brp_Iso14b_Attrib_TR1_is_valid(int val) {
    switch (val) {
        case 0: /* Numerator80*/
        case 1: /* Numerator64*/
        case 2: /* Numerator16*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Attrib_EOF__EOFrequired = 0,
    brp_Iso14b_Attrib_EOF__EOFoptional = 1,
    brp_Iso14b_Attrib_EOF__undefined = -1
} brp_Iso14b_Attrib_EOF_;
static inline bool brp_Iso14b_Attrib_EOF__is_valid(int val) {
    switch (val) {
        case 0: /* EOFrequired*/
        case 1: /* EOFoptional*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Attrib_SOF_SOFrequired = 0,
    brp_Iso14b_Attrib_SOF_SOFoptional = 1,
    brp_Iso14b_Attrib_SOF_undefined = -1
} brp_Iso14b_Attrib_SOF;
static inline bool brp_Iso14b_Attrib_SOF_is_valid(int val) {
    switch (val) {
        case 0: /* SOFrequired*/
        case 1: /* SOFoptional*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14b_Attrib_FSDI_Bytes16 = 0,
    brp_Iso14b_Attrib_FSDI_Bytes24 = 1,
    brp_Iso14b_Attrib_FSDI_Bytes32 = 2,
    brp_Iso14b_Attrib_FSDI_Bytes40 = 3,
    brp_Iso14b_Attrib_FSDI_Bytes48 = 4,
    brp_Iso14b_Attrib_FSDI_Bytes64 = 5,
    brp_Iso14b_Attrib_FSDI_Bytes96 = 6,
    brp_Iso14b_Attrib_FSDI_Bytes128 = 7,
    brp_Iso14b_Attrib_FSDI_Bytes256 = 8,
    brp_Iso14b_Attrib_FSDI_undefined = -1
} brp_Iso14b_Attrib_FSDI;
static inline bool brp_Iso14b_Attrib_FSDI_is_valid(int val) {
    switch (val) {
        case 0: /* Bytes16*/
        case 1: /* Bytes24*/
        case 2: /* Bytes32*/
        case 3: /* Bytes40*/
        case 4: /* Bytes48*/
        case 5: /* Bytes64*/
        case 6: /* Bytes96*/
        case 7: /* Bytes128*/
        case 8: /* Bytes256*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14L4_SetupAPDU_FSCI_Bytes16 = 0,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes24 = 1,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes32 = 2,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes40 = 3,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes48 = 4,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes64 = 5,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes96 = 6,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes128 = 7,
    brp_Iso14L4_SetupAPDU_FSCI_Bytes256 = 8,
    brp_Iso14L4_SetupAPDU_FSCI_undefined = -1
} brp_Iso14L4_SetupAPDU_FSCI;
static inline bool brp_Iso14L4_SetupAPDU_FSCI_is_valid(int val) {
    switch (val) {
        case 0: /* Bytes16*/
        case 1: /* Bytes24*/
        case 2: /* Bytes32*/
        case 3: /* Bytes40*/
        case 4: /* Bytes48*/
        case 5: /* Bytes64*/
        case 6: /* Bytes96*/
        case 7: /* Bytes128*/
        case 8: /* Bytes256*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Iso14L4_SetupAPDU_FWI_Us302 = 0,
    brp_Iso14L4_SetupAPDU_FWI_Us604 = 1,
    brp_Iso14L4_SetupAPDU_FWI_Us1208 = 2,
    brp_Iso14L4_SetupAPDU_FWI_Us2416 = 3,
    brp_Iso14L4_SetupAPDU_FWI_Us4832 = 4,
    brp_Iso14L4_SetupAPDU_FWI_Us9664 = 5,
    brp_Iso14L4_SetupAPDU_FWI_Ms19 = 6,
    brp_Iso14L4_SetupAPDU_FWI_Ms39 = 7,
    brp_Iso14L4_SetupAPDU_FWI_Ms77 = 8,
    brp_Iso14L4_SetupAPDU_FWI_Ms155 = 9,
    brp_Iso14L4_SetupAPDU_FWI_Ms309 = 10,
    brp_Iso14L4_SetupAPDU_FWI_Ms618 = 11,
