This is the Radio Interface header file which contains LoRa-specific Radio interface functions declarations and defines.

#include <stdint.h>
#include "stdbool.h"

Data Structures
struct	_RadioCallbackParam_t
	A structure for storing the callback parameters. More...

struct	_RadioConfiguration_t
	A structure for storing all the attributes of the radio and the transceiver. More...

struct	_RadioLBT_t
	A structure for storing all Listen Before Talk parameters. More...

struct	_RadioLBTParams_t
	A structure for storing the Listen Before Talk parameters for get and set. More...

struct	_RadioModeModulation_t
	A structure for storing the modes and modulations supported as parameters for get and set. More...

struct	_RadioReceiveParam_t
	A structure for storing the receive parameters. More...

struct	_RadioTransmitParam_t
	A structure for storing the transmit parameters. More...

Macros
#define	RADIO_DEFAULT_CALLBACK_MASK

#define	RADIO_FHSS_NEXT_FREQ_CALLBACK_MASK (1 << 5)

#define	RADIO_OPMODE_MASK (0x07)

#define	RADIO_PHY_FSK_PREAMBLE_BYTES_LENGTH (5u)

#define	RADIO_PHY_PREAMBLE_LENGTH (8u)

#define	RADIO_RX_DONE_CALLBACK_MASK (1 << 0)

#define	RADIO_RX_ERROR_CALLBACK_MASK (1 << 4)

#define	RADIO_RX_TIMEOUT_CALLBACK_MASK (1 << 3)

#define	RADIO_TX_DONE_CALLBACK_MASK (1 << 1)

#define	RADIO_TX_TIMEOUT_CALLBACK_MASK (1 << 2)

#define	RADIO_WATCHDOG_TIMEOUT ((uint32_t)15000)

#define	TIME_ON_AIR_LOAD_VALUE ((uint32_t)20000)

Typedefs
typedef enum _RadioAttribute_t	RadioAttribute_t
	A list of all the attributes. More...

typedef void(*	RadioCallback_t )(RadioCallbackID_t callback, void *param)
	The radio callback typedef used to declare callback functions from the radio layer. More...

typedef enum _RadioCallbackID_t	RadioCallbackID_t
	Possible callbacks that can registered to by the upper layer. More...

typedef struct _RadioCallbackParam_t	RadioCallbackParam_t
	A structure for storing the callback parameters. More...

typedef struct _RadioConfiguration_t	RadioConfiguration_t
	A structure for storing all the attributes of the radio and the transceiver. More...

typedef enum _RadioDataRate_t	RadioDataRate_t
	Possible spread factors supported. More...

typedef enum _RadioError_t	RadioError_t
	Possible error states returned by the radio. More...

typedef enum _RadioErrorCodingRate_t	RadioErrorCodingRate_t
	Possible error coding rate supported. More...

typedef enum _RadioFSKBandWidth_t	RadioFSKBandWidth_t
	Possible FSK bandWidth supported. More...

typedef enum _RadioFSKShaping_t	RadioFSKShaping_t
	Possible FSK shaping supported. More...

typedef struct _RadioLBT_t	RadioLBT_t
	A structure for storing all Listen Before Talk parameters. More...

typedef struct _RadioLBTParams_t	RadioLBTParams_t
	A structure for storing the Listen Before Talk parameters for get and set. More...

typedef enum _RadioLoRaBandWidth_t	RadioLoRaBandWidth_t
	Possible LoRa bandWidth supported. More...

typedef enum _RadioMode_t	RadioMode_t

typedef struct _RadioModeModulation_t	RadioModeModulation_t
	A structure for storing the modes and modulations supported as parameters for get and set. More...

typedef enum _RadioModulation_t	RadioModulation_t
	Possible modulations supported. More...

typedef enum _RadioReceive_t	RadioReceive_t
	Attributes for starting and stopping the receive operation. More...

typedef struct _RadioReceiveParam_t	RadioReceiveParam_t
	A structure for storing the receive parameters. More...

typedef enum _RadioState_t	RadioState_t
	Possible Radio states. More...

typedef struct _RadioTransmitParam_t	RadioTransmitParam_t
	A structure for storing the transmit parameters. More...

