Class to manage an IEEE 802.15.4 transceiver using the ESP-IDF API. On the sending side we support broadcast and direct addressing. On the receiving side we support promiscuous mode, and reveiving only frames that are destinated to the device or broadcast frames. More...

#include <ESP32TransceiverIEEE802_15_4.h>

Collaboration diagram for ieee802154::ESP32TransceiverIEEE802_15_4:

[legend]

Public Member Functions
bool	begin ()
	Initialize the IEEE 802.15.4 transceiver with a specified channel.

bool	begin (FrameControlField fcf)
	Initialize the IEEE 802.15.4 transceiver with a specified channel.

bool	end (void)
	Deinitialize the IEEE 802.15.4 transceiver.

	ESP32TransceiverIEEE802_15_4 (channel_t channel, int16_t panID, Address localAddress)
	Construct a new ESP32TransceiverIEEE802_15_4 object.

uint32_t	getAckTimeoutUs () const
	Get the current acknowledgment timeout in microseconds.

channel_t	getChannel () const
	Get the current channel of the transceiver.

Frame &	getFrame ()

FrameControlField &	getFrameControlField ()
	Get a reference to the Frame Control Field (FCF) for outgoing frames.

StreamBufferHandle_t	getMessageBuffer () const
	Get the FreeRTOS message buffer handle for received frames.

esp_ieee802154_pending_mode_t	getPendingMode ()
	Get the current pending mode of the transceiver.

int8_t	getTxPower ()
	Get the current transmit power of the transceiver.

void	incrementSequenceNumber (int n=1)
	Increment the sequence number in the current frame by a specified value.

bool	isCCAActive () const
	Check if CCA (Clear Channel Assessment) is enabled.

bool	isCoordinatorActive () const
	Check if the transceiver is currently set as coordinator.

bool	isPromiscuousModeActive () const
	Check if promiscuous mode is active.

bool	isRxWhenIdleActive () const
	Check if RX when idle mode is active.

bool	send (Frame &frame)
	Transmit an IEEE 802.15.4 frame. You need to setup up all values in the frame object before calling this method. The channel and destination address will be used from the frame object.

bool	send (uint8_t *data, size_t len)
	Transmit an IEEE 802.15.4 frame on the current channel.

void	setAckTimeoutUs (uint32_t timeout_us)
	Set the time in us to wait for the ack frame.

void	setAutoIncrementSequenceNumber (bool auto_increment)
	Enable or disable automatic incrementing of the sequence number after each successful transmission.

void	setBroadcast ()
	Set the destination address to the broadcast address (0xFFFF).

void	setCCAActive (bool cca_enabled)
	Enable or disable CCA (Clear Channel Assessment).

bool	setChannel (channel_t channel)
	Change the IEEE 802.15.4 channel.

bool	setCoordinatorActive (bool coordinator)
	Set the coordinator mode for the transceiver.

void	setDestinationAddress (const Address &address)
	Set the destination address for outgoing frames.

void	setFrameControlField (const FrameControlField &fcf)
	Set the Frame Control Field (FCF) for outgoing frames.

bool	setPromiscuousModeActive (bool promiscuous)
	Set promiscuous mode for the transceiver.

void	setReceiveBufferSize (int size)

void	setReceiveTask (void(task)(void pvParameters))
	Set a custom FreeRTOS task function for processing received packets.

bool	setRxCallback (ieee802154_transceiver_rx_callback_t callback, void *user_data)
	Set the callback function for received frames.

bool	setRxWhenIdleActive (bool rx_when_idle)
	Set RX when idle mode for the transceiver.

bool	setSfdCallback (ieee802154_transceiver_sfd_callback_t callback, void *user_data)
	Set the callback function for SFD (Start Frame Delimiter) received event.

bool	setSfdTxCallback (ieee802154_transceiver_sfd_tx_callback_t callback, void *user_data)
	Set the callback function for SFD transmitted event.

bool	setTxDoneCallback (ieee802154_transceiver_tx_done_callback_t callback, void *user_data)
	Set the callback function for successful frame transmission.

bool	setTxFailedCallback (ieee802154_transceiver_tx_failed_callback_t callback, void *user_data)
	Set the callback function for failed frame transmission.

bool	setTxPower (int power)
	Set the transmit power of the transceiver.