    brp_Iso14L4_SetupAPDU_FWI_Ms1237 = 12,
    brp_Iso14L4_SetupAPDU_FWI_Ms2474 = 13,
    brp_Iso14L4_SetupAPDU_FWI_Ms4948 = 14,
    brp_Iso14L4_SetupAPDU_FWI_undefined = -1
} brp_Iso14L4_SetupAPDU_FWI;
static inline bool brp_Iso14L4_SetupAPDU_FWI_is_valid(int val) {
    switch (val) {
        case 0: /* Us302*/
        case 1: /* Us604*/
        case 2: /* Us1208*/
        case 3: /* Us2416*/
        case 4: /* Us4832*/
        case 5: /* Us9664*/
        case 6: /* Ms19*/
        case 7: /* Ms39*/
        case 8: /* Ms77*/
        case 9: /* Ms155*/
        case 10: /* Ms309*/
        case 11: /* Ms618*/
        case 12: /* Ms1237*/
        case 13: /* Ms2474*/
        case 14: /* Ms4948*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_buf UID;
    unsigned DSFID;
} brp_Iso15_GetUIDList_Labels_Entry;
typedef enum {
    brp_Iso15_SetMode_Mode_Unaddressed = 0,
    brp_Iso15_SetMode_Mode_Addressed = 1,
    brp_Iso15_SetMode_Mode_Selected = 2,
    brp_Iso15_SetMode_Mode_undefined = -1
} brp_Iso15_SetMode_Mode;
static inline bool brp_Iso15_SetMode_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* Unaddressed*/
        case 1: /* Addressed*/
        case 2: /* Selected*/
            return true;
        default:
            return false;
    }
}
#ifdef BALTECH_SDK_INTERNAL

typedef struct {
    brp_buf BlockData;
    unsigned BlockSecData;
} brp_Iso15_ReadBlock_Data_Entry;
#endif  // BALTECH_SDK_INTERNAL

typedef struct {
    brp_buf WriteBlock;
    size_t WriteBlock_len;
} brp_Iso15_WriteMultipleBlocks_WriteBlocks_Entry;
typedef struct {
    brp_buf RecvBlock;
    size_t RecvBlock_len;
} brp_Iso15_ReadMultipleBlocks_RecvBlocks_Entry;
typedef enum {
    brp_Iso78_OpenSam_LID_AV2 = 0,
    brp_Iso78_OpenSam_LID_HID = 1,
    brp_Iso78_OpenSam_LID_Gen1 = 16,
    brp_Iso78_OpenSam_LID_Gen2 = 17,
    brp_Iso78_OpenSam_LID_undefined = -1
} brp_Iso78_OpenSam_LID;
static inline bool brp_Iso78_OpenSam_LID_is_valid(int val) {
    switch (val) {
        case 0: /* AV2*/
        case 1: /* HID*/
        case 16: /* Gen1*/
        case 17: /* Gen2*/
            return true;
        default:
            return false;
    }
}
#ifdef BALTECH_SDK_INTERNAL

typedef enum {
    brp_Main_Bf2Upload_ResultCode_Success = 0,
    brp_Main_Bf2Upload_ResultCode_InvalidChecksum = 1,
    brp_Main_Bf2Upload_ResultCode_ProgrammingTimeout = 2,
    brp_Main_Bf2Upload_ResultCode_VerifyTimeout = 3,
    brp_Main_Bf2Upload_ResultCode_UnsupportedCodeType = 4,
    brp_Main_Bf2Upload_ResultCode_ProtocolError = 5,
    brp_Main_Bf2Upload_ResultCode_SecuredByConfigSecurityCode = 6,
    brp_Main_Bf2Upload_ResultCode_undefined = -1
} brp_Main_Bf2Upload_ResultCode;
static inline bool brp_Main_Bf2Upload_ResultCode_is_valid(int val) {
    switch (val) {
        case 0: /* Success*/
        case 1: /* InvalidChecksum*/
        case 2: /* ProgrammingTimeout*/
        case 3: /* VerifyTimeout*/
        case 4: /* UnsupportedCodeType*/
        case 5: /* ProtocolError*/
        case 6: /* SecuredByConfigSecurityCode*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mce_Enable_Mode_Disable = 0,
    brp_Mce_Enable_Mode_Enable = 1,
    brp_Mce_Enable_Mode_undefined = -1
} brp_Mce_Enable_Mode;
