documentation/html/_wi_m_o_d___s_a_p___l_o_r_a_w_a_n___i_ds_8h_source.html

//------------------------------------------------------------------------------

//------------------------------------------------------------------------------


/*

 * THIS IS AN EXAMPLE IMPLEMENTATION ACCORDING THE THE HCI SPEC: V1.26

 * FOR FIRMWARE: LoRaWAN_EndNode_Modem

 *

 * SEE FILE: WiMOD_LoRaWAN_EndNode_Modem_HCI_Spec_V1_26.pdf

 * for detailed information

 *

 */


#ifndef ARDUINO_WIMOD_SAP_LORAWAN_IDS_H_

#define ARDUINO_WIMOD_SAP_LORAWAN_IDS_H_


//------------------------------------------------------------------------------

//

// Section Includes Files

//

//------------------------------------------------------------------------------


#include "utils/WMDefs.h"


#include "WiMOD_SAP_LORAWAN_IDs_EU868.h"  /* Europe       */

#include "WiMOD_SAP_LORAWAN_IDs_RU868.h"  /* Russia       */

#include "WiMOD_SAP_LORAWAN_IDs_IN865.h"  /* India        */

#include "WiMOD_SAP_LORAWAN_IDs_AS923.h"  /* Asia/Pacific */

#include "WiMOD_SAP_LORAWAN_IDs_IL915.h"  /* Israel       */

#include "WiMOD_SAP_LORAWAN_IDs_US915.h"  /* US           */


#include "WiMOD_SAP_GlobalLink24_IDs_WW2G4.h" /* prorieaty 2.4 GHz WorldWide */


//------------------------------------------------------------------------------

//

// Service Access Point Identifier

//

//------------------------------------------------------------------------------


#define LORAWAN_SAP_ID                      0x10


//------------------------------------------------------------------------------

//

//  LoRaWAN Message Identifier

//

//------------------------------------------------------------------------------


// Status Codes


#define LORAWAN_STATUS_OK                       0x00 //Operation successful

#define LORAWAN_STATUS_ERROR                    0x01 //Operation failed

#define LORAWAN_STATUS_CMD_NOT_SUPPORTED        0x02 //Command is not supported

#define LORAWAN_STATUS_WRONG_PARAMETER          0x03 //HCI message contains wrong parameter

#define LORAWAN_STATUS_WRONG_DEVICE_MODE        0x04 //Stack is running in a wrong mode

#define LORAWAN_STATUS_DEVICE_NOT_ACTIVATED     0x05 //Device is not activated

#define LORAWAN_STATUS_DEVICE_BUSY              0x06 //Device is busy, command rejected

#define LORAWAN_STATUS_QUEUE_FULL               0x07 //Message queue is full, command rejected

#define LORAWAN_STATUS_LENGTH_ERROR             0x08 //HCI message length is invalid or radio payload size is too large

#define LORAWAN_STATUS_NO_FACTORY_SETTINGS      0x09 //Factory Settings EEPROM block missing or incompatible with current firmware version

#define LORAWAN_STATUS_CHANNEL_BLOCKED          0x0A //Channel blocked by Duty Cycle

#define LORAWAN_STATUS_CHANNEL_NOT_AVAILABLE    0x0B //No channel available (e.g. no channel defined for the configured spreading factor)


typedef enum TLoRaWANStatus

{

    LoRaWAN_Status_Ok = 0,

    LoRaWAN_Status_Error,

    LoRaWAN_Status_Cmd_Not_Supported,

    LoRaWAN_Status_Wrong_parameter,

    LoRaWAN_Status_Wrong_DeviceMode,

    LoRaWAN_Status_Device_Not_Activated,

    LoRaWAN_Status_Device_Busy,

    LoRaWAN_Status_Queue_Full,

    LoRaWAN_Status_Length_Error,

    LoRaWAN_Status_No_Factory_Settings,

    LoRaWAN_Status_Channel_Blocked,

    LoRaWAN_Status_Channel_Not_Available,

} TLoRaWANStatus;


