Game Controller main interface

The main interface to use the Game Controller library.

Summary

Enumerations
`Paddleboat_BatteryStatus{ PADDLEBOAT_CONTROLLER_BATTERY_UNKNOWN = 0, PADDLEBOAT_CONTROLLER_BATTERY_CHARGING = 1, PADDLEBOAT_CONTROLLER_BATTERY_DISCHARGING = 2, PADDLEBOAT_CONTROLLER_BATTERY_NOT_CHARGING = 3, PADDLEBOAT_CONTROLLER_BATTERY_FULL = 4 }`	enum Battery status of a controller.
Paddleboat_Buttons{ PADDLEBOAT_BUTTON_DPAD_UP = (1U << 0), PADDLEBOAT_BUTTON_DPAD_LEFT = (1U << 1), PADDLEBOAT_BUTTON_DPAD_DOWN = (1U << 2), PADDLEBOAT_BUTTON_DPAD_RIGHT = (1U << 3), PADDLEBOAT_BUTTON_A = (1U << 4), PADDLEBOAT_BUTTON_B = (1U << 5), PADDLEBOAT_BUTTON_X = (1U << 6), PADDLEBOAT_BUTTON_Y = (1U << 7), PADDLEBOAT_BUTTON_L1 = (1U << 8), PADDLEBOAT_BUTTON_L2 = (1U << 9), PADDLEBOAT_BUTTON_L3 = (1U << 10), PADDLEBOAT_BUTTON_R1 = (1U << 11), PADDLEBOAT_BUTTON_R2 = (1U << 12), PADDLEBOAT_BUTTON_R3 = (1U << 13), PADDLEBOAT_BUTTON_SELECT = (1U << 14), PADDLEBOAT_BUTTON_START = (1U << 15), PADDLEBOAT_BUTTON_SYSTEM = (1U << 16), PADDLEBOAT_BUTTON_TOUCHPAD = (1U << 17), PADDLEBOAT_BUTTON_AUX1 = (1U << 18), PADDLEBOAT_BUTTON_AUX2 = (1U << 19), PADDLEBOAT_BUTTON_AUX3 = (1U << 20), PADDLEBOAT_BUTTON_AUX4 = (1U << 21), PADDLEBOAT_BUTTON_COUNT = 22 }	enum Paddleboat controller buttons defined as bitmask values.
`Paddleboat_ControllerButtonLayout{ PADDLEBOAT_CONTROLLER_LAYOUT_STANDARD = 0, PADDLEBOAT_CONTROLLER_LAYOUT_SHAPES = 1, PADDLEBOAT_CONTROLLER_LAYOUT_REVERSE = 2, PADDLEBOAT_CONTROLLER_LAYOUT_ARCADE_STICK = 3, PADDLEBOAT_CONTROLLER_LAYOUT_MASK = 3 }`	enum The button layout and iconography of the controller buttons.
`Paddleboat_ControllerStatus{ PADDLEBOAT_CONTROLLER_INACTIVE = 0, PADDLEBOAT_CONTROLLER_ACTIVE = 1, PADDLEBOAT_CONTROLLER_JUST_CONNECTED = 2, PADDLEBOAT_CONTROLLER_JUST_DISCONNECTED = 3 }`	enum Current status of a controller (at a specified controller index)
Paddleboat_Controller_Flags{ PADDLEBOAT_CONTROLLER_FLAG_GENERIC_PROFILE = (0x0000000010), PADDLEBOAT_CONTROLLER_FLAG_ACCELEROMETER = (0x00400000), PADDLEBOAT_CONTROLLER_FLAG_GYROSCOPE = (0x00800000), PADDLEBOAT_CONTROLLER_FLAG_LIGHT_PLAYER = (0x01000000), PADDLEBOAT_CONTROLLER_FLAG_LIGHT_RGB = (0x02000000), PADDLEBOAT_CONTROLLER_FLAG_BATTERY = (0x04000000), PADDLEBOAT_CONTROLLER_FLAG_VIBRATION = (0x08000000), PADDLEBOAT_CONTROLLER_FLAG_VIBRATION_DUAL_MOTOR = (0x10000000), PADDLEBOAT_CONTROLLER_FLAG_TOUCHPAD = (0x20000000), PADDLEBOAT_CONTROLLER_FLAG_VIRTUAL_MOUSE = (0x40000000) }	enum Paddleboat controller device feature flags as bitmask values AND against `Paddleboat_Controller_Info.controllerFlags` to determine feature availability.
Paddleboat_ErrorCode{ PADDLEBOAT_NO_ERROR = 0, PADDLEBOAT_ERROR_ALREADY_INITIALIZED = -2000, PADDLEBOAT_ERROR_NOT_INITIALIZED = -2001, PADDLEBOAT_ERROR_INIT_GCM_FAILURE = -2002, PADDLEBOAT_ERROR_INVALID_CONTROLLER_INDEX = -2003, PADDLEBOAT_ERROR_NO_CONTROLLER = -2004, PADDLEBOAT_ERROR_NO_MOUSE = -2005, PADDLEBOAT_ERROR_FEATURE_NOT_SUPPORTED = -2006, PADDLEBOAT_ERROR_INVALID_PARAMETER = -2007, PADDLEBOAT_INVALID_MAPPING_DATA = -2008, PADDLEBOAT_INCOMPATIBLE_MAPPING_DATA = -2009, PADDLEBOAT_ERROR_FILE_IO = -2010 }	enum Paddleboat error code results.
`Paddleboat_Ignored_Axis{ PADDLEBOAT_AXIS_BUTTON_IGNORED = 0xFE, PADDLEBOAT_AXIS_IGNORED = 0xFFFE }`	enum Special constants to specify an axis or axis button mapping is ignored by the controller.
`Paddleboat_Ignored_Buttons{ PADDLEBOAT_BUTTON_IGNORED = 0xFFFE }`	enum Special constant to specify a button is ignored by the controller.
`Paddleboat_Integrated_Motion_Sensor_Flags{ PADDLEBOAT_INTEGRATED_SENSOR_NONE = 0, PADDLEBOAT_INTEGRATED_SENSOR_ACCELEROMETER = (0x00000001), PADDLEBOAT_INTEGRATED_SENSOR_GYROSCOPE = (0x00000002) }`	enum Bitmask values to use with Paddleboat_getIntegratedMotionSensorFlags and Paddleboat_setMotionDataCallbackWithIntegratedFlags Bitmask values represent integrated sensor types on the main device instead of a controller device.
`Paddleboat_LightType{ PADDLEBOAT_LIGHT_PLAYER_NUMBER = 0, PADDLEBOAT_LIGHT_RGB = 1 }`	enum The type of light being specified by a call to Paddleboat_setControllerLight.
`Paddleboat_Mapping_Axis{ PADDLEBOAT_MAPPING_AXIS_LEFTSTICK_X = 0, PADDLEBOAT_MAPPING_AXIS_LEFTSTICK_Y, PADDLEBOAT_MAPPING_AXIS_RIGHTSTICK_X, PADDLEBOAT_MAPPING_AXIS_RIGHTSTICK_Y, PADDLEBOAT_MAPPING_AXIS_L1, PADDLEBOAT_MAPPING_AXIS_L2, PADDLEBOAT_MAPPING_AXIS_R1, PADDLEBOAT_MAPPING_AXIS_R2, PADDLEBOAT_MAPPING_AXIS_HATX, PADDLEBOAT_MAPPING_AXIS_HATY, PADDLEBOAT_MAPPING_AXIS_COUNT = 10 }`	enum Paddleboat axis mapping table axis order.
`Paddleboat_Motion_Data_Callback_Sensor_Index{ PADDLEBOAT_INTEGRATED_SENSOR_INDEX = (0x40000000) }`	enum Bitmask flags to use with Paddleboat_getIntegratedMotionSensorFlags and Paddleboat_setMotionDataCallbackWithIntegratedFlags Flag values represent integrated sensor types on the main device instead of a controller device.
`Paddleboat_Motion_Type{ PADDLEBOAT_MOTION_ACCELEROMETER = 0, PADDLEBOAT_MOTION_GYROSCOPE = 1 }`	enum The type of motion data being reported in a Paddleboat_Motion_Data structure.
`Paddleboat_MouseStatus{ PADDLEBOAT_MOUSE_NONE = 0, PADDLEBOAT_MOUSE_CONTROLLER_EMULATED = 1, PADDLEBOAT_MOUSE_PHYSICAL }`	enum The status of the mouse device.
`Paddleboat_Mouse_Buttons{ PADDLEBOAT_MOUSE_BUTTON_LEFT = (1U << 0), PADDLEBOAT_MOUSE_BUTTON_RIGHT = (1U << 1), PADDLEBOAT_MOUSE_BUTTON_MIDDLE = (1U << 2), PADDLEBOAT_MOUSE_BUTTON_BACK = (1U << 3), PADDLEBOAT_MOUSE_BUTTON_FORWARD = (1U << 4), PADDLEBOAT_MOUSE_BUTTON_6 = (1U << 5), PADDLEBOAT_MOUSE_BUTTON_7 = (1U << 6), PADDLEBOAT_MOUSE_BUTTON_8 = (1U << 7) }`	enum Paddleboat mouse buttons as bitmask values AND against `Paddleboat_Mouse_Data.buttonsDown` to determine button status.
`Paddleboat_Remap_Addition_Mode{ PADDLEBOAT_REMAP_ADD_MODE_DEFAULT = 0, PADDLEBOAT_REMAP_ADD_MODE_REPLACE_ALL }`	enum The addition mode to use when passing new controller mapping data to Paddleboat_addControllerRemapData.

