ESP32 Bluetooth implementation class. More...

#include <EspBluetooth.h>

Inheritance diagram for EspBluetooth:

Collaboration diagram for EspBluetooth:

Public Member Functions
	EspBluetooth ()
	Constructor.

virtual	~EspBluetooth ()
	Destructor.

hf_bluetooth_err_t	Initialize (hf_bluetooth_mode_t mode) noexcept override
	Initialize the Bluetooth subsystem.

hf_bluetooth_err_t	Deinitialize () noexcept override
	Deinitialize the Bluetooth subsystem.

bool	IsInitialized () const noexcept override
	Check if Bluetooth is initialized.

hf_bluetooth_err_t	Enable () noexcept override
	Enable Bluetooth.

hf_bluetooth_err_t	Disable () noexcept override
	Disable Bluetooth.

bool	IsEnabled () const noexcept override
	Check if Bluetooth is enabled.

hf_bluetooth_err_t	SetMode (hf_bluetooth_mode_t mode) noexcept override
	Set Bluetooth operating mode.

hf_bluetooth_mode_t	GetMode () const noexcept override
	Get current Bluetooth operating mode.

hf_bluetooth_err_t	GetLocalAddress (hf_bluetooth_address_t &address) const noexcept override
	Get local Bluetooth address.

hf_bluetooth_err_t	SetDeviceName (const std::string &name) noexcept override
	Set local device name.

std::string	GetDeviceName () const noexcept override
	Get local device name.

hf_bluetooth_err_t	StartScan (uint32_t duration_ms=0, hf_bluetooth_scan_type_t type=hf_bluetooth_scan_type_t::HF_BLUETOOTH_SCAN_TYPE_ACTIVE) noexcept override
	Start device discovery/scanning.

hf_bluetooth_err_t	StopScan () noexcept override
	Stop device discovery/scanning.

bool	IsScanning () const noexcept override
	Check if currently scanning.

hf_bluetooth_err_t	GetDiscoveredDevices (std::vector< hf_bluetooth_device_info_t > &devices) noexcept override
	Get list of discovered devices.

hf_bluetooth_err_t	ClearDiscoveredDevices () noexcept override
	Clear discovered devices list.

hf_bluetooth_err_t	StartAdvertising () noexcept override
	Start BLE advertising.

hf_bluetooth_err_t	StopAdvertising () noexcept override
	Stop BLE advertising.

bool	IsAdvertising () const noexcept override
	Check if currently advertising.

hf_bluetooth_err_t	Connect (const hf_bluetooth_address_t &address, uint32_t timeout_ms=0) noexcept override
	Connect to a remote device.

hf_bluetooth_err_t	Disconnect (const hf_bluetooth_address_t &address) noexcept override
	Disconnect from a remote device.

bool	IsConnected (const hf_bluetooth_address_t &address) const noexcept override
	Check if connected to a device.

hf_bluetooth_err_t	GetConnectedDevices (std::vector< hf_bluetooth_device_info_t > &devices) noexcept override
	Get list of connected devices.

hf_bluetooth_err_t	Pair (const hf_bluetooth_address_t &address, const std::string &pin="") noexcept override
	Pair with a remote device.

hf_bluetooth_err_t	Unpair (const hf_bluetooth_address_t &address) noexcept override
	Unpair from a remote device.

bool	IsPaired (const hf_bluetooth_address_t &address) const noexcept override
	Check if paired with a device.

hf_bluetooth_err_t	SendData (const hf_bluetooth_address_t &address, const std::vector< uint8_t > &data) noexcept override
	Send data to a connected device.

int	GetAvailableData (const hf_bluetooth_address_t &address) const noexcept override
	Check if data is available to read.

hf_bluetooth_err_t	ReadData (const hf_bluetooth_address_t &address, std::vector< uint8_t > &data, size_t max_bytes=0) noexcept override
	Read available data from a connected device.

hf_bluetooth_err_t	DiscoverServices (const hf_bluetooth_address_t &address, std::vector< hf_bluetooth_gatt_service_t > &services) noexcept override
	Discover GATT services on a connected device.

hf_bluetooth_err_t	DiscoverCharacteristics (const hf_bluetooth_address_t &address, const std::string &service_uuid, std::vector< hf_bluetooth_gatt_characteristic_t > &characteristics) noexcept override
	Discover GATT characteristics for a service.