Enumerations
enum	_RadioAttribute_t { LORA_SYNC_WORD, CHANNEL_FREQUENCY, CHANNEL_FREQUENCY_DEVIATION, PREAMBLE_LEN, OUTPUT_POWER, CRC, IQINVERTED, BANDWIDTH, PABOOST, MODULATION, FREQUENCY_HOP_PERIOD, ERROR_CODING_RATE, WATCHDOG_TIMEOUT, FSK_BIT_RATE, PACKET_SNR, FSK_DATA_SHAPING, FSK_RX_BW, FSK_AFC_BW, FSK_SYNC_WORD, FSK_SYNC_WORD_LEN, CRC_ON, MAX_POWER, SPREADING_FACTOR, GET_RANDOM, GET_MAX_POWER, SYMBOL_TIMEOUT, RADIO_CALLBACK, MODE_MODULATION, MAX_RADIO_ATTRIBUTES, RADIO_LBT_PARAMS, RADIO_CLOCK_STABLE_DELAY, PACKET_RSSI_VALUE }
	A list of all the attributes. More...

enum	_RadioCallbackID_t { RADIO_RX_DONE_CALLBACK = (1 << 0), RADIO_TX_DONE_CALLBACK = (1 << 1), RADIO_TX_TIMEOUT_CALLBACK = (1 << 2), RADIO_RX_TIMEOUT_CALLBACK = (1 << 3), RADIO_RX_ERROR_CALLBACK = (1 << 4), RADIO_FHSS_NEXT_FREQ_CALLBACK = (1 << 5) }
	Possible callbacks that can registered to by the upper layer. More...

enum	_RadioDataRate_t { SF_7 = 7, SF_8, SF_9, SF_10, SF_11, SF_12 }
	Possible spread factors supported. More...

enum	_RadioError_t { ERR_NONE = 0, ERR_NO_DATA, ERR_DATA_SIZE, ERR_INVALID_REQ, ERR_RADIO_BUSY, ERR_OUT_OF_RANGE, ERR_UNSUPPORTED_ATTR, ERR_CHANNEL_BUSY }
	Possible error states returned by the radio. More...

enum	_RadioErrorCodingRate_t { CR_4_5 = 1, CR_4_6, CR_4_7, CR_4_8 }
	Possible error coding rate supported. More...

enum	_RadioFSKBandWidth_t { FSKBW_250_0KHZ = 1, FSKBW_125_0KHZ, FSKBW_62_5KHZ, FSKBW_31_3KHZ, FSKBW_15_6KHZ, FSKBW_7_8KHZ, FSKBW_3_9KHZ, FSKBW_INVALID_PADDING_0, FSKBW_200_0KHZ, FSKBW_100_0KHZ, FSKBW_50_0KHZ, FSKBW_25_0KHZ, FSKBW_12_5KHZ, FSKBW_6_3KHZ, FSKBW_3_1KHZ, FSKBW_INVALID_PADDING_1, FSKBW_166_7KHZ, FSKBW_83_3KHZ, FSKBW_41_7KHZ, FSKBW_20_8KHZ, FSKBW_10_4KHZ, FSKBW_5_2KHZ, FSKBW_2_6KHZ }
	Possible FSK bandWidth supported. More...

enum	_RadioFSKShaping_t { FSK_SHAPING_NONE = 0, FSK_SHAPING_GAUSS_BT_1_0, FSK_SHAPING_GAUSS_BT_0_5, FSK_SHAPING_GAUSS_BT_0_3 }
	Possible FSK shaping supported. More...

enum	_RadioLoRaBandWidth_t { BW_125KHZ = 7, BW_250KHZ, BW_500KHZ, BW_UNDEFINED }
	Possible LoRa bandWidth supported. More...

enum	_RadioMode_t { MODE_SLEEP = 0, MODE_STANDBY, MODE_FSTX, MODE_TX, MODE_FSRX, MODE_RXCONT, MODE_RXSINGLE, MODE_CAD }

enum	_RadioModulation_t { MODULATION_FSK = 0, MODULATION_LORA }
	Possible modulations supported. More...

enum	_RadioReceive_t { RECEIVE_START, RECEIVE_STOP }
	Attributes for starting and stopping the receive operation. More...

enum	_RadioState_t { RADIO_STATE_SLEEP = 0, RADIO_STATE_IDLE, RADIO_STATE_TX, RADIO_STATE_SCAN, RADIO_STATE_RX, RADIO_STATE_RX_BUSY, RADIO_STATE_CAD }
	Possible Radio states. More...