Typedefs
`Paddleboat_ControllerStatusCallback)(const int32_t controllerIndex, const Paddleboat_ControllerStatus controllerStatus, void *userData)`	typedef `void(*` Signature of a function that can be passed to Paddleboat_setControllerStatusCallback to receive information about controller connections and disconnections.
`Paddleboat_Controller_Battery`	typedef `struct Paddleboat_Controller_Battery` A structure that describes the current battery state of a controller.
`Paddleboat_Controller_Data`	typedef `struct Paddleboat_Controller_Data` A structure that contains the current data for a controller's inputs and sensors.
`Paddleboat_Controller_Info`	typedef `struct Paddleboat_Controller_Info` A structure that contains information about a particular controller device.
`Paddleboat_Controller_Mapping_Data`	typedef `struct Paddleboat_Controller_Mapping_Data` Deprecated. Use the `Paddleboat_Controller_Mapping_File_Header` in combination with the Paddleboat_addControllerRemapDataFromFileBuffer function instead. A structure that describes the button and axis mappings for a specified controller device running on a specified range of Android API levels.
`Paddleboat_Controller_Pointer`	typedef `struct Paddleboat_Controller_Pointer` A structure that contains virtual pointer position data.
`Paddleboat_Controller_Thumbstick`	typedef `struct Paddleboat_Controller_Thumbstick` A structure that contains X and Y axis data for an analog thumbstick.
`Paddleboat_Controller_Thumbstick_Precision`	typedef `struct Paddleboat_Controller_Thumbstick_Precision` A structure that contains axis precision data for a thumbstick in the X and Y axis.
`Paddleboat_MotionDataCallback)(const int32_t controllerIndex, const Paddleboat_Motion_Data motionData, void userData)`	typedef `void(*` Signature of a function that can be passed to Paddleboat_setMotionDataCallback to receive information about motion data events sent by connected controllers.
`Paddleboat_Motion_Data`	typedef `struct Paddleboat_Motion_Data` A structure that contains motion data reported by a controller.
`Paddleboat_MouseStatusCallback)(const Paddleboat_MouseStatus mouseStatus, void *userData)`	typedef `void(*` Signature of a function that can be passed to Paddleboat_setMouseStatusCallback to receive information about mouse device status changes.
`Paddleboat_Mouse_Data`	typedef `struct Paddleboat_Mouse_Data` A structure that contains input data for the mouse device.
`Paddleboat_PhysicalKeyboardStatusCallback)(const bool physicalKeyboardStatus, void *userData)`	typedef `void(*` Signature of a function that can be passed to Paddleboat_setPhysicalKeyboardStatusCallback to receive information about physical keyboard connection status changes.
`Paddleboat_Vibration_Data`	typedef `struct Paddleboat_Vibration_Data` A structure that describes the parameters of a vibration effect.