hf_bluetooth_err_t	ReadCharacteristic (const hf_bluetooth_address_t &address, const std::string &service_uuid, const std::string &characteristic_uuid, std::vector< uint8_t > &value) noexcept override
	Read GATT characteristic value.

hf_bluetooth_err_t	WriteCharacteristic (const hf_bluetooth_address_t &address, const std::string &service_uuid, const std::string &characteristic_uuid, const std::vector< uint8_t > &value, bool with_response=true) noexcept override
	Write GATT characteristic value.

hf_bluetooth_err_t	SubscribeCharacteristic (const hf_bluetooth_address_t &address, const std::string &service_uuid, const std::string &characteristic_uuid, bool enable) noexcept override
	Subscribe to GATT characteristic notifications.

hf_bluetooth_state_t	GetState () const noexcept override
	Get current Bluetooth state.

int8_t	GetRssi (const hf_bluetooth_address_t &address) const noexcept override
	Get signal strength for a connected device.

hf_bluetooth_err_t	RegisterEventCallback (hf_bluetooth_event_callback_t callback) noexcept override
	Register event callback function.

hf_bluetooth_err_t	RegisterDataCallback (hf_bluetooth_data_callback_t callback) noexcept override
	Register data callback function.

hf_bluetooth_err_t	UnregisterEventCallback () noexcept override
	Unregister event callback function.

hf_bluetooth_err_t	UnregisterDataCallback () noexcept override
	Unregister data callback function.

hf_bluetooth_err_t	ConfigureClassic (const hf_bluetooth_classic_config_t &config) noexcept override
	Configure Bluetooth Classic parameters.

hf_bluetooth_err_t	SetDiscoverable (bool discoverable, uint32_t timeout_ms=0) noexcept override
	Make device discoverable.

bool	IsDiscoverable () const noexcept override
	Check if device is discoverable.

hf_bluetooth_err_t	ConfigureBle (const hf_bluetooth_ble_config_t &config) noexcept override
	Configure Bluetooth Low Energy parameters.

hf_bluetooth_err_t	GetPairedDevices (std::vector< hf_bluetooth_device_info_t > &devices) noexcept override
	Get list of paired devices.

std::string	GetImplementationInfo () const
	Get implementation-specific information.

uint32_t	GetSupportedFeatures () const
	Get supported features for current target.

Public Member Functions inherited from BaseBluetooth
virtual	~BaseBluetooth () noexcept=default
	Virtual destructor for proper cleanup of derived classes.

Private Member Functions
void	TriggerEvent (hf_bluetooth_event_t event, const void *data=nullptr)

hf_bluetooth_err_t	ValidateAddress (const hf_bluetooth_address_t &address) const

std::string	AddressToString (const hf_bluetooth_address_t &address) const

hf_bluetooth_address_t	StringToAddress (const std::string &address_str) const

Private Attributes
bool	m_initialized

bool	m_enabled

hf_bluetooth_mode_t	m_mode

hf_bluetooth_state_t	m_state

std::vector< hf_bluetooth_device_info_t >	m_discovered_devices

std::map< std::string, hf_bluetooth_device_info_t >	m_connected_devices

hf_bluetooth_ble_config_t	m_ble_config

PlatformMutex	m_device_mutex

PlatformMutex	m_state_mutex

hf_bluetooth_event_callback_t	m_event_callback

hf_bluetooth_data_callback_t	m_data_callback

void *	m_callback_context

Additional Inherited Members
Static Public Member Functions inherited from BaseBluetooth
static std::string_view	GetErrorString (hf_bluetooth_err_t error)
	Get error description string.

Protected Member Functions inherited from BaseBluetooth
	BaseBluetooth ()=default
	Protected constructor - only derived classes can instantiate.

	BaseBluetooth (const BaseBluetooth &)=delete
	Copy constructor - deleted to prevent copying.

BaseBluetooth &	operator= (const BaseBluetooth &)=delete
	Assignment operator - deleted to prevent copying.

Detailed Description

ESP32 Bluetooth implementation class.