static inline bool brp_Mce_Enable_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* Disable*/
        case 1: /* Enable*/
            return true;
        default:
            return false;
    }
}
#endif  // BALTECH_SDK_INTERNAL

typedef enum {
    brp_Mif_AuthE2_AuthMode_KeyA = 96,
    brp_Mif_AuthE2_AuthMode_KeyB = 97,
    brp_Mif_AuthE2_AuthMode_undefined = -1
} brp_Mif_AuthE2_AuthMode;
static inline bool brp_Mif_AuthE2_AuthMode_is_valid(int val) {
    switch (val) {
        case 96: /* KeyA*/
        case 97: /* KeyB*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mif_AuthUser_AuthMode_KeyA = 96,
    brp_Mif_AuthUser_AuthMode_KeyB = 97,
    brp_Mif_AuthUser_AuthMode_undefined = -1
} brp_Mif_AuthUser_AuthMode;
static inline bool brp_Mif_AuthUser_AuthMode_is_valid(int val) {
    switch (val) {
        case 96: /* KeyA*/
        case 97: /* KeyB*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mif_ChangeValue_Mode_Decrement = 0,
    brp_Mif_ChangeValue_Mode_Increment = 1,
    brp_Mif_ChangeValue_Mode_Restore = 2,
    brp_Mif_ChangeValue_Mode_undefined = -1
} brp_Mif_ChangeValue_Mode;
static inline bool brp_Mif_ChangeValue_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* Decrement*/
        case 1: /* Increment*/
        case 2: /* Restore*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mif_ChangeValueBackup_Mode_Decrement = 0,
    brp_Mif_ChangeValueBackup_Mode_Increment = 1,
    brp_Mif_ChangeValueBackup_Mode_Restore = 2,
    brp_Mif_ChangeValueBackup_Mode_undefined = -1
} brp_Mif_ChangeValueBackup_Mode;
static inline bool brp_Mif_ChangeValueBackup_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* Decrement*/
        case 1: /* Increment*/
        case 2: /* Restore*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mif_AuthE2Extended_AuthLevel_AesSl1 = 0,
    brp_Mif_AuthE2Extended_AuthLevel_AesSl3 = 2,
    brp_Mif_AuthE2Extended_AuthLevel_Mifare = 3,
    brp_Mif_AuthE2Extended_AuthLevel_undefined = -1
} brp_Mif_AuthE2Extended_AuthLevel;
static inline bool brp_Mif_AuthE2Extended_AuthLevel_is_valid(int val) {
    switch (val) {
        case 0: /* AesSl1*/
        case 2: /* AesSl3*/
        case 3: /* Mifare*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mif_AuthUserExtended_AuthLevel_AesSl1 = 0,
    brp_Mif_AuthUserExtended_AuthLevel_AesSl3 = 2,
    brp_Mif_AuthUserExtended_AuthLevel_Mifare = 3,
    brp_Mif_AuthUserExtended_AuthLevel_undefined = -1
} brp_Mif_AuthUserExtended_AuthLevel;
static inline bool brp_Mif_AuthUserExtended_AuthLevel_is_valid(int val) {
    switch (val) {
        case 0: /* AesSl1*/
        case 2: /* AesSl3*/
        case 3: /* Mifare*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mif_ValueSL3_Cmd_Increment = 0,
    brp_Mif_ValueSL3_Cmd_Decrement = 1,
    brp_Mif_ValueSL3_Cmd_Transfer = 2,
    brp_Mif_ValueSL3_Cmd_IncrementTransfer = 3,
    brp_Mif_ValueSL3_Cmd_DecrementTransfer = 4,
    brp_Mif_ValueSL3_Cmd_Restore = 5,
    brp_Mif_ValueSL3_Cmd_undefined = -1
} brp_Mif_ValueSL3_Cmd;
static inline bool brp_Mif_ValueSL3_Cmd_is_valid(int val) {
    switch (val) {
        case 0: /* Increment*/
        case 1: /* Decrement*/
        case 2: /* Transfer*/