Functions
`Paddleboat_addControllerRemapData(const Paddleboat_Remap_Addition_Mode addMode, const int32_t remapTableEntryCount, const Paddleboat_Controller_Mapping_Data *mappingData)`	`void` Deprecated. Use Paddleboat_addControllerRemapDataFromFd or Paddleboat_addControllerRemapDataFromFileBuffer instead. Add new controller remap information to the internal remapping table.
`Paddleboat_addControllerRemapDataFromFd(const Paddleboat_Remap_Addition_Mode addMode, const int mappingFileDescriptor)`	`Paddleboat_ErrorCode` Add new controller remap information to the internal remapping table.
`Paddleboat_addControllerRemapDataFromFileBuffer(const Paddleboat_Remap_Addition_Mode addMode, const void *mappingFileBuffer, const size_t mappingFileBufferSize)`	`Paddleboat_ErrorCode` Add new controller remap information to the internal remapping table.
`Paddleboat_destroy(JNIEnv *env)`	`void` Destroy resources that Paddleboat has created.
`Paddleboat_getActiveAxisMask()`	`uint64_t` Retrieve the active axis ids being used by connected devices.
`Paddleboat_getBackButtonConsumed()`	`bool` Get whether Paddleboat consumes AKEYCODE_BACK key events from devices being managed by Paddleboat.
`Paddleboat_getControllerData(const int32_t controllerIndex, Paddleboat_Controller_Data *controllerData)`	`Paddleboat_ErrorCode` Retrieve the current controller data from the controller with the specified index.
`Paddleboat_getControllerInfo(const int32_t controllerIndex, Paddleboat_Controller_Info *controllerInfo)`	`Paddleboat_ErrorCode` Retrieve the current controller device info from the controller with the specified index.
`Paddleboat_getControllerName(const int32_t controllerIndex, const size_t bufferSize, char *controllerName)`	`Paddleboat_ErrorCode` Retrieve the current controller name from the controller with the specified index.
`Paddleboat_getControllerRemapTableData(const int32_t destRemapTableEntryCount, Paddleboat_Controller_Mapping_Data *mappingData)`	`int32_t` Deprecated. The number of elements returned will always be zero. Retrieve the current table of controller remap entries.
`Paddleboat_getControllerStatus(const int32_t controllerIndex)`	`Paddleboat_ControllerStatus` Retrieve the current controller device info from the controller with the specified index.
`Paddleboat_getIntegratedMotionSensorFlags()`	`Paddleboat_Integrated_Motion_Sensor_Flags` Get availability information for motion data sensors integrated directly on the main device, instead of attached to a controller.
`Paddleboat_getLastKeycode()`	`int32_t` An function that returns the last keycode seen in a key event coming from a controller owned by Paddleboat.
`Paddleboat_getMouseData(Paddleboat_Mouse_Data *mouseData)`	`Paddleboat_ErrorCode` Retrieve the current mouse data.
`Paddleboat_getMouseStatus()`	`Paddleboat_MouseStatus` Retrieve the current controller device info from the controller with the specified index.
`Paddleboat_getPhysicalKeyboardStatus()`	`bool` Retrieve the physical keyboard connection status for the device.
`Paddleboat_init(JNIEnv *env, jobject jcontext)`	`Paddleboat_ErrorCode` Initialize Paddleboat, constructing internal resources via JNI.
`Paddleboat_isInitialized()`	`bool` Check if Paddleboat was successfully initialized.
`Paddleboat_onStart(JNIEnv *env)`	`void` Inform Paddleboat that a start event was sent to the application.
`Paddleboat_onStop(JNIEnv *env)`	`void` Inform Paddleboat that a stop event was sent to the application.
`Paddleboat_processGameActivityKeyInputEvent(const void *event, const size_t eventSize)`	`int32_t` Process a GameActivityKeyEvent input event to see if it is from a device being managed by Paddleboat.
`Paddleboat_processGameActivityMotionInputEvent(const void *event, const size_t eventSize)`	`int32_t` Process a GameActivityMotionEvent input event to see if it is from a device being managed by Paddleboat.
`Paddleboat_processInputEvent(const AInputEvent *event)`	`int32_t` Process an input event to see if it is from a device being managed by Paddleboat.
`Paddleboat_setBackButtonConsumed(bool consumeBackButton)`	`void` Set whether Paddleboat consumes AKEYCODE_BACK key events from devices being managed by Paddleboat.
`Paddleboat_setControllerLight(const int32_t controllerIndex, const Paddleboat_LightType lightType, const uint32_t lightData, JNIEnv *env)`	`Paddleboat_ErrorCode` Configures a light on the controller with the specified index.
`Paddleboat_setControllerStatusCallback(Paddleboat_ControllerStatusCallback statusCallback, void *userData)`	`void` Set a callback to be called whenever a controller managed by Paddleboat changes status.
`Paddleboat_setControllerVibrationData(const int32_t controllerIndex, const Paddleboat_Vibration_Data vibrationData, JNIEnv env)`	`Paddleboat_ErrorCode` Set vibration data for the controller with the specified index.
`Paddleboat_setMotionDataCallback(Paddleboat_MotionDataCallback motionDataCallback, void *userData)`	`void` Set a callback which is called whenever a controller managed by Paddleboat reports a motion data event.
`Paddleboat_setMotionDataCallbackWithIntegratedFlags(Paddleboat_MotionDataCallback motionDataCallback, Paddleboat_Integrated_Motion_Sensor_Flags integratedSensorFlags, void *userData)`	`Paddleboat_ErrorCode` Set a callback which is called whenever a controller managed by Paddleboat reports a motion data event.
`Paddleboat_setMouseStatusCallback(Paddleboat_MouseStatusCallback statusCallback, void *userData)`	`void` Set a callback to be called when the mouse status changes.
`Paddleboat_setPhysicalKeyboardStatusCallback(Paddleboat_PhysicalKeyboardStatusCallback statusCallback, void *userData)`	`void` Set a callback to be called when the physical keyboard connection.
`Paddleboat_update(JNIEnv *env)`	`void` Updates internal Paddleboat status and processes pending connection/disconnections.

Macros
`PADDLEBOAT_BUGFIX_VERSION 0`
`PADDLEBOAT_MAJOR_VERSION 2`
`PADDLEBOAT_MAPPING_FILE_IDENTIFIER 0xadd1eb0a`	The expected value in the `fileIdentifier` field of the `Paddleboat_Controller_Mapping_File_Header` for a valid mapping file.
`PADDLEBOAT_MAX_CONTROLLERS 8`	Maximum number of simultaneously connected controllers.
`PADDLEBOAT_MINOR_VERSION 1`
`PADDLEBOAT_PACKED_VERSION ANDROID_GAMESDK_PACKED_VERSION(PADDLEBOAT_MAJOR_VERSION, \ PADDLEBOAT_MINOR_VERSION, \ PADDLEBOAT_BUGFIX_VERSION)`
`PADDLEBOAT_STRING_TABLE_ENTRY_MAX_SIZE 64`	The maximum number of characters, including the terminating character, allowed in a string table entry.