This class provides ESP32-specific Bluetooth functionality with conditional compilation for different ESP32 variants:

ESP32C6: BLE-only using NimBLE (optimized)
ESP32/ESP32S3: Full Bluetooth with Classic + BLE
ESP32C3/H2: BLE-only using Bluedroid
ESP32S2: No Bluetooth support

Constructor & Destructor Documentation

◆ EspBluetooth()

EspBluetooth::EspBluetooth ( )

Constructor.

◆ ~EspBluetooth()

EspBluetooth::~EspBluetooth ( )

virtual

Destructor.

Member Function Documentation

◆ AddressToString()

std::string EspBluetooth::AddressToString ( const hf_bluetooth_address_t & address ) const

private

◆ ClearDiscoveredDevices()

hf_bluetooth_err_t EspBluetooth::ClearDiscoveredDevices ( )

overridevirtualnoexcept

Clear discovered devices list.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ ConfigureBle()

hf_bluetooth_err_t EspBluetooth::ConfigureBle ( const hf_bluetooth_ble_config_t & config )

overridevirtualnoexcept

Configure Bluetooth Low Energy parameters.

Parameters

config BLE configuration

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ ConfigureClassic()

hf_bluetooth_err_t EspBluetooth::ConfigureClassic ( const hf_bluetooth_classic_config_t & config )

overridevirtualnoexcept

Configure Bluetooth Classic parameters.

Parameters

config Classic configuration

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ Connect()

hf_bluetooth_err_t EspBluetooth::Connect	(	const hf_bluetooth_address_t &	address,
		uint32_t	timeout_ms = 0 )

overridevirtualnoexcept

Connect to a remote device.

Parameters

address	Remote device address
timeout_ms	Connection timeout in milliseconds (0 for default)

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ Deinitialize()

hf_bluetooth_err_t EspBluetooth::Deinitialize ( )

overridevirtualnoexcept

Deinitialize the Bluetooth subsystem.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ Disable()

hf_bluetooth_err_t EspBluetooth::Disable ( )

overridevirtualnoexcept

Disable Bluetooth.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ Disconnect()

hf_bluetooth_err_t EspBluetooth::Disconnect ( const hf_bluetooth_address_t & address )

overridevirtualnoexcept

Disconnect from a remote device.

Parameters

address Remote device address

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ DiscoverCharacteristics()

hf_bluetooth_err_t EspBluetooth::DiscoverCharacteristics	(	const hf_bluetooth_address_t &	address,
		const std::string &	service_uuid,
		std::vector< hf_bluetooth_gatt_characteristic_t > &	characteristics )

overridevirtualnoexcept

Discover GATT characteristics for a service.

Parameters

address	Remote device address
service_uuid	Service UUID
characteristics	Vector to store discovered characteristics

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ DiscoverServices()

hf_bluetooth_err_t EspBluetooth::DiscoverServices	(	const hf_bluetooth_address_t &	address,
		std::vector< hf_bluetooth_gatt_service_t > &	services )

overridevirtualnoexcept

Discover GATT services on a connected device.

Parameters

address	Remote device address
services	Vector to store discovered services

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ Enable()

hf_bluetooth_err_t EspBluetooth::Enable ( )

overridevirtualnoexcept

Enable Bluetooth.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ GetAvailableData()

int EspBluetooth::GetAvailableData ( const hf_bluetooth_address_t & address ) const

overridevirtualnoexcept

Check if data is available to read.

Parameters

address Remote device address

Returns: Number of bytes available, or -1 on error

Implements BaseBluetooth.

◆ GetConnectedDevices()

hf_bluetooth_err_t EspBluetooth::GetConnectedDevices ( std::vector< hf_bluetooth_device_info_t > & devices )

overridevirtualnoexcept

Get list of connected devices.

Parameters

devices Vector to store connected devices

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ GetDeviceName()

std::string EspBluetooth::GetDeviceName ( ) const

overridevirtualnoexcept

Get local device name.

Returns: Device name string

Implements BaseBluetooth.

◆ GetDiscoveredDevices()

hf_bluetooth_err_t EspBluetooth::GetDiscoveredDevices ( std::vector< hf_bluetooth_device_info_t > & devices )

overridevirtualnoexcept

Get list of discovered devices.