// These codes are used for a Join Network Indication


#define LORAWAN_JOIN_NWK_IND_FORMAT_STATUS_JOIN_OK                0x00

#define LORAWAN_JOIN_NWK_IND_FORMAT_STATUS_JOIN_OK_CH_INFO        0x01


typedef enum TLoraWANJoinNwkIndStatusFormat

{

  LoRaWAN_JoinNkwInd_Satus_Format_Join_Ok                     = 0x00,

  LoRaWAN_JoinNkwInd_Satus_Format_Join_Ok_Ch_Info             = 0x01,

} TLoRaWanJoinNwkIndStatusFormat;


// These codes are used for a UDATA / CDATA TX Indications


#define LORAWAN_DATA_TX_IND_FORMAT_STATUS_OK                 0x00

#define LORAWAN_DATA_TX_IND_FORMAT_STATUS_OK_CH_INFO         0x01

#define LORAWAN_DATA_TX_IND_FORMAT_STATUS_ERR_MAX_RETRANS    0x02

#define LORAWAN_DATA_TX_IND_FORMAT_STATUS_ERR_PAYLOAD        0x04


typedef enum TLoraWANTxDataIndStatusFormat

{

  /* for udata + cdata indications */

  LoRaWAN_TxDataInd_Satus_TX_Ok                   = 0x00,

  LoRaWAN_TxDataInd_Satus_TX_Ok_Ch_Info           = 0x01,

  /*only for cdata indications */

  LoRaWAN_TxDataInd_Satus_TX_Err_Max_Retrans      = 0x02,

  LoRaWAN_TxDataInd_Satus_TX_Err_Payload          = 0x04,

} TLoRaWanTxDataIndStatusFormat;


// Status Format Codes

//  This is a bit mask field!