Structs
Paddleboat_Controller_Battery	A structure that describes the current battery state of a controller.
Paddleboat_Controller_Data	A structure that contains the current data for a controller's inputs and sensors.
Paddleboat_Controller_Info	A structure that contains information about a particular controller device.
Paddleboat_Controller_Mapping_Data	A structure that describes the button and axis mappings for a specified controller device running on a specified range of Android API levels.
Paddleboat_Controller_Pointer	A structure that contains virtual pointer position data.
Paddleboat_Controller_Thumbstick	A structure that contains X and Y axis data for an analog thumbstick.
Paddleboat_Controller_Thumbstick_Precision	A structure that contains axis precision data for a thumbstick in the X and Y axis.
Paddleboat_Motion_Data	A structure that contains motion data reported by a controller.
Paddleboat_Mouse_Data	A structure that contains input data for the mouse device.
Paddleboat_Vibration_Data	A structure that describes the parameters of a vibration effect.

Enumerations

Paddleboat_BatteryStatus

 Paddleboat_BatteryStatus

Battery status of a controller.

Properties
`PADDLEBOAT_CONTROLLER_BATTERY_CHARGING`	Controller battery is charging.
`PADDLEBOAT_CONTROLLER_BATTERY_DISCHARGING`	Controller battery is discharging.
`PADDLEBOAT_CONTROLLER_BATTERY_FULL`	Controller battery is completely charged.
`PADDLEBOAT_CONTROLLER_BATTERY_NOT_CHARGING`	Controller battery is not charging.
`PADDLEBOAT_CONTROLLER_BATTERY_UNKNOWN`	Battery status is unknown.

Paddleboat_Buttons

 Paddleboat_Buttons

Paddleboat controller buttons defined as bitmask values.

AND against Paddleboat_Controller_Data.buttonsDown to check for button status.

Properties
`PADDLEBOAT_BUTTON_A`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` A button.
`PADDLEBOAT_BUTTON_AUX1`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` AUX1 button.
`PADDLEBOAT_BUTTON_AUX2`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` AUX2 button.
`PADDLEBOAT_BUTTON_AUX3`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` AUX3 button.
`PADDLEBOAT_BUTTON_AUX4`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` AUX4 button.
`PADDLEBOAT_BUTTON_B`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` B button.
`PADDLEBOAT_BUTTON_COUNT`	Count of defined controller buttons.
`PADDLEBOAT_BUTTON_DPAD_DOWN`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` direction pad down button.
`PADDLEBOAT_BUTTON_DPAD_LEFT`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` direction pad left button.
`PADDLEBOAT_BUTTON_DPAD_RIGHT`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` direction pad right button.
`PADDLEBOAT_BUTTON_DPAD_UP`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` direction pad up button.
`PADDLEBOAT_BUTTON_L1`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` L1 trigger button.
`PADDLEBOAT_BUTTON_L2`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` L2 trigger button.
`PADDLEBOAT_BUTTON_L3`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` L3 thumbstick button.
`PADDLEBOAT_BUTTON_R1`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` R1 trigger button.
`PADDLEBOAT_BUTTON_R2`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` R2 trigger button.
`PADDLEBOAT_BUTTON_R3`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` R3 thumbstick button.
`PADDLEBOAT_BUTTON_SELECT`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` Select button.
`PADDLEBOAT_BUTTON_START`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` Start button.
`PADDLEBOAT_BUTTON_SYSTEM`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` System button.
`PADDLEBOAT_BUTTON_TOUCHPAD`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` Touchpad pressed.
`PADDLEBOAT_BUTTON_X`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` X button.
`PADDLEBOAT_BUTTON_Y`	Bitmask for `Paddleboat_Controller_Data.buttonsDown` Y button.

Paddleboat_ControllerButtonLayout

 Paddleboat_ControllerButtonLayout

The button layout and iconography of the controller buttons.

Properties
`PADDLEBOAT_CONTROLLER_LAYOUT_ARCADE_STICK`	X Y R1 L1 A B R2 L2.
`PADDLEBOAT_CONTROLLER_LAYOUT_MASK`	Mask value, AND with `Paddleboat_Controller_Info.controllerFlags` to get the `Paddleboat_ControllerButtonLayout` value.
`PADDLEBOAT_CONTROLLER_LAYOUT_REVERSE`	X Y A B
`PADDLEBOAT_CONTROLLER_LAYOUT_SHAPES`	△しろさんかく □しろいしかく ○しろまる x x = A, ○しろまる = B, □しろいしかく = X, △しろさんかく = Y.
`PADDLEBOAT_CONTROLLER_LAYOUT_STANDARD`	Y X B A

Paddleboat_ControllerStatus

 Paddleboat_ControllerStatus

Current status of a controller (at a specified controller index)

Properties
`PADDLEBOAT_CONTROLLER_ACTIVE`	Controller is connected and active.
`PADDLEBOAT_CONTROLLER_INACTIVE`	No controller is connected.
`PADDLEBOAT_CONTROLLER_JUST_CONNECTED`	Controller has just connected, only seen in a controller status callback.
`PADDLEBOAT_CONTROLLER_JUST_DISCONNECTED`	Controller has just disconnected, only seen in a controller status callback.

Paddleboat_Controller_Flags

 Paddleboat_Controller_Flags

Paddleboat controller device feature flags as bitmask values AND against Paddleboat_Controller_Info.controllerFlags to determine feature availability.