Parameters

devices Vector to store discovered devices

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ GetImplementationInfo()

std::string EspBluetooth::GetImplementationInfo ( ) const

Get implementation-specific information.

Returns: String containing implementation details

◆ GetLocalAddress()

hf_bluetooth_err_t EspBluetooth::GetLocalAddress ( hf_bluetooth_address_t & address ) const

overridevirtualnoexcept

Get local Bluetooth address.

Parameters

address Reference to store the local address

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ GetMode()

hf_bluetooth_mode_t EspBluetooth::GetMode ( ) const

overridevirtualnoexcept

Get current Bluetooth operating mode.

Returns: Current Bluetooth mode

Implements BaseBluetooth.

◆ GetPairedDevices()

hf_bluetooth_err_t EspBluetooth::GetPairedDevices ( std::vector< hf_bluetooth_device_info_t > & devices )

overridevirtualnoexcept

Get list of paired devices.

Parameters

devices Vector to store paired devices

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ GetRssi()

int8_t EspBluetooth::GetRssi ( const hf_bluetooth_address_t & address ) const

overridevirtualnoexcept

Get signal strength for a connected device.

Parameters

address Remote device address

Returns: Signal strength in dBm, or INT8_MIN on error

Implements BaseBluetooth.

◆ GetState()

hf_bluetooth_state_t EspBluetooth::GetState ( ) const

overridevirtualnoexcept

Get current Bluetooth state.

Returns: Current Bluetooth state

Implements BaseBluetooth.

◆ GetSupportedFeatures()

uint32_t EspBluetooth::GetSupportedFeatures ( ) const

Get supported features for current target.

Returns: Bitmask of supported features

◆ Initialize()

hf_bluetooth_err_t EspBluetooth::Initialize ( hf_bluetooth_mode_t mode )

overridevirtualnoexcept

Initialize the Bluetooth subsystem.

Parameters

mode	Bluetooth operating mode

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Note: For ESP32C6, only BLE mode is supported

Implements BaseBluetooth.

◆ IsAdvertising()

bool EspBluetooth::IsAdvertising ( ) const

overridevirtualnoexcept

Check if currently advertising.

Returns: true if advertising, false otherwise

Implements BaseBluetooth.

◆ IsConnected()

bool EspBluetooth::IsConnected ( const hf_bluetooth_address_t & address ) const

overridevirtualnoexcept

Check if connected to a device.

Parameters

address Remote device address

Returns: true if connected, false otherwise

Implements BaseBluetooth.

◆ IsDiscoverable()

bool EspBluetooth::IsDiscoverable ( ) const

overridevirtualnoexcept

Check if device is discoverable.

Returns: true if discoverable, false otherwise

Implements BaseBluetooth.

◆ IsEnabled()

bool EspBluetooth::IsEnabled ( ) const

overridevirtualnoexcept

Check if Bluetooth is enabled.

Returns: true if enabled, false otherwise

Implements BaseBluetooth.

◆ IsInitialized()

bool EspBluetooth::IsInitialized ( ) const

overridevirtualnoexcept

Check if Bluetooth is initialized.

Returns: true if initialized, false otherwise

Implements BaseBluetooth.

◆ IsPaired()

bool EspBluetooth::IsPaired ( const hf_bluetooth_address_t & address ) const

overridevirtualnoexcept

Check if paired with a device.

Parameters

address Remote device address

Returns: true if paired, false otherwise

Implements BaseBluetooth.

◆ IsScanning()

bool EspBluetooth::IsScanning ( ) const

overridevirtualnoexcept

Check if currently scanning.

Returns: true if scanning, false otherwise

Implements BaseBluetooth.

◆ Pair()

hf_bluetooth_err_t EspBluetooth::Pair	(	const hf_bluetooth_address_t &	address,
		const std::string &	pin = "" )

overridevirtualnoexcept

Pair with a remote device.

Parameters

address	Remote device address
pin	PIN code (for Classic, empty for BLE)

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ ReadCharacteristic()

hf_bluetooth_err_t EspBluetooth::ReadCharacteristic	(	const hf_bluetooth_address_t &	address,
		const std::string &	service_uuid,
		const std::string &	characteristic_uuid,
		std::vector< uint8_t > &	value )

overridevirtualnoexcept

Read GATT characteristic value.