#define LORAWAN_FORMAT_OK                       0x00

#define LORAWAN_FORMAT_EXT_HCI_OUT_ACTIVE       0x01

#define LORAWAN_FORMAT_ACK_RECEIVED             0x02

#define LORAWAN_FORMAT_FP_RECEIVED              0x04

// Message IDs


#define LORAWAN_MSG_ACTIVATE_DEVICE_REQ          0x01

#define LORAWAN_MSG_ACTIVATE_DEVICE_RSP          0x02

#define LORAWAN_MSG_SET_JOIN_PARAM_REQ           0x05

#define LORAWAN_MSG_SET_JOIN_PARAM_RSP           0x06

#define LORAWAN_MSG_JOIN_NETWORK_REQ             0x09

#define LORAWAN_MSG_JOIN_NETWORK_RSP             0x0A

#define LORAWAN_MSG_JOIN_NETWORK_TX_IND          0x0B

#define LORAWAN_MSG_JOIN_NETWORK_IND             0x0C

#define LORAWAN_MSG_SEND_UDATA_REQ               0x0D

#define LORAWAN_MSG_SEND_UDATA_RSP               0x0E

#define LORAWAN_MSG_SEND_UDATA_TX_IND            0x0F

#define LORAWAN_MSG_RECV_UDATA_IND               0x10

#define LORAWAN_MSG_SEND_CDATA_REQ               0x11

#define LORAWAN_MSG_SEND_CDATA_RSP               0x12

#define LORAWAN_MSG_SEND_CDATA_TX_IND            0x13

#define LORAWAN_MSG_RECV_CDATA_IND               0x14

#define LORAWAN_MSG_RECV_ACK_IND                 0x15

#define LORAWAN_MSG_RECV_NO_DATA_IND             0x16

#define LORAWAN_MSG_SET_RSTACK_CONFIG_REQ        0x19

#define LORAWAN_MSG_SET_RSTACK_CONFIG_RSP        0x1A

#define LORAWAN_MSG_GET_RSTACK_CONFIG_REQ        0x1B

#define LORAWAN_MSG_GET_RSTACK_CONFIG_RSP        0x1C

#define LORAWAN_MSG_REACTIVATE_DEVICE_REQ        0x1D

#define LORAWAN_MSG_REACTIVATE_DEVICE_RSP        0x1E

#define LORAWAN_MSG_DEACTIVATE_DEVICE_REQ        0x21

#define LORAWAN_MSG_DEACTIVATE_DEVICE_RSP        0x22

#define LORAWAN_MSG_FACTORY_RESET_REQ            0x23

#define LORAWAN_MSG_FACTORY_RESET_RSP            0x24

#define LORAWAN_MSG_SET_DEVICE_EUI_REQ           0x25

#define LORAWAN_MSG_SET_DEVICE_EUI_RSP           0x26

#define LORAWAN_MSG_GET_DEVICE_EUI_REQ           0x27

#define LORAWAN_MSG_GET_DEVICE_EUI_RSP           0x28

#define LORAWAN_MSG_GET_NWK_STATUS_REQ           0x29

#define LORAWAN_MSG_GET_NWK_STATUS_RSP           0x2A

#define LORAWAN_MSG_SEND_MAC_CMD_REQ             0x2B

#define LORAWAN_MSG_SEND_MAC_CMD_RSP             0x2C

#define LORAWAN_MSG_RECV_MAC_CMD_IND             0x2D

#define LORAWAN_MSG_SET_BATTERY_LEVEL_REQ        0x2E

#define LORAWAN_MSG_SET_BATTERY_LEVEL_RSP        0x2F

#define LORAWAN_MSG_SET_CUSTOM_CFG_REQ           0x31

#define LORAWAN_MSG_SET_CUSTOM_CFG_RSP           0x32

#define LORAWAN_MSG_GET_CUSTOM_CFG_REQ           0x33

#define LORAWAN_MSG_GET_CUSTOM_CFG_RSP           0x34