Properties
`PADDLEBOAT_CONTROLLER_FLAG_ACCELEROMETER`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device supports reporting accelerometer motion axis data.
`PADDLEBOAT_CONTROLLER_FLAG_BATTERY`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device supports reporting the battery status information in the controller data structure.
`PADDLEBOAT_CONTROLLER_FLAG_GENERIC_PROFILE`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device wasn't found in the internal controller database and a generic button and axis mapping profile is being used.
`PADDLEBOAT_CONTROLLER_FLAG_GYROSCOPE`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device supports reporting gyroscope motion axis data.
`PADDLEBOAT_CONTROLLER_FLAG_LIGHT_PLAYER`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device supports setting a player number light using the Paddleboat_setControllerLight function with the `PADDLEBOAT_LIGHT_PLAYER_NUMBER` light type.
`PADDLEBOAT_CONTROLLER_FLAG_LIGHT_RGB`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device supports setting a RGB light color using the Paddleboat_setControllerLight function with the `PADDLEBOAT_LIGHT_RGB` light type.
`PADDLEBOAT_CONTROLLER_FLAG_TOUCHPAD`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device has a touchpad that will register the `PADDLEBOAT_BUTTON_TOUCHPAD` button when pressed.
`PADDLEBOAT_CONTROLLER_FLAG_VIBRATION`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device supports vibration effects using the Paddleboat_setControllerVibrationData function.
`PADDLEBOAT_CONTROLLER_FLAG_VIBRATION_DUAL_MOTOR`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device supports both left and right vibration motor data for vibration effects.
`PADDLEBOAT_CONTROLLER_FLAG_VIRTUAL_MOUSE`	Bitmask for `Paddleboat_Controller_Info.controllerFlags` If set, this controller device can simulate a virtual mouse and will report coordinates in `Paddleboat_Controller_Data.virtualPointer`

Paddleboat_ErrorCode

 Paddleboat_ErrorCode

Paddleboat error code results.

Properties
`PADDLEBOAT_ERROR_ALREADY_INITIALIZED`	Paddleboat_init was called a second time without a call to Paddleboat_destroy in between.
`PADDLEBOAT_ERROR_FEATURE_NOT_SUPPORTED`	The feature is not supported by the specified controller. Example: Calling Paddleboat_setControllerVibrationData on a controller that does not have the `PADDLEBOAT_CONTROLLER_FLAG_VIBRATION` bit set in `Paddleboat_Controller_Info.controllerFlags` .
`PADDLEBOAT_ERROR_FILE_IO`	A file I/O error occurred when trying to read mapping data from the file descriptor passed to Paddleboat_addControllerRemapDataFromFd.
`PADDLEBOAT_ERROR_INIT_GCM_FAILURE`	Paddleboat could not be successfully initialized. Instantiation of the GameControllerManager class failed.
`PADDLEBOAT_ERROR_INVALID_CONTROLLER_INDEX`	Invalid controller index specified. Valid index range is from 0 to PADDLEBOAT_MAX_CONTROLLERS - 1
`PADDLEBOAT_ERROR_INVALID_PARAMETER`	An invalid parameter was specified. This usually means NULL or nullptr was passed in a parameter that requires a valid pointer.
`PADDLEBOAT_ERROR_NOT_INITIALIZED`	Paddleboat was not successfully initialized. Either Paddleboat_init was not called or returned an error.
`PADDLEBOAT_ERROR_NO_CONTROLLER`	No controller is connected at the specified controller index.
`PADDLEBOAT_ERROR_NO_MOUSE`	No virtual or physical mouse device is connected.
`PADDLEBOAT_INCOMPATIBLE_MAPPING_DATA`	Incompatible controller mapping data was provided. The data in the provided buffer is from an incompatible version of the mapping data format.
`PADDLEBOAT_INVALID_MAPPING_DATA`	Invalid controller mapping data was provided. The data in the provided buffer does not match the expected mapping data format.
`PADDLEBOAT_NO_ERROR`	No error. Function call was successful.

Paddleboat_Ignored_Axis

 Paddleboat_Ignored_Axis

Special constants to specify an axis or axis button mapping is ignored by the controller.

Properties
`PADDLEBOAT_AXIS_BUTTON_IGNORED`	Constant that signifies an axis in the `Paddleboat_Controller_Mapping_Data.axisPositiveButtonMapping` array and/or `Paddleboat_Controller_Mapping_Data.axisNegativeButtonMapping` array does not have a mapping to a button.
`PADDLEBOAT_AXIS_IGNORED`	Constant that signifies an axis in the `Paddleboat_Controller_Mapping_Data.axisMapping` array is unused by the controller.

Paddleboat_Ignored_Buttons

 Paddleboat_Ignored_Buttons

Special constant to specify a button is ignored by the controller.

Properties
`PADDLEBOAT_BUTTON_IGNORED`	Constant that signifies a button in the `Paddleboat_Controller_Mapping_Data.buttonMapping` array does not map to a button on the controller.

Paddleboat_Integrated_Motion_Sensor_Flags

 Paddleboat_Integrated_Motion_Sensor_Flags

Bitmask values to use with Paddleboat_getIntegratedMotionSensorFlags and Paddleboat_setMotionDataCallbackWithIntegratedFlags Bitmask values represent integrated sensor types on the main device instead of a controller device.

Properties
`PADDLEBOAT_INTEGRATED_SENSOR_ACCELEROMETER`	Bitmask for Paddleboat_getIntegratedMotionSensorFlags If set, the main device supports reporting accelerometer motion axis data.
`PADDLEBOAT_INTEGRATED_SENSOR_GYROSCOPE`	Bitmask for Paddleboat_getIntegratedMotionSensorFlags If set, the main device supports reporting gyroscope motion axis data.
`PADDLEBOAT_INTEGRATED_SENSOR_NONE`	Bitmask for Paddleboat_getIntegratedMotionSensorFlags No present integrated motion sensors.

Paddleboat_LightType

 Paddleboat_LightType

The type of light being specified by a call to Paddleboat_setControllerLight.

Properties

Properties
`PADDLEBOAT_LIGHT_PLAYER_NUMBER`	Light is a player index, `lightData` is the player number.
`PADDLEBOAT_LIGHT_RGB`	Light is a color light,. `lightData` is a ARGB (8888) light value.

PADDLEBOAT_LIGHT_PLAYER_NUMBER

Light is a player index, lightData is the player number.

PADDLEBOAT_LIGHT_RGB

Light is a color light,.

lightData is a ARGB (8888) light value.

Paddleboat_Mapping_Axis

 Paddleboat_Mapping_Axis

Paddleboat axis mapping table axis order.