Protected Member Functions
void	onRxDone (uint8_t frame, esp_ieee802154_frame_info_t frame_info)

void	onStartFrameDelimiterReceived ()

void	onStartFrameDelimiterTransmitDone (uint8_t *frame)

void	onTransmitDone (const uint8_t frame, const uint8_t ack, esp_ieee802154_frame_info_t *ack_frame_info)

void	onTransmitFailed (const uint8_t *frame, esp_ieee802154_tx_error_t error)

esp_err_t	transmit_frame (Frame *frame)

Static Protected Member Functions
static void	default_receive_packet_task (void *pvParameters)

Protected Attributes
uint32_t	ack_timeout_us = (2016 * 16)

bool	auto_increment_sequence_number = true

bool	cca_enabled = false

channel_t	channel = channel_t::UNDEFINED

Address	destination_address = BROADCAST_ADDRESS

Frame	frame

FrameControlField	frame_control_field {}

bool	is_active = false

bool	is_coordinator = false

bool	is_promiscuous_mode = false

bool	is_rx_when_idle = true

Address	local_address

StreamBufferHandle_t	message_buffer = nullptr

int16_t	panID

bool	radio_enabled = false

int	receive_msg_buffer_size = sizeof(frame_data_t) + 4

void(*	receive_packet_task )(void *pvParameters)=default_receive_packet_task

ieee802154_transceiver_rx_callback_t	rx_callback_ = nullptr

void *	rx_callback_user_data_ = nullptr

TaskHandle_t	rx_task_handle = nullptr

ieee802154_transceiver_sfd_callback_t	sfd_callback_ = nullptr

void *	sfd_callback_user_data_ = nullptr

ieee802154_transceiver_sfd_tx_callback_t	sfd_tx_callback_ = nullptr

void *	sfd_tx_callback_user_data_ = nullptr

uint8_t	transmit_buffer [MAX_FRAME_LEN] = {0}

ieee802154_transceiver_tx_done_callback_t	tx_done_callback_ = nullptr

void *	tx_done_callback_user_data_ = nullptr

ieee802154_transceiver_tx_failed_callback_t	tx_failed_callback_ = nullptr

void *	tx_failed_callback_user_data_ = nullptr

Friends
void	receive_packet_task (void *)
	Forward declarations.

Detailed Description

Class to manage an IEEE 802.15.4 transceiver using the ESP-IDF API. On the sending side we support broadcast and direct addressing. On the receiving side we support promiscuous mode, and reveiving only frames that are destinated to the device or broadcast frames.

Warning: Only one instance of this class should be created, as the ESP-IDF callbacks are global and will reference the single instance through a global pointer. Creating multiple instances may lead to undefined behavior.

Constructor & Destructor Documentation

◆ ESP32TransceiverIEEE802_15_4()

ieee802154::ESP32TransceiverIEEE802_15_4::ESP32TransceiverIEEE802_15_4	(	channel_t	channel,
		int16_t	panID,
		Address	localAddress
	)

inline

Construct a new ESP32TransceiverIEEE802_15_4 object.

Parameters

panID	The Personal Area Network Identifier to use for the transceiver.
localAddress	The local address for the device.

Member Function Documentation

◆ begin() [1/2]

bool ieee802154::ESP32TransceiverIEEE802_15_4::begin ( )

Initialize the IEEE 802.15.4 transceiver with a specified channel.

Returns: ESP_OK on success, or an error code on failure.

◆ begin() [2/2]

bool ieee802154::ESP32TransceiverIEEE802_15_4::begin ( FrameControlField fcf )

inline

Initialize the IEEE 802.15.4 transceiver with a specified channel.

Parameters

fcf	The Frame Control Field to use for the transceiver. transceiver.

Returns: ESP_OK on success, or an error code on failure.

◆ default_receive_packet_task()

void ieee802154::ESP32TransceiverIEEE802_15_4::default_receive_packet_task ( void * pvParameters )

staticprotected

◆ end()

bool ieee802154::ESP32TransceiverIEEE802_15_4::end ( void )

Deinitialize the IEEE 802.15.4 transceiver.

Returns: ESP_OK on success, or an error code on failure.

