Classes
struct	AxisConfiguration

class	CAccelerometer

class	CAnalogStick

class	CAxisDetector
	Detects when an axis should be mapped. More...

class	CAxisFeature

class	CButtonDetector
	Detects when a button should be mapped. More...

class	CButtonMapping
	Generic implementation of a class that provides button mapping by translating driver events to button mapping commands. More...

class	CDeadzoneFilter
	Analog axis deadzone filtering. More...

class	CDriverPrimitive
	Basic driver element associated with input events. More...

class	CDriverReceiving
	Class to translate input events from higher-level features to driver primitives. More...

class	CFeatureAxis
	Axis of a feature (analog stick, accelerometer, etc) More...

class	CGUIDialogNewJoystick

class	CHatDetector
	Detects when a D-pad direction should be mapped. More...

class	CInputHandling
	Class to translate input from the driver into higher-level features. More...

class	CJoystickEasterEgg
	Hush!!! More...

class	CJoystickFeature
	Base class for joystick features. More...

class	CJoystickMonitor
	Monitors joystick input and resets screensaver/shutdown timers whenever motion occurs. More...

class	CJoystickTranslator
	Joystick translation utilities. More...

class	CJoystickUtils

class	CKeyDetector
	Detects when a keyboard key should be mapped. More...

class	CMouseButtonDetector
	Detects when a mouse button should be mapped. More...

class	CPointerDetector
	Detects when a mouse button should be mapped. More...

class	CPrimitiveDetector
	Detects and dispatches mapping events. More...

class	CRumbleGenerator

class	CScalarFeature

class	CThrottle

class	CWheel

class	IButtonMap
	Button map interface to translate between the driver's raw button/hat/axis elements and physical joystick features. More...

class	IButtonMapCallback
	Interface for handling button maps. More...

class	IButtonMapper
	Button mapper interface to assign the driver's raw button/hat/axis elements to physical joystick features using a provided button map. More...

class	IButtonSequence

class	IDriverHandler
	Interface defining methods to handle joystick events for raw driver elements (buttons, hats, axes) More...

class	IDriverReceiver
	Interface for sending input events to joystick drivers. More...

class	IInputHandler
	Interface for handling input events for game controllers. More...

class	IInputProvider
	Interface for classes that can provide input. More...

class	IInputReceiver
	Interface for sending input events to game controllers. More...

Typedefs
using	FeaturePtr = std::shared_ptr<CJoystickFeature>

using	FeatureName = std::string
	Name of a physical feature belonging to the joystick.

using	HAT_DIRECTION = INPUT::CARDINAL_DIRECTION
	Direction arrows on the hat (directional pad)

using	HAT_STATE = INPUT::INTERCARDINAL_DIRECTION
	States in which a hat can be.

using	ANALOG_STICK_DIRECTION = INPUT::CARDINAL_DIRECTION
	Typedef for analog stick directions.

using	RELATIVE_POINTER_DIRECTION = INPUT::CARDINAL_DIRECTION
	Directions of motion for a relative pointer.

Enumerations
enum class	FEATURE_TYPE { UNKNOWN , SCALAR , ANALOG_STICK , ACCELEROMETER , MOTOR , RELPOINTER , ABSPOINTER , WHEEL , THROTTLE , KEY }
	Types of features used in the joystick library. More...

enum class	FEATURE_CATEGORY { UNKNOWN , FACE , SHOULDER , TRIGGER , ANALOG_STICK , ACCELEROMETER , HAPTICS , MOUSE_BUTTON , POINTER , LIGHTGUN , OFFSCREEN , KEY , KEYPAD , HARDWARE , WHEEL , JOYSTICK , PADDLE }
	Categories of features used in the joystick library. More...

enum class	SEMIAXIS_DIRECTION { NEGATIVE = -1 , ZERO = 0 , POSITIVE = 1 }
	Directions in which a semiaxis can point. More...

enum class	WHEEL_DIRECTION { NONE , RIGHT , LEFT }
	Directions on a wheel. More...

enum class	THROTTLE_DIRECTION { NONE , UP , DOWN }
	Directions on a throttle. More...

enum class	INPUT_TYPE { UNKNOWN , DIGITAL , ANALOG }
	Types of input available for scalar features. More...

enum class	PRIMITIVE_TYPE { UNKNOWN = 0 , BUTTON , HAT , SEMIAXIS , MOTOR , KEY , MOUSE_BUTTON , RELATIVE_POINTER }
	Type of driver primitive. More...

Functions
HAT_DIRECTION &	operator\|= (HAT_DIRECTION &lhs, HAT_DIRECTION rhs)

HAT_STATE &	operator\|= (HAT_STATE &lhs, HAT_STATE rhs)

bool	operator& (HAT_STATE lhs, HAT_DIRECTION rhs)

SEMIAXIS_DIRECTION	operator* (SEMIAXIS_DIRECTION lhs, int rhs)

float	operator* (float lhs, SEMIAXIS_DIRECTION rhs)

Typedef Documentation

◆ ANALOG_STICK_DIRECTION

using KODI::JOYSTICK::ANALOG_STICK_DIRECTION = INPUT::CARDINAL_DIRECTION

Typedef for analog stick directions.