Properties
`PADDLEBOAT_MAPPING_AXIS_COUNT`	Number of axis used for controller mapping configuration.
`PADDLEBOAT_MAPPING_AXIS_HATX`	Paddleboat internal mapping index for HatX trigger axis. This is usually the dpad left/right.
`PADDLEBOAT_MAPPING_AXIS_HATY`	Paddleboat internal mapping index for HatY trigger axis. This is usually the dpad up/down.
`PADDLEBOAT_MAPPING_AXIS_L1`	Paddleboat internal mapping index for L1 trigger axis.
`PADDLEBOAT_MAPPING_AXIS_L2`	Paddleboat internal mapping index for L2 trigger axis.
`PADDLEBOAT_MAPPING_AXIS_LEFTSTICK_X`	Paddleboat internal mapping index for left thumbstick X axis.
`PADDLEBOAT_MAPPING_AXIS_LEFTSTICK_Y`	Paddleboat internal mapping index for left thumbstick Y axis.
`PADDLEBOAT_MAPPING_AXIS_R1`	Paddleboat internal mapping index for R1 trigger axis.
`PADDLEBOAT_MAPPING_AXIS_R2`	Paddleboat internal mapping index for R2 trigger axis.
`PADDLEBOAT_MAPPING_AXIS_RIGHTSTICK_X`	Paddleboat internal mapping index for right thumbstick X axis.
`PADDLEBOAT_MAPPING_AXIS_RIGHTSTICK_Y`	Paddleboat internal mapping index for right thumbstick Y axis.

Paddleboat_Motion_Data_Callback_Sensor_Index

 Paddleboat_Motion_Data_Callback_Sensor_Index

Bitmask flags to use with Paddleboat_getIntegratedMotionSensorFlags and Paddleboat_setMotionDataCallbackWithIntegratedFlags Flag values represent integrated sensor types on the main device instead of a controller device.

Properties

Properties
`PADDLEBOAT_INTEGRATED_SENSOR_INDEX`	Value passed in the `controllerIndex` parameter of the `Paddleboat_MotionDataCallback` if integrated sensor data reporting is active and the motion data event came from an integrated sensor, rather than a controller sensor. This value will only be passed to the motion data callback if integrated sensor data has been requested using Paddleboat_setMotionDataCallbackWithIntegratedFlags

PADDLEBOAT_INTEGRATED_SENSOR_INDEX

Value passed in the controllerIndex parameter of the Paddleboat_MotionDataCallback if integrated sensor data reporting is active and the motion data event came from an integrated sensor, rather than a controller sensor.

This value will only be passed to the motion data callback if integrated sensor data has been requested using Paddleboat_setMotionDataCallbackWithIntegratedFlags

Paddleboat_Motion_Type

 Paddleboat_Motion_Type

The type of motion data being reported in a Paddleboat_Motion_Data structure.

Properties
`PADDLEBOAT_MOTION_ACCELEROMETER`	Accelerometer motion data.
`PADDLEBOAT_MOTION_GYROSCOPE`	Gyroscope motion data.

Paddleboat_MouseStatus

 Paddleboat_MouseStatus

The status of the mouse device.

Properties
`PADDLEBOAT_MOUSE_CONTROLLER_EMULATED`	A virtual mouse is connected The virtual mouse is being simulated by a game controller.
`PADDLEBOAT_MOUSE_NONE`	No mouse device is connected.
`PADDLEBOAT_MOUSE_PHYSICAL`	A physical mouse or trackpad device is connected.

Paddleboat_Mouse_Buttons

 Paddleboat_Mouse_Buttons

Paddleboat mouse buttons as bitmask values AND against Paddleboat_Mouse_Data.buttonsDown to determine button status.

Properties
`PADDLEBOAT_MOUSE_BUTTON_6`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` mouse button 6.
`PADDLEBOAT_MOUSE_BUTTON_7`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` mouse button 7.
`PADDLEBOAT_MOUSE_BUTTON_8`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` mouse button 8.
`PADDLEBOAT_MOUSE_BUTTON_BACK`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` back mouse button.
`PADDLEBOAT_MOUSE_BUTTON_FORWARD`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` forward mouse button.
`PADDLEBOAT_MOUSE_BUTTON_LEFT`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` left mouse button.
`PADDLEBOAT_MOUSE_BUTTON_MIDDLE`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` middle mouse button.
`PADDLEBOAT_MOUSE_BUTTON_RIGHT`	Bitmask for `Paddleboat_Mouse_Data.buttonsDown` right mouse button.

Paddleboat_Remap_Addition_Mode

 Paddleboat_Remap_Addition_Mode

The addition mode to use when passing new controller mapping data to Paddleboat_addControllerRemapData.

Properties

Properties
`PADDLEBOAT_REMAP_ADD_MODE_DEFAULT`	If a vendorId/productId controller entry in the new remap table exists in the current database, and the min/max API ranges overlap, replace the existing entry, otherwise add a new entry. Always adds a new entry if the vendorId/productId does not exist in the current database. These changes only persist for the current session.
`PADDLEBOAT_REMAP_ADD_MODE_REPLACE_ALL`	The current controller database will be erased and entirely replaced by the new remap table. This change only persists for the current session.

PADDLEBOAT_REMAP_ADD_MODE_DEFAULT

If a vendorId/productId controller entry in the new remap table exists in the current database, and the min/max API ranges overlap, replace the existing entry, otherwise add a new entry.

Always adds a new entry if the vendorId/productId does not exist in the current database. These changes only persist for the current session.

PADDLEBOAT_REMAP_ADD_MODE_REPLACE_ALL

The current controller database will be erased and entirely replaced by the new remap table.

This change only persists for the current session.

Typedefs

Paddleboat_ControllerStatusCallback

void(*Paddleboat_ControllerStatusCallback)(constint32_tcontrollerIndex,constPaddleboat_ControllerStatuscontrollerStatus,void*userData)

Signature of a function that can be passed to Paddleboat_setControllerStatusCallback to receive information about controller connections and disconnections.

Function will be called on the same thread that calls Paddleboat_update.

Details
Parameters	`controllerIndex` Index of the controller that has registered a status change, will range from 0 to PADDLEBOAT_MAX_CONTROLLERS - 1. `controllerStatus` New status of the controller. `userData` The value of the userData parameter passed to Paddleboat_setControllerStatusCallback

Paddleboat_Controller_Battery

struct Paddleboat_Controller_Battery Paddleboat_Controller_Battery

A structure that describes the current battery state of a controller.

This structure will only be populated if a controller has PADDLEBOAT_CONTROLLER_FLAG_BATTERY set in Paddleboat_Controller_Info.controllerFlags

Paddleboat_Controller_Data

struct Paddleboat_Controller_Data Paddleboat_Controller_Data

A structure that contains the current data for a controller's inputs and sensors.