Parameters

address	Remote device address
service_uuid	Service UUID
characteristic_uuid	Characteristic UUID
value	Vector to store characteristic value

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ ReadData()

hf_bluetooth_err_t EspBluetooth::ReadData	(	const hf_bluetooth_address_t &	address,
		std::vector< uint8_t > &	data,
		size_t	max_bytes = 0 )

overridevirtualnoexcept

Read available data from a connected device.

Parameters

address	Remote device address
data	Vector to store received data
max_bytes	Maximum bytes to read (0 for all available)

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ RegisterDataCallback()

hf_bluetooth_err_t EspBluetooth::RegisterDataCallback ( hf_bluetooth_data_callback_t callback )

overridevirtualnoexcept

Register data callback function.

Parameters

callback Callback function

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ RegisterEventCallback()

hf_bluetooth_err_t EspBluetooth::RegisterEventCallback ( hf_bluetooth_event_callback_t callback )

overridevirtualnoexcept

Register event callback function.

Parameters

callback Callback function

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ SendData()

hf_bluetooth_err_t EspBluetooth::SendData	(	const hf_bluetooth_address_t &	address,
		const std::vector< uint8_t > &	data )

overridevirtualnoexcept

Send data to a connected device.

Parameters

address	Remote device address
data	Data to send

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ SetDeviceName()

hf_bluetooth_err_t EspBluetooth::SetDeviceName ( const std::string & name )

overridevirtualnoexcept

Set local device name.

Parameters

name	Device name string

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ SetDiscoverable()

hf_bluetooth_err_t EspBluetooth::SetDiscoverable	(	bool	discoverable,
		uint32_t	timeout_ms = 0 )

overridevirtualnoexcept

Make device discoverable.

Parameters

discoverable	True to make discoverable, false otherwise
timeout_ms	Discoverable timeout in milliseconds (0 for indefinite)

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ SetMode()

hf_bluetooth_err_t EspBluetooth::SetMode ( hf_bluetooth_mode_t mode )

overridevirtualnoexcept

Set Bluetooth operating mode.

Parameters

mode	Bluetooth operating mode

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ StartAdvertising()

hf_bluetooth_err_t EspBluetooth::StartAdvertising ( )

overridevirtualnoexcept

Start BLE advertising.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ StartScan()

hf_bluetooth_err_t EspBluetooth::StartScan	(	uint32_t	duration_ms = 0,
		hf_bluetooth_scan_type_t	type = hf_bluetooth_scan_type_t::HF_BLUETOOTH_SCAN_TYPE_ACTIVE )

overridevirtualnoexcept

Start device discovery/scanning.

Parameters

duration_ms	Scan duration in milliseconds (0 for indefinite)
type	Scan type (BLE only)

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ StopAdvertising()

hf_bluetooth_err_t EspBluetooth::StopAdvertising ( )

overridevirtualnoexcept

Stop BLE advertising.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ StopScan()

hf_bluetooth_err_t EspBluetooth::StopScan ( )

overridevirtualnoexcept

Stop device discovery/scanning.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ StringToAddress()

hf_bluetooth_address_t EspBluetooth::StringToAddress ( const std::string & address_str ) const

private

◆ SubscribeCharacteristic()

hf_bluetooth_err_t EspBluetooth::SubscribeCharacteristic	(	const hf_bluetooth_address_t &	address,
		const std::string &	service_uuid,
		const std::string &	characteristic_uuid,
		bool	enable )

overridevirtualnoexcept

Subscribe to GATT characteristic notifications.

Parameters

address	Remote device address
service_uuid	Service UUID
characteristic_uuid	Characteristic UUID
enable	True to enable notifications, false to disable

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ TriggerEvent()

void EspBluetooth::TriggerEvent	(	hf_bluetooth_event_t	event,
		const void *	data = nullptr )

private

◆ Unpair()

hf_bluetooth_err_t EspBluetooth::Unpair ( const hf_bluetooth_address_t & address )

overridevirtualnoexcept

Unpair from a remote device.

Parameters

address Remote device address

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ UnregisterDataCallback()

hf_bluetooth_err_t EspBluetooth::UnregisterDataCallback ( )

overridevirtualnoexcept

Unregister data callback function.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ UnregisterEventCallback()

hf_bluetooth_err_t EspBluetooth::UnregisterEventCallback ( )

overridevirtualnoexcept

Unregister event callback function.