◆ getAckTimeoutUs()

uint32_t ieee802154::ESP32TransceiverIEEE802_15_4::getAckTimeoutUs ( ) const

inline

Get the current acknowledgment timeout in microseconds.

Returns: The acknowledgment timeout in microseconds.

◆ getChannel()

channel_t ieee802154::ESP32TransceiverIEEE802_15_4::getChannel ( ) const

inline

Get the current channel of the transceiver.

Returns: The current channel number (11-26).

◆ getFrame()

Frame & ieee802154::ESP32TransceiverIEEE802_15_4::getFrame ( )

inline

◆ getFrameControlField()

FrameControlField & ieee802154::ESP32TransceiverIEEE802_15_4::getFrameControlField ( )

inline

Get a reference to the Frame Control Field (FCF) for outgoing frames.

Returns: Reference to the current Frame Control Field structure.

◆ getMessageBuffer()

StreamBufferHandle_t ieee802154::ESP32TransceiverIEEE802_15_4::getMessageBuffer ( ) const

inline

Get the FreeRTOS message buffer handle for received frames.

Returns: StreamBufferHandle_t for the RX message buffer.

◆ getPendingMode()

esp_ieee802154_pending_mode_t ieee802154::ESP32TransceiverIEEE802_15_4::getPendingMode ( )

inline

Get the current pending mode of the transceiver.

Returns: The pending mode value from the ESP-IDF driver.

◆ getTxPower()

int8_t ieee802154::ESP32TransceiverIEEE802_15_4::getTxPower ( )

inline

Get the current transmit power of the transceiver.

Returns: The transmit power value from the ESP-IDF driver.

◆ incrementSequenceNumber()

void ieee802154::ESP32TransceiverIEEE802_15_4::incrementSequenceNumber ( int n = 1 )

inline

Increment the sequence number in the current frame by a specified value.

Parameters

n	The value to add to the current sequence number.

Note: this is automatically called after each successful transmission, but you can call it

◆ isCCAActive()

bool ieee802154::ESP32TransceiverIEEE802_15_4::isCCAActive ( ) const

inline

Check if CCA (Clear Channel Assessment) is enabled.

Returns: True if CCA is enabled, false otherwise.

◆ isCoordinatorActive()

bool ieee802154::ESP32TransceiverIEEE802_15_4::isCoordinatorActive ( ) const

inline

Check if the transceiver is currently set as coordinator.

Returns: True if coordinator mode is active, false otherwise.

◆ isPromiscuousModeActive()

bool ieee802154::ESP32TransceiverIEEE802_15_4::isPromiscuousModeActive ( ) const

inline

Check if promiscuous mode is active.

Returns: True if promiscuous mode is enabled, false otherwise.

◆ isRxWhenIdleActive()

bool ieee802154::ESP32TransceiverIEEE802_15_4::isRxWhenIdleActive ( ) const

inline

Check if RX when idle mode is active.

Returns: True if RX when idle is enabled, false otherwise.

◆ onRxDone()

void ieee802154::ESP32TransceiverIEEE802_15_4::onRxDone	(	uint8_t *	frame,
		esp_ieee802154_frame_info_t *	frame_info
	)

protected

◆ onStartFrameDelimiterReceived()

void ieee802154::ESP32TransceiverIEEE802_15_4::onStartFrameDelimiterReceived ( )

protected

◆ onStartFrameDelimiterTransmitDone()

void ieee802154::ESP32TransceiverIEEE802_15_4::onStartFrameDelimiterTransmitDone ( uint8_t * frame )

protected

◆ onTransmitDone()

void ieee802154::ESP32TransceiverIEEE802_15_4::onTransmitDone	(	const uint8_t *	frame,
		const uint8_t *	ack,
		esp_ieee802154_frame_info_t *	ack_frame_info
	)

protected

◆ onTransmitFailed()

void ieee802154::ESP32TransceiverIEEE802_15_4::onTransmitFailed	(	const uint8_t *	frame,
		esp_ieee802154_tx_error_t	error
	)

protected

◆ send() [1/2]

bool ieee802154::ESP32TransceiverIEEE802_15_4::send ( Frame & frame )

Transmit an IEEE 802.15.4 frame. You need to setup up all values in the frame object before calling this method. The channel and destination address will be used from the frame object.

Parameters

frame Pointer to the frame to transmit.

Returns: True on success, false on failure.