#define LORAWAN_MSG_GET_SUPPORTED_BANDS_REQ      0x35

#define LORAWAN_MSG_GET_SUPPORTED_BANDS_RSP      0x36


#define LORAWAN_MSG_SET_TXPOWER_LIMIT_CONFIG_REQ 0x37

#define LORAWAN_MSG_SET_TXPOWER_LIMIT_CONFIG_RSP 0x38

#define LORAWAN_MSG_GET_TXPOWER_LIMIT_CONFIG_REQ 0x39

#define LORAWAN_MSG_GET_TXPOWER_LIMIT_CONFIG_RSP 0x3A


//#define LORAWAN_MSG_SET_LINKADRREQ_CONFIG_REQ    0x3B

//#define LORAWAN_MSG_SET_LINKADRREQ_CONFIG_RSP    0x3C

//#define       LORAWAN_MSG_GET_LINKADRREQ_CONFIG_REQ    0x3D

//#define LORAWAN_MSG_GET_LINKADRREQ_CONFIG_RSP    0x3E


#define LORAWAN_MSG_LINK_DISCONNECT_IND         0x40


#define LORAWAN_MSG_SET_MCAST_CONFIG_REQ        0x41

#define LORAWAN_MSG_SET_MCAST_CONFIG_RSP        0x42

#define LORAWAN_MSG_GET_MCAST_CONFIG_REQ        0x43

#define LORAWAN_MSG_GET_MCAST_CONFIG_RSP        0x44

#define LORAWAN_MSG_DEL_MCAST_CONFIG_REQ        0x45

#define LORAWAN_MSG_DEL_MCAST_CONFIG_RSP        0x46


#define LORAWAN_MSG_RECV_MCAST_DATA_IND         0x48

#define LORAWAN_MSG_RECV_MCAST_NO_DATA_IND      0x4A


#define LORAWAN_MSG_DEVNONCE_RESET_IND          0x60

#define LORAWAN_MSG_SET_DEVNONCE_REQ            0x61

#define LORAWAN_MSG_SET_DEVNONCE_RSP            0x62

#define LORAWAN_MSG_GET_DEVNONCE_REQ            0x63

#define LORAWAN_MSG_GET_DEVNONCE_RSP            0x64

#define LORAWAN_MSG_SET_JOINNONCE_REQ           0x65

#define LORAWAN_MSG_SET_JOINNONCE_RSP           0x66

#define LORAWAN_MSG_GET_JOINNONCE_REQ           0x67

#define LORAWAN_MSG_GET_JOINNONCE_RSP           0x68


#define LORAWAN_MSG_SEND_DEVICETIMEREQ_REQ      0x71

#define LORAWAN_MSG_SEND_DEVICETIMEREQ_RSP      0x72

#define LORAWAN_MSG_DEVICETIMEANS_IND           0x74


// Radio Stack Config Options; bit field


#define LORAWAN_STK_OPTION_ADR                  (0x01 << 0)

#define LORAWAN_STK_OPTION_DUTY_CYCLE_CTRL      (0x01 << 1)

#define LORAWAN_STK_OPTION_DEV_CLASS_C          (0x01 << 2)

#define LORAWAN_STK_OPTION_POWER_UP_IND         (0x01 << 4)

#define LORAWAN_STK_OPTION_PRIVATE_NETOWRK      (0x01 << 5)

#define LORAWAN_STK_OPTION_EXT_PKT_FORMAT       (0x01 << 6)

#define LORAWAN_STK_OPTION_MAC_CMD              (0x01 << 7)

// Radio Stack Error Codes; bit field


#define LORAWAN_STK_PARAM_ERR_WRONG_DATARATE    (0x01 << 0)

#define LORAWAN_STK_PARAM_ERR_WRONG_TX_PWRLEVEL (0x01 << 1)

#define LORAWAN_STK_PARAM_ERR_WRONG_TX_BANDIDX  (0x01 << 5)

// Radio Tx Power Limit Error Codes; bit field

#define LORAWAN_TX_PWR_LIMIT_ERR_WRONG_SUBBAND      (0x01 << 0)

#define LORAWAN_TX_PWR_LIMIT_ERR_WRONG_TX_PWR_VAL   (0x01 << 2)