        case 3: /* IncrementTransfer*/
        case 4: /* DecrementTransfer*/
        case 5: /* Restore*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Mif_VirtualCardSelect_FciType_RawData = 0,
    brp_Mif_VirtualCardSelect_FciType_UidAndCardType = 1,
    brp_Mif_VirtualCardSelect_FciType_UidCardTypeAndMemSize = 2,
    brp_Mif_VirtualCardSelect_FciType_undefined = -1
} brp_Mif_VirtualCardSelect_FciType;
static inline bool brp_Mif_VirtualCardSelect_FciType_is_valid(int val) {
    switch (val) {
        case 0: /* RawData*/
        case 1: /* UidAndCardType*/
        case 2: /* UidCardTypeAndMemSize*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    unsigned BlockAddress;
    unsigned SectorKeyIdx;
} brp_Mif_SectorSwitch_SectorSpec_Entry;
typedef enum {
    brp_Mif_SetFraming_CommMode_MifareNative = 1,
    brp_Mif_SetFraming_CommMode_MifareISO = 2,
    brp_Mif_SetFraming_CommMode_undefined = -1
} brp_Mif_SetFraming_CommMode;
static inline bool brp_Mif_SetFraming_CommMode_is_valid(int val) {
    switch (val) {
        case 1: /* MifareNative*/
        case 2: /* MifareISO*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_MobileId_Enable_Mode_Disable = 0,
    brp_MobileId_Enable_Mode_Enable = 1,
    brp_MobileId_Enable_Mode_undefined = -1
} brp_MobileId_Enable_Mode;
static inline bool brp_MobileId_Enable_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* Disable*/
        case 1: /* Enable*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    bool NewerReaderChipFirmware;
    bool UnexpectedRebootsLegacy;
    bool FactorySettings;
    bool ConfigurationInconsistent;
    bool FirmwareVersionBlocked;
    bool Bluetooth;
    bool WiFi;
    bool Tamper;
    bool BatteryManagement;
    bool Keyboard;
    bool FirmwareVersionBlockedLegacy;
    bool Display;
    bool ConfCardPresented;
    bool Ethernet;
    bool ExtendedLED;
    bool Rf125kHz;
    bool Rf13MHz;
    bool Rf13MHzLegic;
    bool Rf13MHzLegacy;
    bool HWoptions;
    bool RTC;
    bool Dataflash;
    bool Configuration;
    bool CorruptFirmware;
    bool IncompleteFirmware;
} brp_Sys_GetBootStatus_BootStatus;
#ifdef BALTECH_SDK_INTERNAL

typedef struct {
    unsigned ID;
    unsigned Value;
} brp_Sys_SetRegister_RegisterAssignments_Entry;
#endif  // BALTECH_SDK_INTERNAL

typedef struct {
    unsigned ID;
    unsigned Value;
} brp_Sys_GetStatistics_CounterTuple_Entry;
typedef enum {
    brp_Sys_CfgLoadFinish_FinalizeAction_CancelCfgLoad = 0,
    brp_Sys_CfgLoadFinish_FinalizeAction_FinalizeCfgLoadWithoutReboot = 1,
    brp_Sys_CfgLoadFinish_FinalizeAction_FinalizeCfgLoadWithReboot = 2,
    brp_Sys_CfgLoadFinish_FinalizeAction_undefined = -1
} brp_Sys_CfgLoadFinish_FinalizeAction;
static inline bool brp_Sys_CfgLoadFinish_FinalizeAction_is_valid(int val) {
    switch (val) {
        case 0: /* CancelCfgLoad*/
        case 1: /* FinalizeCfgLoadWithoutReboot*/
        case 2: /* FinalizeCfgLoadWithReboot*/
            return true;
        default:
            return false;
    }
}
#ifdef BALTECH_SDK_INTERNAL

typedef enum {
    brp_TTF_ReadByteStream_RxMod_Manchester = 16,
    brp_TTF_ReadByteStream_RxMod_Biphase = 32,
    brp_TTF_ReadByteStream_RxMod_Ind = 48,