Functions
void	RADIO_ClearCallbackBitmask (uint8_t bitmask)
	The function disables the callbacks by setting masks. More...

void	RADIO_DIO0 (void)
	This function is called when a hardware radio interrupt DIO0 occurs. More...

void	RADIO_DIO1 (void)
	This function is called when a hardware radio interrupt DIO1 occurs. More...

void	RADIO_DIO2 (void)
	This function is called when a hardware radio interrupt DIO2 occurs. More...

void	RADIO_DIO3 (void)
	This function is called when a hardware radio interrupt DIO3 occurs. More...

void	RADIO_DIO4 (void)
	This function is called when a hardware radio interrupt DIO4 occurs. More...

void	RADIO_DIO5 (void)
	This function is called when a hardware radio interrupt DIO5 occurs. More...

void	RADIO_FHSSChangeChannel (void)
	This function sets the receive frequency of the transceiver while hopping in FHSS. More...

void	RADIO_FSKFifoEmpty (void)
	This function is triggered when the FIFO is empty. More...

void	RADIO_FSKFifoLevel (void)
	This function is triggered when the FIFO is above the threshold value. More...

void	RADIO_FSKPacketSent (void)
	This function is triggered by hardware interrupt when a FSK is transmitted. More...

void	RADIO_FSKPayloadReady (void)
	This function is triggered by hardware interrupt when a FSK is received. More...

void	RADIO_FSKSyncAddr (void)
	This function is called when a sync address match happens or when packet collision happens. More...

RadioError_t	RADIO_GetAttr (RadioAttribute_t attribute, void *value)
	This function gets the radio attribute. More...

uint8_t	RADIO_GetCallbackBitmask (void)
	The function enables or disables the callbacks by setting masks. More...

RadioError_t	RADIO_GetData (uint8_t *data, uint16_t dataLen)
	This function can be called by MAC to read radio buffer pointer and length of a receive frame(typically in rxdone) More...

RadioState_t	RADIO_GetState (void)
	This function gets the radio state. More...

void	RADIO_Init (void)
	The Radio Init initializes the transceiver. More...

void	RADIO_InitDefaultAttributes (void)
	The function initializes the default attributes depending on region chosen. More...

uint16_t	RADIO_ReadRandom (void)
	This function generates random number using the transceiver and returns it. More...

RadioError_t	RADIO_Receive (RadioReceiveParam_t *param)
	This function receives the data and stores it in the buffer pointer space by doing a task post to the RADIO_RxHandler. More...

void	RADIO_RxDone (void)
	This function is triggered by hardware interrupt when a LoRa is received. More...

void	RADIO_RxTimeout (void)
	This function is triggered when no packets are received within a specified Rx window. More...

RadioError_t	RADIO_SetAttr (RadioAttribute_t attribute, void *value)
	This function sets the radio attribute. More...

void	RADIO_SetCallbackBitmask (uint8_t bitmask)
	The function enables the callbacks by setting masks. More...

RadioError_t	RADIO_StopCW (void)
	The function stops the transmission of a CW. More...

RadioError_t	RADIO_Transmit (RadioTransmitParam_t *param)
	This function transmits the data by doing a task post to the RADIO_TxHandler. More...

RadioError_t	RADIO_TransmitCW (void)
	The function transmits a CW and is supported only in LORA mode. More...

void	RADIO_TxDone (void)
	This function is triggered by hardware interrupt when a LoRa is transmitted. More...

void	RADIO_UnhandledInterrupt (RadioModulation_t modulation)
	This function handles the rogue radio interrupts. More...

#define RADIO_DEFAULT_CALLBACK_MASK

Value:

RADIO_RX_DONE_CALLBACK_MASK     | \
                                            RADIO_TX_DONE_CALLBACK_MASK     | \
                                            RADIO_TX_TIMEOUT_CALLBACK_MASK  | \
                                            RADIO_RX_TIMEOUT_CALLBACK_MASK  | \
                                            RADIO_RX_ERROR_CALLBACK_MASK

#define RADIO_FHSS_NEXT_FREQ_CALLBACK_MASK (1 << 5)

#define RADIO_OPMODE_MASK (0x07)

#define RADIO_PHY_FSK_PREAMBLE_BYTES_LENGTH (5u)

#define RADIO_PHY_PREAMBLE_LENGTH (8u)

#define RADIO_RX_DONE_CALLBACK_MASK (1 << 0)

#define RADIO_RX_ERROR_CALLBACK_MASK (1 << 4)

#define RADIO_RX_TIMEOUT_CALLBACK_MASK (1 << 3)