Note: if the the frame frame does not have a PAN, source or destination address, we will use the information defined in the transceiver object.

◆ send() [2/2]

bool ieee802154::ESP32TransceiverIEEE802_15_4::send	(	uint8_t *	data,
		size_t	len
	)

Transmit an IEEE 802.15.4 frame on the current channel.

Parameters

data	payload data to tramsit.
len	length of the payload data.

Returns: ESP_OK on success, or an error code on failure.

◆ setAckTimeoutUs()

void ieee802154::ESP32TransceiverIEEE802_15_4::setAckTimeoutUs ( uint32_t timeout_us )

inline

Set the time in us to wait for the ack frame.

Parameters

[in] timeout The time to wait for the ack frame, in us. It Should be a multiple of 16.

◆ setAutoIncrementSequenceNumber()

void ieee802154::ESP32TransceiverIEEE802_15_4::setAutoIncrementSequenceNumber ( bool auto_increment )

inline

Enable or disable automatic incrementing of the sequence number after each successful transmission.

Parameters

auto_increment True to enable automatic incrementing, false to

◆ setBroadcast()

void ieee802154::ESP32TransceiverIEEE802_15_4::setBroadcast ( )

inline

Set the destination address to the broadcast address (0xFFFF).

◆ setCCAActive()

void ieee802154::ESP32TransceiverIEEE802_15_4::setCCAActive ( bool cca_enabled )

inline

Enable or disable CCA (Clear Channel Assessment).

Parameters

cca_enabled True to enable CCA (Clear Channel Assessment), false to disable.

◆ setChannel()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setChannel ( channel_t channel )

Change the IEEE 802.15.4 channel.

Parameters

channel Channel number (11-26).

Returns: ESP_OK on success, or an error code on failure.

Note: This method can be called at any time to change the channel of the transceiver.

◆ setCoordinatorActive()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setCoordinatorActive ( bool coordinator )

Set the coordinator mode for the transceiver.

Parameters

coordinator True to enable coordinator mode, false to disable.

Returns: True if the mode was set successfully, false otherwise.

Note: This method must be called before begin() to take effect!

◆ setDestinationAddress()

void ieee802154::ESP32TransceiverIEEE802_15_4::setDestinationAddress ( const Address & address )

inline

Set the destination address for outgoing frames.

Parameters

address Destination address to use for outgoing frames.

◆ setFrameControlField()

void ieee802154::ESP32TransceiverIEEE802_15_4::setFrameControlField ( const FrameControlField & fcf )

inline

Set the Frame Control Field (FCF) for outgoing frames.

Parameters

fcf	The frame control field structure to use.

Note: This method must be called before begin() to take effect!

◆ setPromiscuousModeActive()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setPromiscuousModeActive ( bool promiscuous )

Set promiscuous mode for the transceiver.

Parameters

promiscuous True to enable promiscuous mode, false to disable.

Returns: True if the mode was set successfully, false otherwise.

Note: This method must be called before begin() to take effect!

◆ setReceiveBufferSize()

void ieee802154::ESP32TransceiverIEEE802_15_4::setReceiveBufferSize ( int size )

◆ setReceiveTask()

void ieee802154::ESP32TransceiverIEEE802_15_4::setReceiveTask ( void(*)(void *pvParameters) task )

inline

Set a custom FreeRTOS task function for processing received packets.

Parameters

task	Pointer to the task function to use for processing received

◆ setRxCallback()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setRxCallback	(	ieee802154_transceiver_rx_callback_t	callback,
		void *	user_data
	)

Set the callback function for received frames.

Parameters

callback	Callback function to invoke on frame reception.
user_data	User-defined data to pass to the callback.

Returns: ESP_OK on success, or an error code on failure.

◆ setRxWhenIdleActive()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setRxWhenIdleActive ( bool rx_when_idle )

Set RX when idle mode for the transceiver.

Parameters

rx_when_idle True to enable RX when idle, false to disable.

Returns: True if the mode was set successfully, false otherwise.

◆ setSfdCallback()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setSfdCallback	(	ieee802154_transceiver_sfd_callback_t	callback,
		void *	user_data
	)

Set the callback function for SFD (Start Frame Delimiter) received event.

Parameters

callback	Callback function to invoke when SFD is received.
user_data	User-defined data to pass to the callback.