    brp_TTF_ReadByteStream_RxMod_HIDP = 80,
    brp_TTF_ReadByteStream_RxMod_PSK = 96,
    brp_TTF_ReadByteStream_RxMod_SMPL = 112,
    brp_TTF_ReadByteStream_RxMod_undefined = -1
} brp_TTF_ReadByteStream_RxMod;
static inline bool brp_TTF_ReadByteStream_RxMod_is_valid(int val) {
    switch (val) {
        case 16: /* Manchester*/
        case 32: /* Biphase*/
        case 48: /* Ind*/
        case 80: /* HIDP*/
        case 96: /* PSK*/
        case 112: /* SMPL*/
            return true;
        default:
            return false;
    }
}
#endif  // BALTECH_SDK_INTERNAL

typedef enum {
    brp_Ultralight_AuthE2_DivMode_NoDiv = 0,
    brp_Ultralight_AuthE2_DivMode_SamAv1OneRound = 1,
    brp_Ultralight_AuthE2_DivMode_SamAv1TwoRounds = 2,
    brp_Ultralight_AuthE2_DivMode_SamAv2 = 3,
    brp_Ultralight_AuthE2_DivMode_undefined = -1
} brp_Ultralight_AuthE2_DivMode;
static inline bool brp_Ultralight_AuthE2_DivMode_is_valid(int val) {
    switch (val) {
        case 0: /* NoDiv*/
        case 1: /* SamAv1OneRound*/
        case 2: /* SamAv1TwoRounds*/
        case 3: /* SamAv2*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_Ultralight_AuthUser_CryptoMode_TripleDES = 0,
    brp_Ultralight_AuthUser_CryptoMode_AES = 1,
    brp_Ultralight_AuthUser_CryptoMode_undefined = -1
} brp_Ultralight_AuthUser_CryptoMode;
static inline bool brp_Ultralight_AuthUser_CryptoMode_is_valid(int val) {
    switch (val) {
        case 0: /* TripleDES*/
        case 1: /* AES*/
            return true;
        default:
            return false;
    }
}
#ifdef BALTECH_SDK_INTERNAL

typedef enum {
    brp_UsbHost_SetupPipes_Type_Control = 0,
    brp_UsbHost_SetupPipes_Type_Interrupt = 1,
    brp_UsbHost_SetupPipes_Type_Bulk = 2,
    brp_UsbHost_SetupPipes_Type_Isochronous = 3,
    brp_UsbHost_SetupPipes_Type_undefined = -1
} brp_UsbHost_SetupPipes_Type;
static inline bool brp_UsbHost_SetupPipes_Type_is_valid(int val) {
    switch (val) {
        case 0: /* Control*/
        case 1: /* Interrupt*/
        case 2: /* Bulk*/
        case 3: /* Isochronous*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    unsigned No;
    brp_UsbHost_SetupPipes_Type Type;
    unsigned FrameSize;
} brp_UsbHost_SetupPipes_Pipes_Entry;
#endif  // BALTECH_SDK_INTERNAL

typedef enum {
    brp_UI_Toggle_Polarity_Normal = 0,
    brp_UI_Toggle_Polarity_Inverted = 1,
    brp_UI_Toggle_Polarity_undefined = -1
} brp_UI_Toggle_Polarity;
static inline bool brp_UI_Toggle_Polarity_is_valid(int val) {
    switch (val) {
        case 0: /* Normal*/
        case 1: /* Inverted*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_UI_Sense_PortState_Enabled = 1,
    brp_UI_Sense_PortState_Disabled = 0,
    brp_UI_Sense_PortState_undefined = -1
} brp_UI_Sense_PortState;
static inline bool brp_UI_Sense_PortState_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_HasMifareKey_Disabled = 0,
    brp_VHL_Setup_HasMifareKey_Enabled = 6,
    brp_VHL_Setup_HasMifareKey_undefined = -1
} brp_VHL_Setup_HasMifareKey;
static inline bool brp_VHL_Setup_HasMifareKey_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 6: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_MifareHasAsKeyA_Disabled = 0,