#define RADIO_TX_DONE_CALLBACK_MASK (1 << 1)

#define RADIO_TX_TIMEOUT_CALLBACK_MASK (1 << 2)

#define RADIO_WATCHDOG_TIMEOUT ((uint32_t)15000)

#define TIME_ON_AIR_LOAD_VALUE ((uint32_t)20000)

typedef enum _RadioAttribute_t RadioAttribute_t

A list of all the attributes.

typedef void(* RadioCallback_t)(RadioCallbackID_t callback, void *param)

The radio callback typedef used to declare callback functions from the radio layer.

typedef enum _RadioCallbackID_t RadioCallbackID_t

Possible callbacks that can registered to by the upper layer.

typedef struct _RadioCallbackParam_t RadioCallbackParam_t

A structure for storing the callback parameters.

typedef struct _RadioConfiguration_t RadioConfiguration_t

A structure for storing all the attributes of the radio and the transceiver.

typedef enum _RadioDataRate_t RadioDataRate_t

Possible spread factors supported.

typedef enum _RadioError_t RadioError_t

Possible error states returned by the radio.

typedef enum _RadioErrorCodingRate_t RadioErrorCodingRate_t

Possible error coding rate supported.

typedef enum _RadioFSKBandWidth_t RadioFSKBandWidth_t

Possible FSK bandWidth supported.

typedef enum _RadioFSKShaping_t RadioFSKShaping_t

Possible FSK shaping supported.

typedef struct _RadioLBT_t RadioLBT_t

A structure for storing all Listen Before Talk parameters.

typedef struct _RadioLBTParams_t RadioLBTParams_t

A structure for storing the Listen Before Talk parameters for get and set.

typedef enum _RadioLoRaBandWidth_t RadioLoRaBandWidth_t

Possible LoRa bandWidth supported.

typedef enum _RadioMode_t RadioMode_t

typedef struct _RadioModeModulation_t RadioModeModulation_t

A structure for storing the modes and modulations supported as parameters for get and set.

typedef enum _RadioModulation_t RadioModulation_t

Possible modulations supported.

typedef enum _RadioReceive_t RadioReceive_t

Attributes for starting and stopping the receive operation.

typedef struct _RadioReceiveParam_t RadioReceiveParam_t

A structure for storing the receive parameters.

typedef enum _RadioState_t RadioState_t

Possible Radio states.

typedef struct _RadioTransmitParam_t RadioTransmitParam_t

A structure for storing the transmit parameters.

enum _RadioAttribute_t

A list of all the attributes.

Enumerator
LORA_SYNC_WORD
CHANNEL_FREQUENCY
CHANNEL_FREQUENCY_DEVIATION
PREAMBLE_LEN
OUTPUT_POWER
CRC
IQINVERTED
BANDWIDTH
PABOOST
MODULATION
FREQUENCY_HOP_PERIOD
ERROR_CODING_RATE
WATCHDOG_TIMEOUT
FSK_BIT_RATE
PACKET_SNR
FSK_DATA_SHAPING
FSK_RX_BW
FSK_AFC_BW
FSK_SYNC_WORD
FSK_SYNC_WORD_LEN
CRC_ON
MAX_POWER
SPREADING_FACTOR
GET_RANDOM
GET_MAX_POWER
SYMBOL_TIMEOUT
RADIO_CALLBACK
MODE_MODULATION
MAX_RADIO_ATTRIBUTES
RADIO_LBT_PARAMS
RADIO_CLOCK_STABLE_DELAY
PACKET_RSSI_VALUE

enum _RadioCallbackID_t

Possible callbacks that can registered to by the upper layer.

Enumerator
RADIO_RX_DONE_CALLBACK
RADIO_TX_DONE_CALLBACK
RADIO_TX_TIMEOUT_CALLBACK
RADIO_RX_TIMEOUT_CALLBACK
RADIO_RX_ERROR_CALLBACK
RADIO_FHSS_NEXT_FREQ_CALLBACK

enum _RadioDataRate_t

Possible spread factors supported.

Enumerator
SF_7
SF_8
SF_9
SF_10
SF_11
SF_12

enum _RadioError_t

Possible error states returned by the radio.

Enumerator
ERR_NONE
ERR_NO_DATA
ERR_DATA_SIZE
ERR_INVALID_REQ
ERR_RADIO_BUSY
ERR_OUT_OF_RANGE
ERR_UNSUPPORTED_ATTR
ERR_CHANNEL_BUSY

enum _RadioErrorCodingRate_t

Possible error coding rate supported.