typedef enum TLoRaWAN_FreqBand

{

    LoRaWAN_FreqBand_EU_868            = LORAWAN_BAND_EU_868,

  LoRaWAN_FreqBand_US_915            = LORAWAN_BAND_US_915,

  LoRaWAN_FreqBand_India_865         = LORAWAN_BAND_IN_865,

  LoRaWAN_FreqBand_AS_923_Brunei     = LORAWAN_BAND_AS_923_BN_923,

  LoRaWAN_FreqBand_AS_923_Cambodia   = LORAWAN_BAND_AS_923_KH_923,

  LoRaWAN_FreqBand_AS_923_Indonesia  = LORAWAN_BAND_AS_923_ID_923,

  LoRaWAN_FreqBand_AS_923_Japan      = LORAWAN_BAND_AS_923_JP_920,

  LoRaWAN_FreqBand_AS_923_Laos       = LORAWAN_BAND_AS_923_LA_920,

  LoRaWAN_FreqBand_AS_923_NewZealand = LORAWAN_BAND_AS_923_LA_915,

  LoRaWAN_FreqBand_AS_923_Singapore  = LORAWAN_BAND_AS_923_SG_920,

  LoRaWAN_FreqBand_AS_923_Taiwan     = LORAWAN_BAND_AS_923_TW_922,

  LoRaWAN_FreqBand_AS_923_Thailand   = LORAWAN_BAND_AS_923_TH_920,

  LoRaWAN_FreqBand_AS_923_Vietnam    = LORAWAN_BAND_AS_923_VN_920,

  LoRaWAN_FreqBand_RU_868_V1         = LORAWAN_BAND_RU1_868,

  LoRaWAN_FreqBand_RU_868_V2         = LORAWAN_BAND_RU2_868,

  LoRaWAN_FreqBand_RU_868_V3         = LORAWAN_BAND_RU3_868,

  LoRaWAN_FreqBand_RU_868_V4         = LORAWAN_BAND_RU4_868,

  LoRaWAN_FreqBand_RU_868_V5         = LORAWAN_BAND_RU5_868,

  LoRaWAN_FreqBand_RU_868_V6         = LORAWAN_BAND_RU6_868,

  LoRaWAN_FreqBand_RU_868_V7         = LORAWAN_BAND_RU7_868,

    LoRaWAN_FreqBand_EU_868_RX2_SF9    = LORAWAN_BAND_EU_868_RX2_SF9,

    LoRaWAN_FreqBand_IN_865_RX2_SF8    = LORAWAN_BAND_IN_865_RX2_SF8,

    LoRaWAN_FreqBand_WW2G4             = GLOBALLINK24_BAND_WW_2G4,

    LoRaWAN_FreqBand_WW2G4_RX2         = GLOBALLINK24_BAND_WW_2G4_RX2,

} TLoRaWAN_FreqBand;


// LoRa Radio Power Level


#define LORAWAN_TX_POWER_LEVEL_MIN                  0

#define LORAWAN_TX_POWER_LEVEL_MAX                  20


#define IS_LORAWAN_TX_POWER_LEVEL(x)            ( ((x) >= LORAWAN_TX_POWER_LEVEL_MIN) && \

                                                  ((x) <= LORAWAN_TX_POWER_LEVEL_MAX) )


// LoRa Radio Power Saving Mode


#define LORAWAN_POWER_SAVING_MODE_OFF               0

#define LORAWAN_POWER_SAVING_MODE_AUTO              1


typedef enum TLoRaWAN_PowerSaving

{

    LoRaWAN_PowerSaving_Off = 0,

    LoRaWAN_PowerSaving_On  = 1,

} TLoRaWAN_PowerSaving;


// LoRaWAN Network Status


#define LORAWAN_NWK_STATUS_INACTIVE                 0

#define LORAWAN_NWK_STATUS_ACTIVE_ABP               1

#define LORAWAN_NWK_STATUS_ACTIVE_OTAA              2

#define LORAWAN_NWK_STATUS_JOINING_OTAA             3


typedef enum TLoRaWAN_NwkStatus

{

    LoRaWAN_NwkStatus_Inactive     = 0,

    LoRaWAN_NwkStatus_Active_ABP   = 1,

    LoRaWAN_NwkStatus_Active_OTAA  = 2,

    LoRaWAN_NwkStatus_Joining_OTAA = 3,

} TLoRaWAN_NwkStatus;


// LoRaWAN MAC Commands


#define LORAWAN_MAC_DATA_SERVICE_TYPE_U_DATA        0

#define LORAWAN_MAC_DATA_SERVICE_TYPE_C_DATA        1


/*

 * Header MAC command capatity

 */

#define LORAWAN_HEADER_MAC_CMD_CAP_MIN              0

#define LORAWAN_HEADER_MAC_CMD_CAP_MAX              15


//------------------------------------------------------------------------------

//

// misc. defines

//

//------------------------------------------------------------------------------


#define WiMODLORAWAN_NWK_SESSION_KEY_LEN            16      // 128 bit

#define WiMODLORAWAN_APP_SESSION_KEY_LEN            16      // 128 bit


#define WiMODLORAWAN_DEV_EUI_LEN                    8       // 64 bit

#define WiMODLORAWAN_JOIN_EUI_LEN                   8       // 64 bit

#define WiMODLORAWAN_APP_KEY_LEN                    16      // 128 bit


#define WiMODLORAWAN_MAC_CMD_PAYLOAD_LENGTH         30


//------------------------------------------------------------------------------

//

// structures

//

//------------------------------------------------------------------------------


typedef struct TWiMODLORAWAN_ActivateDeviceData

{

    UINT32      DeviceAddress;

    UINT8       NwkSKey[WiMODLORAWAN_NWK_SESSION_KEY_LEN];

    UINT8       AppSKey[WiMODLORAWAN_APP_SESSION_KEY_LEN];

} TWiMODLORAWAN_ActivateDeviceData;


typedef struct TWiMODLORAWAN_JoinParams

{

    UINT8       JoinEUI[WiMODLORAWAN_JOIN_EUI_LEN];

