Class XInputController

src/XInput.h:77–166

class XInputController {
public:
	XInputController();

	void begin();

	// Set Control Surfaces
	void press(uint8_t button);
	void release(uint8_t button);
	void setButton(uint8_t button, boolean state);

	void setDpad(XInputControl pad, boolean state);
	void setDpad(boolean up, boolean down, boolean left, boolean right, boolean useSOCD=true);

	void setTrigger(XInputControl trigger, int32_t val);

	void setJoystick(XInputControl joy, int32_t x, int32_t y);
	void setJoystick(XInputControl joy, boolean up, boolean down, boolean left, boolean right, boolean useSOCD=true);
	void setJoystickX(XInputControl joy, int32_t x, boolean invert=false);
	void setJoystickY(XInputControl joy, int32_t y, boolean invert=false);

	void releaseAll();

	// Auto-Send Data
	void setAutoSend(boolean a);

	// Read Control Surfaces
	boolean getButton(uint8_t button) const;
	boolean getDpad(XInputControl dpad) const;
	uint8_t getTrigger(XInputControl trigger) const;
	int16_t getJoystickX(XInputControl joy) const;
	int16_t getJoystickY(XInputControl joy) const;

	// Received Data
	uint8_t getPlayer() const;  // Player # assigned to the controller (0 is unassigned)

	uint16_t getRumble() const;  // Rumble motors. MSB is large weight, LSB is small
	uint8_t  getRumbleLeft() const;  // Large rumble motor, left grip
	uint8_t  getRumbleRight() const; // Small rumble motor, right grip

	XInputLEDPattern getLEDPattern() const;  // Returns LED pattern type

	// Received Data Callback
	using RecvCallbackType = void(*)(uint8_t packetType);
	void setReceiveCallback(RecvCallbackType);

	// USB IO
	boolean connected();
	int send();
	int receive();

	// Control Input Ranges
	struct Range { int32_t min; int32_t max; };

	void setTriggerRange(int32_t rangeMin, int32_t rangeMax);
	void setJoystickRange(int32_t rangeMin, int32_t rangeMax);
	void setRange(XInputControl ctrl, int32_t rangeMin, int32_t rangeMax);