Enumerator
CR_4_5
CR_4_6
CR_4_7
CR_4_8

enum _RadioFSKBandWidth_t

Possible FSK bandWidth supported.

Enumerator
FSKBW_250_0KHZ
FSKBW_125_0KHZ
FSKBW_62_5KHZ
FSKBW_31_3KHZ
FSKBW_15_6KHZ
FSKBW_7_8KHZ
FSKBW_3_9KHZ
FSKBW_INVALID_PADDING_0
FSKBW_200_0KHZ
FSKBW_100_0KHZ
FSKBW_50_0KHZ
FSKBW_25_0KHZ
FSKBW_12_5KHZ
FSKBW_6_3KHZ
FSKBW_3_1KHZ
FSKBW_INVALID_PADDING_1
FSKBW_166_7KHZ
FSKBW_83_3KHZ
FSKBW_41_7KHZ
FSKBW_20_8KHZ
FSKBW_10_4KHZ
FSKBW_5_2KHZ
FSKBW_2_6KHZ

enum _RadioFSKShaping_t

Possible FSK shaping supported.

Enumerator
FSK_SHAPING_NONE
FSK_SHAPING_GAUSS_BT_1_0
FSK_SHAPING_GAUSS_BT_0_5
FSK_SHAPING_GAUSS_BT_0_3

enum _RadioLoRaBandWidth_t

Possible LoRa bandWidth supported.

Enumerator
BW_125KHZ
BW_250KHZ
BW_500KHZ
BW_UNDEFINED

enum _RadioMode_t

Enumerator
MODE_SLEEP
MODE_STANDBY
MODE_FSTX
MODE_TX
MODE_FSRX
MODE_RXCONT
MODE_RXSINGLE
MODE_CAD

enum _RadioModulation_t

Possible modulations supported.

Enumerator
MODULATION_FSK
MODULATION_LORA

enum _RadioReceive_t

Attributes for starting and stopping the receive operation.

Enumerator
RECEIVE_START
RECEIVE_STOP

enum _RadioState_t

Possible Radio states.

Enumerator
RADIO_STATE_SLEEP
RADIO_STATE_IDLE
RADIO_STATE_TX
RADIO_STATE_SCAN
RADIO_STATE_RX
RADIO_STATE_RX_BUSY
RADIO_STATE_CAD

void RADIO_ClearCallbackBitmask ( uint8_t bitmask )

The function disables the callbacks by setting masks.

Setting a bit to 1 means that the callback is enabled Setting a bit to 0 means that the callback is disabled

Parameters

bitmask - The bitmask for disabling callbacks.

void RADIO_DIO0 ( void )

This function is called when a hardware radio interrupt DIO0 occurs.

void RADIO_DIO1 ( void )

This function is called when a hardware radio interrupt DIO1 occurs.

void RADIO_DIO2 ( void )

This function is called when a hardware radio interrupt DIO2 occurs.

void RADIO_DIO3 ( void )

This function is called when a hardware radio interrupt DIO3 occurs.

void RADIO_DIO4 ( void )

This function is called when a hardware radio interrupt DIO4 occurs.

void RADIO_DIO5 ( void )

This function is called when a hardware radio interrupt DIO5 occurs.

void RADIO_FHSSChangeChannel ( void )

This function sets the receive frequency of the transceiver while hopping in FHSS.

Parameters

- none

Returns: - none.

References _RadioCallbackMask_t::BitMask, _RadioConfiguration_t::frequencyHopPeriod, RADIO_FHSS_NEXT_FREQ_CALLBACK, RADIO_RegisterRead(), RADIO_RegisterWrite(), Radio_WriteFrequency(), _RadioConfiguration_t::radioCallback, _RadioCallbackMask_t::_BitMask_::radioFhssfreqCallback, REG_LORA_IRQFLAGS, and SHIFT1.

void RADIO_FSKFifoEmpty ( void )

This function is triggered when the FIFO is empty.

    This is triggered by a hardware interrupt.

Parameters

- none

Returns: - none

void RADIO_FSKFifoLevel ( void )

This function is triggered when the FIFO is above the threshold value.

This is triggered by a hardware interrupt.

Parameters

- none

Returns: - none

void RADIO_FSKPacketSent ( void )

This function is triggered by hardware interrupt when a FSK is transmitted.