    UINT8       AppKey[WiMODLORAWAN_APP_KEY_LEN];

} TWiMODLORAWAN_JoinParams;


typedef enum TWiMODLORAWAN_OptIndInfos

{

    LORAWAN_OPT_TX_IND_INFOS_NOT_AVAILABLE = 0,

    LORAWAN_OPT_TX_IND_INFOS_EXCL_PKT_CNT  = 1,

    LORAWAN_OPT_TX_IND_INFOS_INCL_PKT_CNT  = 2,

} TWiMODLORAWAN_OptIndInfos;


typedef struct TWiMODLORAWAN_TxIndData

{

    TWiMODLORAWAN_OptIndInfos      FieldAvailability;

    UINT8                   StatusFormat;

    // optional - see StatusFormat code

    UINT8                   ChannelIndex;

    // optional - see StatusFormat code

    UINT8                   DataRateIndex;

    // optional - see StatusFormat code

    UINT8                   NumTxPackets;

    // new in V1.14 optional

    UINT8                   PowerLevel;

    // new in V1.14 optional

    UINT32                  RfMsgAirtime;

} TWiMODLORAWAN_TxIndData;


/*

 * Number of payload bytes for a user defined message

 *

 * Note: the actual number of payload bytes can be less, if the air frame

 * contains a list of MAC commands.

 */

#define WiMODLORAWAN_APP_PAYLOAD_LEN                128


typedef struct TWiMODLORAWAN_TX_Data

{

    UINT8       Port;

    UINT8       Length;

    UINT8       Payload[WiMODLORAWAN_APP_PAYLOAD_LEN];

    // only for RX

} TWiMODLORAWAN_TX_Data;


typedef struct TWiMODLORAWAN_RX_Data

{

    UINT8       StatusFormat;

    UINT8       Port;

    UINT8       Length;

    UINT8       Payload[WiMODLORAWAN_APP_PAYLOAD_LEN];

    // optional RX info

    UINT8       ChannelIndex;

    UINT8       DataRateIndex;

    INT8        RSSI;

    INT8        SNR;

    UINT8       RxSlot;

    bool        OptionalInfoAvaiable;

} TWiMODLORAWAN_RX_Data;


typedef struct TWiMODLORAWAN_RX_MacCmdData

{

    UINT8       Length;

    UINT8       MacCmdData[WiMODLORAWAN_APP_PAYLOAD_LEN];

    // optional RX info

    UINT8       ChannelIndex;

    UINT8       DataRateIndex;

    INT8        RSSI;

    INT8        SNR;

    UINT8       RxSlot;

    bool        OptionalInfoAvaiable;

} TWiMODLORAWAN_RX_MacCmdData;


typedef struct TWiMODLORAWAN_RX_JoinedNwkData

{

    UINT8       StatusFormat;

    UINT32      DeviceAddress;

    // optional RX info

    UINT8       ChannelIndex;

    UINT8       DataRateIndex;

    INT8        RSSI;

    INT8        SNR;

    UINT8       RxSlot;

    bool        OptionalInfoAvaiable;

} TWiMODLORAWAN_RX_JoinedNwkData;


typedef struct TWiMODLORAWAN_RadioStackConfig

{

    UINT8       DataRateIndex;

    UINT8       TXPowerLevel;

    UINT8       Options;

    UINT8       PowerSavingMode;

    UINT8       Retransmissions;

    UINT8       BandIndex;

    UINT8       HeaderMacCmdCapacity;

    // US915 Firmware only

    UINT8       SubBandMask1;

    UINT8       SubBandMask2;

    // optional for SetRadioStack cmd

    UINT8       WrongParamErrCode;

} TWiMODLORAWAN_RadioStackConfig;


typedef struct TWiMODLORAWAN_MacCmd

{

    UINT8       DataServiceType;                                                 // see LORAWAN_MAC_DATA_SERVICE_TYPE

    UINT8       MacCmdID;                                                        // see LoRaWAN Spec for command IDs