Returns: ESP_OK on success, or an error code on failure.

◆ setSfdTxCallback()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setSfdTxCallback	(	ieee802154_transceiver_sfd_tx_callback_t	callback,
		void *	user_data
	)

Set the callback function for SFD transmitted event.

Parameters

callback	Callback function to invoke when SFD is transmitted.
user_data	User-defined data to pass to the callback.

Returns: ESP_OK on success, or an error code on failure.

◆ setTxDoneCallback()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setTxDoneCallback	(	ieee802154_transceiver_tx_done_callback_t	callback,
		void *	user_data
	)

Set the callback function for successful frame transmission.

Parameters

callback	Callback function to invoke when a frame is successfully transmitted.
user_data	User-defined data to pass to the callback.

Returns: ESP_OK on success, or an error code on failure.

◆ setTxFailedCallback()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setTxFailedCallback	(	ieee802154_transceiver_tx_failed_callback_t	callback,
		void *	user_data
	)

Set the callback function for failed frame transmission.

Parameters

callback	Callback function to invoke when a frame transmission fails.
user_data	User-defined data to pass to the callback.

Returns: ESP_OK on success, or an error code on failure.

◆ setTxPower()

bool ieee802154::ESP32TransceiverIEEE802_15_4::setTxPower ( int power )

Set the transmit power of the transceiver.

Parameters

power Transmit power value to set (in dBm). -24 dBm to +20 dBm

Returns: True if the power was set successfully, false otherwise.

◆ transmit_frame()

esp_err_t ieee802154::ESP32TransceiverIEEE802_15_4::transmit_frame ( Frame * frame )

protected

Friends And Related Symbol Documentation

◆ receive_packet_task

void receive_packet_task ( void * )

friend

Forward declarations.

Member Data Documentation

◆ ack_timeout_us

uint32_t ieee802154::ESP32TransceiverIEEE802_15_4::ack_timeout_us = (2016 * 16)

protected

◆ auto_increment_sequence_number

bool ieee802154::ESP32TransceiverIEEE802_15_4::auto_increment_sequence_number = true

protected

◆ cca_enabled

bool ieee802154::ESP32TransceiverIEEE802_15_4::cca_enabled = false

protected

◆ channel

channel_t ieee802154::ESP32TransceiverIEEE802_15_4::channel = channel_t::UNDEFINED

protected

◆ destination_address

Address ieee802154::ESP32TransceiverIEEE802_15_4::destination_address = BROADCAST_ADDRESS

protected

◆ frame

Frame ieee802154::ESP32TransceiverIEEE802_15_4::frame

protected

◆ frame_control_field

FrameControlField ieee802154::ESP32TransceiverIEEE802_15_4::frame_control_field {}

protected

◆ is_active

bool ieee802154::ESP32TransceiverIEEE802_15_4::is_active = false

protected

◆ is_coordinator

bool ieee802154::ESP32TransceiverIEEE802_15_4::is_coordinator = false

protected

◆ is_promiscuous_mode

bool ieee802154::ESP32TransceiverIEEE802_15_4::is_promiscuous_mode = false

protected

◆ is_rx_when_idle

bool ieee802154::ESP32TransceiverIEEE802_15_4::is_rx_when_idle = true

protected

◆ local_address

Address ieee802154::ESP32TransceiverIEEE802_15_4::local_address

protected

◆ message_buffer

StreamBufferHandle_t ieee802154::ESP32TransceiverIEEE802_15_4::message_buffer = nullptr

protected

◆ panID

int16_t ieee802154::ESP32TransceiverIEEE802_15_4::panID

protected

◆ radio_enabled

bool ieee802154::ESP32TransceiverIEEE802_15_4::radio_enabled = false

protected

◆ receive_msg_buffer_size

int ieee802154::ESP32TransceiverIEEE802_15_4::receive_msg_buffer_size = sizeof(frame_data_t) + 4

protected

◆ receive_packet_task

void(* ieee802154::ESP32TransceiverIEEE802_15_4::receive_packet_task) (void *pvParameters)=default_receive_packet_task

protecteddefault

◆ rx_callback_

ieee802154_transceiver_rx_callback_t ieee802154::ESP32TransceiverIEEE802_15_4::rx_callback_ = nullptr