Parameters

- none

Returns: - none

void RADIO_FSKPayloadReady ( void )

This function is triggered by hardware interrupt when a FSK is received.

Parameters

- none

Returns: - none

void RADIO_FSKSyncAddr ( void )

This function is called when a sync address match happens or when packet collision happens.

In that case we clear the FSKPayload index and datalen variables to download the new packet.

Parameters

- none

Returns: - none.

RadioError_t RADIO_GetAttr	(	RadioAttribute_t	attribute,
		void *	value
	)

This function gets the radio attribute.

Parameters

attribute	- The attribute to get.
value	- The pointer that is used to get the value.

Returns: - The error condition for getting a given attribute.

Referenced by MSG_IsTxPossible().

uint8_t RADIO_GetCallbackBitmask ( void )

The function enables or disables the callbacks by setting masks.

Setting a bit to 1 means that the callback is enabled Setting a bit to 0 means that the callback is disabled

Returns: - Returns the bit mask that is stored.

RadioError_t RADIO_GetData	(	uint8_t **	data,
		uint16_t *	dataLen
	)

This function can be called by MAC to read radio buffer pointer and length of a receive frame(typically in rxdone)

Parameters

-	place holder for data pointer, length

Returns: - ERR_NONE. Other types are not used now.

RadioState_t RADIO_GetState ( void )

This function gets the radio state.

Returns: - The current state of the radio.

void RADIO_Init ( void )

The Radio Init initializes the transceiver.

void RADIO_InitDefaultAttributes ( void )

The function initializes the default attributes depending on region chosen.

uint16_t RADIO_ReadRandom ( void )

This function generates random number using the transceiver and returns it.

Parameters

- none

Returns: - returns the random number generated.

References i, MODE_RXCONT, MODE_SLEEP, MODULATION_LORA, Radio_DisableRfControl(), Radio_EnableRfControl(), RADIO_RegisterRead(), RADIO_RegisterWrite(), Radio_ResetClockInput(), RADIO_RFCTRL_RX, Radio_SetClockInput(), Radio_WriteMode(), REG_LORA_IRQFLAGS, REG_LORA_IRQFLAGSMASK, REG_LORA_RSSIWIDEBAND, SHIFT1, and SystemBlockingWaitMs().

RadioError_t RADIO_Receive ( RadioReceiveParam_t * param )

This function receives the data and stores it in the buffer pointer space by doing a task post to the RADIO_RxHandler.

Parameters

param - Stores the receive parameters.

Returns: - The error condition for the receive operation.

void RADIO_RxDone ( void )

This function is triggered by hardware interrupt when a LoRa is received.

Parameters

- none

Returns: - none

void RADIO_RxTimeout ( void )

This function is triggered when no packets are received within a specified Rx window.

This is triggered by a hardware interrupt.

Parameters

- none

Returns: - none

RadioError_t RADIO_SetAttr	(	RadioAttribute_t	attribute,
		void *	value
	)

This function sets the radio attribute.

Parameters

attribute	- The attribute to set.
value	- The pointer that is used to set the value.

Returns: - The error condition for setting a given attribute.

Referenced by enddevice_cpc_execute_command().

void RADIO_SetCallbackBitmask ( uint8_t bitmask )

The function enables the callbacks by setting masks.

Setting a bit to 1 means that the callback is enabled Setting a bit to 0 means that the callback is disabled

Parameters

bitmask - The bitmask for enabling and disabling callbacks.

RadioError_t RADIO_StopCW ( void )

The function stops the transmission of a CW.

Returns: - returns the status of the operation

Referenced by enddevice_txcw_callback().

RadioError_t RADIO_Transmit ( RadioTransmitParam_t * param )

This function transmits the data by doing a task post to the RADIO_TxHandler.

Parameters

param - Stores the transmission parameters.

Returns: - The error condition for the transmit operation.

RadioError_t RADIO_TransmitCW ( void )

The function transmits a CW and is supported only in LORA mode.

Returns: - returns the status of the operation

Referenced by enddevice_cpc_execute_command().

void RADIO_TxDone ( void )

This function is triggered by hardware interrupt when a LoRa is transmitted.

Parameters

- none

Returns: - none

void RADIO_UnhandledInterrupt ( RadioModulation_t modulation )

This function handles the rogue radio interrupts.

Parameters

modulation - modulation when this function is called.

Returns: - none.

Microchip® Advanced Software Framework

Data Structures

Macros

Typedefs

Enumerations

Functions