Paddleboat_Controller_Info

struct Paddleboat_Controller_Info Paddleboat_Controller_Info

A structure that contains information about a particular controller device.

Several fields are populated by the value of the corresponding fields from InputDevice.

Paddleboat_Controller_Mapping_Data

struct Paddleboat_Controller_Mapping_Data Paddleboat_Controller_Mapping_Data

A structure that describes the button and axis mappings for a specified controller device running on a specified range of Android API levels.

See Paddleboat_Mapping_Axis for axis order. Hat axis should be mapped to dpad buttons. Deprecated. Use the Paddleboat_Controller_Mapping_File_Header in combination with the Paddleboat_addControllerRemapDataFromFileBuffer function instead.

Paddleboat_Controller_Pointer

struct Paddleboat_Controller_Pointer Paddleboat_Controller_Pointer

A structure that contains virtual pointer position data.

X and Y coordinates are pixel based and range from 0,0 to window width,height.

Paddleboat_Controller_Thumbstick

struct Paddleboat_Controller_Thumbstick Paddleboat_Controller_Thumbstick

A structure that contains X and Y axis data for an analog thumbstick.

Axis ranges from -1.0 to 1.0.

Paddleboat_Controller_Thumbstick_Precision

struct Paddleboat_Controller_Thumbstick_Precision Paddleboat_Controller_Thumbstick_Precision

A structure that contains axis precision data for a thumbstick in the X and Y axis.

Value ranges from 0.0 to 1.0. Flat is the extent of a center flat (deadzone) area of a thumbstick axis Fuzz is the error tolerance (deviation) of a thumbstick axis

Paddleboat_MotionDataCallback

void(*Paddleboat_MotionDataCallback)(constint32_tcontrollerIndex,constPaddleboat_Motion_Data*motionData,void*userData)

Signature of a function that can be passed to Paddleboat_setMotionDataCallback to receive information about motion data events sent by connected controllers.

Details

Parameters

Details
Parameters	`controllerIndex` Index of the controller reporting the motion event, will range from 0 to PADDLEBOAT_MAX_CONTROLLERS - 1. If integrated motion sensor reporting was enabled, this value will equal `PADDLEBOAT_INTEGRATED_SENSOR_INDEX` if the motion event came from the integrated sensors on the main device, instead of a controller `motionData` The motion data. Pointer is only valid until the callback returns. `userData` The value of the userData parameter passed to Paddleboat_setMotionDataCallback

controllerIndex

Index of the controller reporting the motion event, will range from 0 to PADDLEBOAT_MAX_CONTROLLERS - 1. If integrated motion sensor reporting was enabled, this value will equal PADDLEBOAT_INTEGRATED_SENSOR_INDEX if the motion event came from the integrated sensors on the main device, instead of a controller

motionData

The motion data. Pointer is only valid until the callback returns.

userData

The value of the userData parameter passed to Paddleboat_setMotionDataCallback

Paddleboat_Motion_Data

struct Paddleboat_Motion_Data Paddleboat_Motion_Data

A structure that contains motion data reported by a controller.

Paddleboat_MouseStatusCallback

void(*Paddleboat_MouseStatusCallback)(constPaddleboat_MouseStatusmouseStatus,void*userData)

Signature of a function that can be passed to Paddleboat_setMouseStatusCallback to receive information about mouse device status changes.

Function will be called on the same thread that calls Paddleboat_update.

Details
Parameters	`mouseStatus` Current status of the mouse. `userData` The value of the userData parameter passed to Paddleboat_setMouseStatusCallback

Paddleboat_Mouse_Data

struct Paddleboat_Mouse_Data Paddleboat_Mouse_Data

A structure that contains input data for the mouse device.

Paddleboat_PhysicalKeyboardStatusCallback

void(*Paddleboat_PhysicalKeyboardStatusCallback)(constboolphysicalKeyboardStatus,void*userData)

Signature of a function that can be passed to Paddleboat_setPhysicalKeyboardStatusCallback to receive information about physical keyboard connection status changes.

Function will be called on the same thread that calls Paddleboat_update.

Details
Parameters	`physicalKeyboardStatus` Whether a physical keyboard is currently connected. `userData` The value of the userData parameter passed to Paddleboat_setPhysicalKeyboardStatusCallback

Paddleboat_Vibration_Data

struct Paddleboat_Vibration_Data Paddleboat_Vibration_Data

A structure that describes the parameters of a vibration effect.

Functions

Paddleboat_addControllerRemapData

voidPaddleboat_addControllerRemapData(
constPaddleboat_Remap_Addition_Mode addMode,
constint32_tremapTableEntryCount,
constPaddleboat_Controller_Mapping_Data *mappingData
)

Add new controller remap information to the internal remapping table.

Used to specify custom controller information or override default mapping for a given controller. Deprecated. Use Paddleboat_addControllerRemapDataFromFd or Paddleboat_addControllerRemapDataFromFileBuffer instead.

Details
Parameters	`addMode` The addition mode for the new data. See the `Paddleboat_Remap_Addition_Mode` enum for details on each mode. `remapTableEntryCount` the number of remap elements in the mappingData array. `mappingData` An array of controller mapping structs to be added to the internal remapping table. The pointer passed in mappingData is not retained and does not need to persist after function return.

Paddleboat_addControllerRemapDataFromFd

Paddleboat_ErrorCode Paddleboat_addControllerRemapDataFromFd(
constPaddleboat_Remap_Addition_Mode addMode,
constintmappingFileDescriptor
)

Add new controller remap information to the internal remapping table.

Used to specify custom controller information or override default mapping for a given controller. For more information on controller mapping, see the documentation at: https://developer.android.com/games/sdk/game-controller/custom-mapping

Details
Parameters	`addMode` The addition mode for the new data. See the `Paddleboat_Remap_Addition_Mode` enum for details on each mode. `mappingFileDescriptor` A file descriptor returned by a call to `open`. Paddleboat does not call 'close' on the file descriptor before returning, closing the file is the responsibility of the caller.
Returns	`PADDLEBOAT_NO_ERROR` if successful, otherwise an error code.

Paddleboat_addControllerRemapDataFromFileBuffer

Paddleboat_ErrorCode Paddleboat_addControllerRemapDataFromFileBuffer(
constPaddleboat_Remap_Addition_Mode addMode,
constvoid*mappingFileBuffer,
constsize_tmappingFileBufferSize
)

Add new controller remap information to the internal remapping table.