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

◆ ValidateAddress()

hf_bluetooth_err_t EspBluetooth::ValidateAddress ( const hf_bluetooth_address_t & address ) const

private

◆ WriteCharacteristic()

hf_bluetooth_err_t EspBluetooth::WriteCharacteristic	(	const hf_bluetooth_address_t &	address,
		const std::string &	service_uuid,
		const std::string &	characteristic_uuid,
		const std::vector< uint8_t > &	value,
		bool	with_response = true )

overridevirtualnoexcept

Write GATT characteristic value.

Parameters

address	Remote device address
service_uuid	Service UUID
characteristic_uuid	Characteristic UUID
value	Value to write
with_response	True to wait for write response

Returns: hf_bluetooth_err_t::BLUETOOTH_SUCCESS on success, error code otherwise

Implements BaseBluetooth.

Member Data Documentation

◆ m_ble_config

hf_bluetooth_ble_config_t EspBluetooth::m_ble_config

private

◆ m_callback_context

void* EspBluetooth::m_callback_context

private

◆ m_connected_devices

std::map<std::string, hf_bluetooth_device_info_t> EspBluetooth::m_connected_devices

private

◆ m_data_callback

hf_bluetooth_data_callback_t EspBluetooth::m_data_callback

private

◆ m_device_mutex

PlatformMutex EspBluetooth::m_device_mutex

mutableprivate

◆ m_discovered_devices

std::vector<hf_bluetooth_device_info_t> EspBluetooth::m_discovered_devices

private

◆ m_enabled

bool EspBluetooth::m_enabled

private

◆ m_event_callback

hf_bluetooth_event_callback_t EspBluetooth::m_event_callback

private

◆ m_initialized

bool EspBluetooth::m_initialized

private

◆ m_mode

hf_bluetooth_mode_t EspBluetooth::m_mode

private

◆ m_state

hf_bluetooth_state_t EspBluetooth::m_state

private

◆ m_state_mutex

PlatformMutex EspBluetooth::m_state_mutex

mutableprivate

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

inc/mcu/esp32/EspBluetooth.h
src/mcu/esp32/EspBluetooth.cpp

Public Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ EspBluetooth()

◆ ~EspBluetooth()

Member Function Documentation

◆ AddressToString()

◆ ClearDiscoveredDevices()

◆ ConfigureBle()

◆ ConfigureClassic()

◆ Connect()

◆ Deinitialize()

◆ Disable()

◆ Disconnect()

◆ DiscoverCharacteristics()

◆ DiscoverServices()

◆ Enable()

◆ GetAvailableData()

◆ GetConnectedDevices()

◆ GetDeviceName()

◆ GetDiscoveredDevices()

◆ GetImplementationInfo()

◆ GetLocalAddress()

◆ GetMode()

◆ GetPairedDevices()

◆ GetRssi()

◆ GetState()

◆ GetSupportedFeatures()

◆ Initialize()

◆ IsAdvertising()

◆ IsConnected()

◆ IsDiscoverable()

◆ IsEnabled()

◆ IsInitialized()

◆ IsPaired()

◆ IsScanning()

◆ Pair()

◆ ReadCharacteristic()

◆ ReadData()

◆ RegisterDataCallback()

◆ RegisterEventCallback()

◆ SendData()

◆ SetDeviceName()

◆ SetDiscoverable()

◆ SetMode()

◆ StartAdvertising()

◆ StartScan()

◆ StopAdvertising()

◆ StopScan()

◆ StringToAddress()

◆ SubscribeCharacteristic()

◆ TriggerEvent()

◆ Unpair()

◆ UnregisterDataCallback()

◆ UnregisterEventCallback()

◆ ValidateAddress()

◆ WriteCharacteristic()

Member Data Documentation

◆ m_ble_config

◆ m_callback_context

◆ m_connected_devices

◆ m_data_callback

◆ m_device_mutex

◆ m_discovered_devices

◆ m_enabled

◆ m_event_callback

◆ m_initialized

◆ m_mode

◆ m_state

◆ m_state_mutex