    brp_VHL_Setup_MifareHasAsKeyA_Enabled = 1,
    brp_VHL_Setup_MifareHasAsKeyA_undefined = -1
} brp_VHL_Setup_MifareHasAsKeyA;
static inline bool brp_VHL_Setup_MifareHasAsKeyA_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_MifareHasMadId_Disabled = 0,
    brp_VHL_Setup_MifareHasMadId_Enabled = 2,
    brp_VHL_Setup_MifareHasMadId_undefined = -1
} brp_VHL_Setup_MifareHasMadId;
static inline bool brp_VHL_Setup_MifareHasMadId_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 2: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_DesfireHasAppId_Disabled = 0,
    brp_VHL_Setup_DesfireHasAppId_Enabled = 4,
    brp_VHL_Setup_DesfireHasAppId_undefined = -1
} brp_VHL_Setup_DesfireHasAppId;
static inline bool brp_VHL_Setup_DesfireHasAppId_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 4: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_HasDesfireFileDesc_Disabled = 0,
    brp_VHL_Setup_HasDesfireFileDesc_Enabled = 16,
    brp_VHL_Setup_HasDesfireFileDesc_undefined = -1
} brp_VHL_Setup_HasDesfireFileDesc;
static inline bool brp_VHL_Setup_HasDesfireFileDesc_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 16: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_LegicHasEnStamp_Disabled = 0,
    brp_VHL_Setup_LegicHasEnStamp_Enabled = 1,
    brp_VHL_Setup_LegicHasEnStamp_undefined = -1
} brp_VHL_Setup_LegicHasEnStamp;
static inline bool brp_VHL_Setup_LegicHasEnStamp_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_LegicHasAdrMode_Disabled = 0,
    brp_VHL_Setup_LegicHasAdrMode_Enabled = 1,
    brp_VHL_Setup_LegicHasAdrMode_undefined = -1
} brp_VHL_Setup_LegicHasAdrMode;
static inline bool brp_VHL_Setup_LegicHasAdrMode_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_LegicAdrMode_ProtocolHeader = 0,
    brp_VHL_Setup_LegicAdrMode_Advant = 1,
    brp_VHL_Setup_LegicAdrMode_undefined = -1
} brp_VHL_Setup_LegicAdrMode;
static inline bool brp_VHL_Setup_LegicAdrMode_is_valid(int val) {
    switch (val) {
        case 0: /* ProtocolHeader*/
        case 1: /* Advant*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_Iso15HasFirstBlock_Disabled = 0,
    brp_VHL_Setup_Iso15HasFirstBlock_Enabled = 1,
    brp_VHL_Setup_Iso15HasFirstBlock_undefined = -1
} brp_VHL_Setup_Iso15HasFirstBlock;
static inline bool brp_VHL_Setup_Iso15HasFirstBlock_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_Iso15HasBlockCount_Disabled = 0,
    brp_VHL_Setup_Iso15HasBlockCount_Enabled = 1,
    brp_VHL_Setup_Iso15HasBlockCount_undefined = -1
} brp_VHL_Setup_Iso15HasBlockCount;
static inline bool brp_VHL_Setup_Iso15HasBlockCount_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_Iso15HasOptionFlag_Disabled = 0,
    brp_VHL_Setup_Iso15HasOptionFlag_Enabled = 1,
    brp_VHL_Setup_Iso15HasOptionFlag_undefined = -1
} brp_VHL_Setup_Iso15HasOptionFlag;
static inline bool brp_VHL_Setup_Iso15HasOptionFlag_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_Iso15OptionFlag_OptFlagZero = 0,
    brp_VHL_Setup_Iso15OptionFlag_OptFlagOne = 1,
    brp_VHL_Setup_Iso15OptionFlag_OptFlagAuto = 2,
    brp_VHL_Setup_Iso15OptionFlag_undefined = -1
} brp_VHL_Setup_Iso15OptionFlag;
static inline bool brp_VHL_Setup_Iso15OptionFlag_is_valid(int val) {
    switch (val) {