protected

◆ rx_callback_user_data_

void* ieee802154::ESP32TransceiverIEEE802_15_4::rx_callback_user_data_ = nullptr

protected

◆ rx_task_handle

TaskHandle_t ieee802154::ESP32TransceiverIEEE802_15_4::rx_task_handle = nullptr

protected

◆ sfd_callback_

ieee802154_transceiver_sfd_callback_t ieee802154::ESP32TransceiverIEEE802_15_4::sfd_callback_ = nullptr

protected

◆ sfd_callback_user_data_

void* ieee802154::ESP32TransceiverIEEE802_15_4::sfd_callback_user_data_ = nullptr

protected

◆ sfd_tx_callback_

ieee802154_transceiver_sfd_tx_callback_t ieee802154::ESP32TransceiverIEEE802_15_4::sfd_tx_callback_ = nullptr

protected

◆ sfd_tx_callback_user_data_

void* ieee802154::ESP32TransceiverIEEE802_15_4::sfd_tx_callback_user_data_ = nullptr

protected

◆ transmit_buffer

uint8_t ieee802154::ESP32TransceiverIEEE802_15_4::transmit_buffer[MAX_FRAME_LEN] = {0}

protected

◆ tx_done_callback_

ieee802154_transceiver_tx_done_callback_t ieee802154::ESP32TransceiverIEEE802_15_4::tx_done_callback_ = nullptr

protected

◆ tx_done_callback_user_data_

void* ieee802154::ESP32TransceiverIEEE802_15_4::tx_done_callback_user_data_ = nullptr

protected

◆ tx_failed_callback_

ieee802154_transceiver_tx_failed_callback_t ieee802154::ESP32TransceiverIEEE802_15_4::tx_failed_callback_ = nullptr

protected

◆ tx_failed_callback_user_data_

void* ieee802154::ESP32TransceiverIEEE802_15_4::tx_failed_callback_user_data_ = nullptr

protected

The documentation for this class was generated from the following files:

Public Member Functions

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ ESP32TransceiverIEEE802_15_4()

Member Function Documentation

◆ begin() [1/2]

◆ begin() [2/2]

◆ default_receive_packet_task()

◆ end()

◆ getAckTimeoutUs()

◆ getChannel()

◆ getFrame()

◆ getFrameControlField()

◆ getMessageBuffer()

◆ getPendingMode()

◆ getTxPower()

◆ incrementSequenceNumber()

◆ isCCAActive()

◆ isCoordinatorActive()

◆ isPromiscuousModeActive()

◆ isRxWhenIdleActive()

◆ onRxDone()

◆ onStartFrameDelimiterReceived()

◆ onStartFrameDelimiterTransmitDone()

◆ onTransmitDone()

◆ onTransmitFailed()

◆ send() [1/2]

◆ send() [2/2]

◆ setAckTimeoutUs()

◆ setAutoIncrementSequenceNumber()

◆ setBroadcast()

◆ setCCAActive()

◆ setChannel()

◆ setCoordinatorActive()

◆ setDestinationAddress()

◆ setFrameControlField()

◆ setPromiscuousModeActive()

◆ setReceiveBufferSize()

◆ setReceiveTask()

◆ setRxCallback()

◆ setRxWhenIdleActive()

◆ setSfdCallback()

◆ setSfdTxCallback()

◆ setTxDoneCallback()

◆ setTxFailedCallback()

◆ setTxPower()

◆ transmit_frame()

Friends And Related Symbol Documentation

◆ receive_packet_task

Member Data Documentation

◆ ack_timeout_us

◆ auto_increment_sequence_number

◆ cca_enabled

◆ channel

◆ destination_address

◆ frame

◆ frame_control_field

◆ is_active

◆ is_coordinator

◆ is_promiscuous_mode

◆ is_rx_when_idle

◆ local_address

◆ message_buffer

◆ panID

◆ radio_enabled

◆ receive_msg_buffer_size

◆ receive_packet_task

◆ rx_callback_

◆ rx_callback_user_data_

◆ rx_task_handle

◆ sfd_callback_

◆ sfd_callback_user_data_

◆ sfd_tx_callback_

◆ sfd_tx_callback_user_data_

◆ transmit_buffer

◆ tx_done_callback_