◆ FeatureName

using KODI::JOYSTICK::FeatureName = std::string

Name of a physical feature belonging to the joystick.

◆ FeaturePtr

using KODI::JOYSTICK::FeaturePtr = std::shared_ptr<CJoystickFeature>

◆ HAT_DIRECTION

using KODI::JOYSTICK::HAT_DIRECTION = INPUT::CARDINAL_DIRECTION

Direction arrows on the hat (directional pad)

◆ HAT_STATE

using KODI::JOYSTICK::HAT_STATE = INPUT::INTERCARDINAL_DIRECTION

States in which a hat can be.

◆ RELATIVE_POINTER_DIRECTION

using KODI::JOYSTICK::RELATIVE_POINTER_DIRECTION = INPUT::CARDINAL_DIRECTION

Directions of motion for a relative pointer.

Enumeration Type Documentation

◆ FEATURE_CATEGORY

enum class KODI::JOYSTICK::FEATURE_CATEGORY

strong

Categories of features used in the joystick library.

Enumerator
UNKNOWN
FACE
SHOULDER
TRIGGER
ANALOG_STICK
ACCELEROMETER
HAPTICS
MOUSE_BUTTON
POINTER
LIGHTGUN
OFFSCREEN
KEY
KEYPAD
HARDWARE
WHEEL
JOYSTICK
PADDLE

◆ FEATURE_TYPE

enum class KODI::JOYSTICK::FEATURE_TYPE

strong

Types of features used in the joystick library.

Available types:

1) scalar[*] 2) analog stick 3) accelerometer 4) rumble motor 5) relative pointer 6) absolute pointer 7) wheel 8) throttle 9) keyboard key

[*] All three driver primitives (buttons, hats and axes) have a state that can be represented using a single scalar value. For this reason, features that map to a single primitive are called "scalar features".

Enumerator
UNKNOWN
SCALAR
ANALOG_STICK
ACCELEROMETER
MOTOR
RELPOINTER
ABSPOINTER
WHEEL
THROTTLE
KEY

◆ INPUT_TYPE

enum class KODI::JOYSTICK::INPUT_TYPE

strong

Types of input available for scalar features.

Enumerator
UNKNOWN
DIGITAL
ANALOG

◆ PRIMITIVE_TYPE

enum class KODI::JOYSTICK::PRIMITIVE_TYPE

strong

Type of driver primitive.

Enumerator
UNKNOWN
BUTTON
HAT
SEMIAXIS
MOTOR
KEY
MOUSE_BUTTON
RELATIVE_POINTER

◆ SEMIAXIS_DIRECTION

enum class KODI::JOYSTICK::SEMIAXIS_DIRECTION

strong

Directions in which a semiaxis can point.

Enumerator
NEGATIVE
ZERO
POSITIVE

◆ THROTTLE_DIRECTION

enum class KODI::JOYSTICK::THROTTLE_DIRECTION

strong

Directions on a throttle.

Enumerator
NONE
UP
DOWN

◆ WHEEL_DIRECTION

enum class KODI::JOYSTICK::WHEEL_DIRECTION

strong

Directions on a wheel.

Enumerator
NONE
RIGHT
LEFT

Function Documentation

◆ operator&()

bool KODI::JOYSTICK::operator&	(	HAT_STATE	lhs,
		HAT_DIRECTION	rhs )

inline

◆ operator*() [1/2]

float KODI::JOYSTICK::operator*	(	float	lhs,
		SEMIAXIS_DIRECTION	rhs )

inline

◆ operator*() [2/2]

SEMIAXIS_DIRECTION KODI::JOYSTICK::operator*	(	SEMIAXIS_DIRECTION	lhs,
		int	rhs )

inline

◆ operator|=() [1/2]

HAT_DIRECTION & KODI::JOYSTICK::operator\|=	(	HAT_DIRECTION &	lhs,
		HAT_DIRECTION	rhs )

inline

◆ operator|=() [2/2]

HAT_STATE & KODI::JOYSTICK::operator\|=	(	HAT_STATE &	lhs,
		HAT_STATE	rhs )

inline

Classes

Typedefs

Enumerations

Functions

Typedef Documentation

◆ ANALOG_STICK_DIRECTION

◆ FeatureName

◆ FeaturePtr

◆ HAT_DIRECTION

◆ HAT_STATE

◆ RELATIVE_POINTER_DIRECTION

Enumeration Type Documentation

◆ FEATURE_CATEGORY

◆ FEATURE_TYPE

◆ INPUT_TYPE

◆ PRIMITIVE_TYPE

◆ SEMIAXIS_DIRECTION

◆ THROTTLE_DIRECTION

◆ WHEEL_DIRECTION

Function Documentation

◆ operator&()

◆ operator*() [1/2]

◆ operator*() [2/2]

◆ operator|=() [1/2]

◆ operator|=() [2/2]