        case 0: /* OptFlagZero*/
        case 1: /* OptFlagOne*/
        case 2: /* OptFlagAuto*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_Iso15HasBlockSize_Disabled = 0,
    brp_VHL_Setup_Iso15HasBlockSize_Enabled = 1,
    brp_VHL_Setup_Iso15HasBlockSize_undefined = -1
} brp_VHL_Setup_Iso15HasBlockSize;
static inline bool brp_VHL_Setup_Iso15HasBlockSize_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 1: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_FileSpecifier_SelectByName = 0,
    brp_VHL_Setup_FileSpecifier_SelectByPath = 1,
    brp_VHL_Setup_FileSpecifier_SelectByAPDU = 2,
    brp_VHL_Setup_FileSpecifier_undefined = -1
} brp_VHL_Setup_FileSpecifier;
static inline bool brp_VHL_Setup_FileSpecifier_is_valid(int val) {
    switch (val) {
        case 0: /* SelectByName*/
        case 1: /* SelectByPath*/
        case 2: /* SelectByAPDU*/
            return true;
        default:
            return false;
    }
}
typedef struct {
    brp_VHL_Setup_FileSpecifier FileSpecifier;
    brp_buf Name;
    size_t Name_len;
    brp_buf Path;
    size_t Path_len;
    brp_buf ApduCommand;
    size_t ApduCommand_len;
} brp_VHL_Setup_Iso14SelectFileCmdList_Entry;
typedef enum {
    brp_VHL_Setup_Iso14HasFileLen_Disabled = 0,
    brp_VHL_Setup_Iso14HasFileLen_Enabled = 4,
    brp_VHL_Setup_Iso14HasFileLen_undefined = -1
} brp_VHL_Setup_Iso14HasFileLen;
static inline bool brp_VHL_Setup_Iso14HasFileLen_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 4: /* Enabled*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_VHL_Setup_Iso14HasApduTimeout_Disabled = 0,
    brp_VHL_Setup_Iso14HasApduTimeout_Enabled = 2,
    brp_VHL_Setup_Iso14HasApduTimeout_undefined = -1
} brp_VHL_Setup_Iso14HasApduTimeout;
static inline bool brp_VHL_Setup_Iso14HasApduTimeout_is_valid(int val) {
    switch (val) {
        case 0: /* Disabled*/
        case 2: /* Enabled*/
            return true;
        default:
            return false;
    }
}
#ifdef BALTECH_SDK_INTERNAL

typedef enum {
    brp_DHWCtrlLegacy_PortConfig_Mode_OutputLow = 0,
    brp_DHWCtrlLegacy_PortConfig_Mode_OutputHigh = 1,
    brp_DHWCtrlLegacy_PortConfig_Mode_InputTristate = 2,
    brp_DHWCtrlLegacy_PortConfig_Mode_InputPullup = 3,
    brp_DHWCtrlLegacy_PortConfig_Mode_undefined = -1
} brp_DHWCtrlLegacy_PortConfig_Mode;
static inline bool brp_DHWCtrlLegacy_PortConfig_Mode_is_valid(int val) {
    switch (val) {
        case 0: /* OutputLow*/
        case 1: /* OutputHigh*/
        case 2: /* InputTristate*/
        case 3: /* InputPullup*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlLegacy_DispColor_Color_White = 0,
    brp_DHWCtrlLegacy_DispColor_Color_Black = 255,
    brp_DHWCtrlLegacy_DispColor_Color_undefined = -1
} brp_DHWCtrlLegacy_DispColor_Color;
static inline bool brp_DHWCtrlLegacy_DispColor_Color_is_valid(int val) {
    switch (val) {
        case 0: /* White*/
        case 255: /* Black*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlLegacy_GetReaderChipType_ChipType_RC500 = 1,
    brp_DHWCtrlLegacy_GetReaderChipType_ChipType_RC632 = 4,
    brp_DHWCtrlLegacy_GetReaderChipType_ChipType_RC663 = 5,
    brp_DHWCtrlLegacy_GetReaderChipType_ChipType_PN512 = 33,