    UINT8       Payload[WiMODLORAWAN_MAC_CMD_PAYLOAD_LENGTH];

    UINT8       Length;

} TWiMODLORAWAN_MacCmd;


typedef struct TWiMODLORAWAN_RX_ACK_Data

{

    UINT8       StatusFormat;

    // optional RX info

    UINT8       ChannelIndex;

    UINT8       DataRateIndex;

    INT8        RSSI;

    INT8        SNR;

    UINT8       RxSlot;

    bool        OptionalInfoAvaiable;

} TWiMODLORAWAN_RX_ACK_Data;


typedef struct TWiMODLORAWAN_NwkStatus_Data

{

    UINT8       NetworkStatus;

    UINT32      DeviceAddress;

    UINT8       DataRateIndex;

    UINT8       PowerLevel;

    UINT8       MaxPayloadSize;

    UINT8       NumMacTransmissions;

} TWiMODLORAWAN_NwkStatus_Data;


/*

 * Error Code used by NoData Indication

 */

#define LORAWAN_NODATA_ERR_WRONG_MTYPE                  (0x01 << 0)

#define LORAWAN_NODATA_ERR_WRONG_DEVICE_ADDRESS         (0x01 << 1)

#define LORAWAN_NODATA_ERR_WRONG_MIC                    (0x01 << 2)

#define LORAWAN_NODATA_ERR_UNEXPECTED_FCNT              (0x01 << 3)

#define LORAWAN_NODATA_ERR_WRONG_MAC_CMD                (0x01 << 4)

#define LORAWAN_NODATA_ERR_WRONG_DOWNLINK               (0x01 << 5)

#define LORAWAN_NODATA_ERR_EXPECTED_ACK_MISSING         (0x01 << 6)


typedef struct TWiMODLORAWAN_NoData_Data

{

  UINT8       StatusFormat;

  // optional info

  UINT8       ErrorCode;

    bool        OptionalInfoAvaiable;

} TWiMODLORAWAN_NoData_Data;


typedef struct TWiMODLORAWAN_SupportedBands

{

  UINT8       NumOfEntries;

    UINT8       BandIndex[(WiMODLORAWAN_APP_PAYLOAD_LEN / 2)] ;

    UINT8       MaxEIRP[(WiMODLORAWAN_APP_PAYLOAD_LEN / 2)];

} TWiMODLORAWAN_SupportedBands;


typedef struct TWiMODLORAWAN_TxPwrLimitConfig

{

  UINT8       NumOfEntries;

    UINT8       SubBandIndex[(WiMODLORAWAN_APP_PAYLOAD_LEN / 3)];

    UINT8       TxPwrLimitFlag[(WiMODLORAWAN_APP_PAYLOAD_LEN / 3)];

    UINT8       TxPwrLimitValue[(WiMODLORAWAN_APP_PAYLOAD_LEN / 3)];

    // only uses as response code for set operation

    UINT8       WrongParamErrCode;

} TWiMODLORAWAN_TxPwrLimitConfig;


/*

 * LinkAdrReq Options

 */

#define LORAWAN_LINKADR_CFG_OPTION_LORAWAN_V102     0

#define LORAWAN_LINKADR_CFG_OPTION_SEMTECH          1

#define LORAWAN_LINKADR_CFG_OPTION_KPN_ACTILITY     2


// * @brief LinkAdr behavior options

// */

//typedef enum TWiMODLORAWAN_LinkAdrReqConfig

//{

//      LinkAdrCfg_Option_LoRaWAN_V1_0_2            = 0,                            /*!< vanilla LoRaWAN V1.0.2 */

//      LinkAdrCfg_Option_Semtech_Proposal          = 1,                            /*!< Semtech proposal       */

//      LinkAdrCfg_Option_KPN_Actility_Proposal     = 2,                            /*!< KPN / Actility proposal*/

//} TWiMODLORAWAN_LinkAdrReqConfig;


#endif /* ARDUINO_WIMOD_SAP_LORAWAN_IDS_H_ */