telux::sensor Namespace Reference

Data Structures
class	ISensorClient
	ISensorClient interface is used to access the different services provided by the sensor framework to configure, activate and acquire sensor data. More...
class	ISensorEventListener
	ISensorEventListener interface is used to receive notifications related to sensor events and configuration updates. More...
class	ISensorFeatureEventListener
	ISensorFeatureEventListener interface is used to receive notifications related to sensor feature events. More...
class	ISensorFeatureManager
	Sensor Feature Manager class provides APIs to interact with the sensor framework to list the available features, enable them or disable them. The availability of sensor features depends on the capabilities of the underlying hardware. More...
class	ISensorManager
	Sensor Manager class provides APIs to interact with the sensor sub-system and get access to other sensor objects which can be used to configure, activate or get data from the individual sensors available - Gyro, Accelero, etc. More...
struct	MotionSensorData
	Structure of a single sample from a motion sensor. More...
struct	SensorConfiguration
	Configurable parameters of a sensor. More...
struct	SensorEvent
	Structure of a single sensor event. More...
union	SensorEvent.__unnamed__
class	SensorFactory
	SensorFactory is the central factory to create instances of sensor objects. More...
struct	SensorFeature
	Feature offered by sensor hardware and/or software framework. More...
struct	SensorFeatureEvent
	Structure of an event that is generated from a sensor feature. More...
struct	SensorInfo
	Information related to sensor. More...
struct	UncalibratedMotionSensorData
	Structure of a single sample from uncalibrated motion sensor. More...

Typedefs
using	SelfTestResultCallback = std::function< void(telux::common::ErrorCode result)>
	This file hosts the sensor interfaces to configure, activate or get data from the individual sensors available - Gyroscope, Accelerometer, etc. More...
using	ISensor = ISensorClient
using	SensorConfigMask = std::bitset< SensorConfigParams::SENSOR_CONFIG_NUM_PARAMS >

Enumerations
enum	SensorType {   SensorType::ACCELEROMETER = 1, SensorType::GYROSCOPE = 4, SensorType::GYROSCOPE_UNCALIBRATED = 16, SensorType::ACCELEROMETER_UNCALIBRATED = 35,   SensorType::INVALID = 0xFF }
	Enumeration of different sensors available. More...
enum	SensorConfigParams { SAMPLING_RATE, BATCH_COUNT, SENSOR_CONFIG_NUM_PARAMS }
enum	SelfTestType { SelfTestType::POSITIVE, SelfTestType::NEGATIVE }
	Types of self test the sensor can perform. More...