    brp_DHWCtrlLegacy_GetReaderChipType_ChipType_undefined = -1
} brp_DHWCtrlLegacy_GetReaderChipType_ChipType;
static inline bool brp_DHWCtrlLegacy_GetReaderChipType_ChipType_is_valid(int val) {
    switch (val) {
        case 1: /* RC500*/
        case 4: /* RC632*/
        case 5: /* RC663*/
        case 33: /* PN512*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlLegacy_GetSamType_ChipType_TDA8007C2 = 1,
    brp_DHWCtrlLegacy_GetSamType_ChipType_TDA8007C3 = 2,
    brp_DHWCtrlLegacy_GetSamType_ChipType_undefined = -1
} brp_DHWCtrlLegacy_GetSamType_ChipType;
static inline bool brp_DHWCtrlLegacy_GetSamType_ChipType_is_valid(int val) {
    switch (val) {
        case 1: /* TDA8007C2*/
        case 2: /* TDA8007C3*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_No = 0,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_RC = 1,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_Legic = 3,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_PN = 17,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_LegicAdvant = 19,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_RC125 = 24,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_PN2 = 26,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_RC663 = 34,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_HTRC110 = 36,
    brp_DHWCtrlLegacy_HfAcquire_ModuleId_undefined = -1
} brp_DHWCtrlLegacy_HfAcquire_ModuleId;
static inline bool brp_DHWCtrlLegacy_HfAcquire_ModuleId_is_valid(int val) {
    switch (val) {
        case 0: /* No*/
        case 1: /* RC*/
        case 3: /* Legic*/
        case 17: /* PN*/
        case 19: /* LegicAdvant*/
        case 24: /* RC125*/
        case 26: /* PN2*/
        case 34: /* RC663*/
        case 36: /* HTRC110*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlLegacy_AesWrapKey_WrappedKeyNr_WrapNone = 0,
    brp_DHWCtrlLegacy_AesWrapKey_WrappedKeyNr_WrapDHUK = 1,
    brp_DHWCtrlLegacy_AesWrapKey_WrappedKeyNr_undefined = -1
} brp_DHWCtrlLegacy_AesWrapKey_WrappedKeyNr;
static inline bool brp_DHWCtrlLegacy_AesWrapKey_WrappedKeyNr_is_valid(int val) {
    switch (val) {
        case 0: /* WrapNone*/
        case 1: /* WrapDHUK*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlLegacy_AesEncrypt_WrappedKeyNr_WrapNone = 0,
    brp_DHWCtrlLegacy_AesEncrypt_WrappedKeyNr_WrapDHUK = 1,
    brp_DHWCtrlLegacy_AesEncrypt_WrappedKeyNr_undefined = -1
} brp_DHWCtrlLegacy_AesEncrypt_WrappedKeyNr;
static inline bool brp_DHWCtrlLegacy_AesEncrypt_WrappedKeyNr_is_valid(int val) {
    switch (val) {
        case 0: /* WrapNone*/
        case 1: /* WrapDHUK*/
            return true;
        default:
            return false;
    }
}
typedef enum {
    brp_DHWCtrlLegacy_AesDecrypt_WrappedKeyNr_WrapNone = 0,
    brp_DHWCtrlLegacy_AesDecrypt_WrappedKeyNr_WrapDHUK = 1,
    brp_DHWCtrlLegacy_AesDecrypt_WrappedKeyNr_undefined = -1
} brp_DHWCtrlLegacy_AesDecrypt_WrappedKeyNr;
static inline bool brp_DHWCtrlLegacy_AesDecrypt_WrappedKeyNr_is_valid(int val) {
    switch (val) {
        case 0: /* WrapNone*/
        case 1: /* WrapDHUK*/
            return true;
        default:
            return false;
    }
}
#endif  // BALTECH_SDK_INTERNAL
#endif