Details

Parameters

Details
Parameters	`addMode` The addition mode for the new data. See the `Paddleboat_Remap_Addition_Mode` enum for details on each mode. `mappingFileBuffer` A pointer to a buffer containing a PaddleboatMappingTool file compatible with this version of the Paddleboat library. The beginning of the file is a `Paddleboat_Controller_Mapping_File_Header`. `mappingFileBufferSize` the size of the file in bytes passed in `mappingFileHeader`.
Returns	`PADDLEBOAT_NO_ERROR` if successful, otherwise an error code.

addMode

The addition mode for the new data. See the Paddleboat_Remap_Addition_Mode enum for details on each mode.

mappingFileBuffer

A pointer to a buffer containing a PaddleboatMappingTool file compatible with this version of the Paddleboat library. The beginning of the file is a Paddleboat_Controller_Mapping_File_Header.

mappingFileBufferSize

the size of the file in bytes passed in mappingFileHeader.

Returns

PADDLEBOAT_NO_ERROR if successful, otherwise an error code.

Paddleboat_destroy

void Paddleboat_destroy(
 JNIEnv *env
)

Destroy resources that Paddleboat has created.

See also: Paddleboat_init

Details
Parameters	`env` The JNIEnv attached to the thread calling the function.

Paddleboat_getActiveAxisMask

uint64_t Paddleboat_getActiveAxisMask()

Retrieve the active axis ids being used by connected devices.

This can be used to determine what axis values to provide to GameActivityPointerInfo_enableAxis when GameActivity is being used.

Details
Returns	A bitmask of the active axis ids that have been used by connected devices during the current application session.

Paddleboat_getBackButtonConsumed

bool Paddleboat_getBackButtonConsumed()

Get whether Paddleboat consumes AKEYCODE_BACK key events from devices being managed by Paddleboat.

The default at initialization is true.

Details
Returns	If true, Paddleboat will consume AKEYCODE_BACK key events, if false it will pass them through.

Paddleboat_getControllerData

Paddleboat_ErrorCode Paddleboat_getControllerData(
constint32_tcontrollerIndex,
Paddleboat_Controller_Data *controllerData
)

Retrieve the current controller data from the controller with the specified index.

Details
Parameters	`controllerIndex` The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1 `controllerData` a pointer to the controller data struct to populate.
Returns	`PADDLEBOAT_NO_ERROR` if data was successfully read.

Paddleboat_getControllerInfo

Paddleboat_ErrorCode Paddleboat_getControllerInfo(
constint32_tcontrollerIndex,
Paddleboat_Controller_Info *controllerInfo
)

Retrieve the current controller device info from the controller with the specified index.

Details
Parameters	`controllerIndex` The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1 `controllerInfo` a pointer to the controller device info struct to populate.
Returns	true if the data was read, false if there was no connected controller at the specified index.

Paddleboat_getControllerName

Paddleboat_ErrorCode Paddleboat_getControllerName(
constint32_tcontrollerIndex,
constsize_tbufferSize,
char*controllerName
)

Retrieve the current controller name from the controller with the specified index.

This name is retrieved from InputDevice.getName().

Details

Parameters

Details
Parameters	`controllerIndex` The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1 `bufferSize` The capacity in bytes of the string buffer passed in controllerName `controllerName` A pointer to a buffer that will be populated with the name string. The name string is a C string in UTF-8 format. If the length of the string is greater than bufferSize the string will be truncated to fit.
Returns	`PADDLEBOAT_NO_ERROR` if data was successfully read.

controllerIndex

The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1

bufferSize

The capacity in bytes of the string buffer passed in controllerName

controllerName

A pointer to a buffer that will be populated with the name string. The name string is a C string in UTF-8 format. If the length of the string is greater than bufferSize the string will be truncated to fit.

Returns

PADDLEBOAT_NO_ERROR if data was successfully read.

Paddleboat_getControllerRemapTableData

int32_tPaddleboat_getControllerRemapTableData(
constint32_tdestRemapTableEntryCount,
Paddleboat_Controller_Mapping_Data *mappingData
)

Retrieve the current table of controller remap entries.

Deprecated. The number of elements returned will always be zero.

Details

Parameters

Details
Parameters	`destRemapTableEntryCount` the number of `Paddleboat_Controller_Mapping_Data` entries in the array passed in the mappingData parameter. Paddleboat will not copy more than this number of entries out of the internal array to avoid overflowing the buffer. `mappingData` pointer to an array of `Paddleboat_Controller_Mapping_Data` structures. this should contain at least destRemapTableEntryCount elements. Passing nullptr is valid, and can be used to get the number of elements in the internal remap table.
Returns	The number of elements in the internal remap table.

destRemapTableEntryCount

the number of Paddleboat_Controller_Mapping_Data entries in the array passed in the mappingData parameter. Paddleboat will not copy more than this number of entries out of the internal array to avoid overflowing the buffer.

mappingData

pointer to an array of Paddleboat_Controller_Mapping_Data structures. this should contain at least destRemapTableEntryCount elements. Passing nullptr is valid, and can be used to get the number of elements in the internal remap table.

Returns

The number of elements in the internal remap table.

Paddleboat_getControllerStatus

Paddleboat_ControllerStatus Paddleboat_getControllerStatus(
constint32_tcontrollerIndex
)

Retrieve the current controller device info from the controller with the specified index.

Details
Parameters	`controllerIndex` The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1.
Returns	Paddleboat_ControllerStatus enum value of the current controller status of the specified controller index.

Paddleboat_getIntegratedMotionSensorFlags

Paddleboat_Integrated_Motion_Sensor_Flags Paddleboat_getIntegratedMotionSensorFlags()

Get availability information for motion data sensors integrated directly on the main device, instead of attached to a controller.

Details
Returns	The bitmask of integrated motion data sensors.

Paddleboat_getLastKeycode

int32_t Paddleboat_getLastKeycode()

An function that returns the last keycode seen in a key event coming from a controller owned by Paddleboat.

Useful for debugging unknown buttons in new devices in the sample app

Details
Returns	keycode from last controller key event.

Paddleboat_getMouseData

Paddleboat_ErrorCode Paddleboat_getMouseData(
 Paddleboat_Mouse_Data *mouseData
)

Retrieve the current mouse data.

Details
Parameters	`mouseData` pointer to the mouse data struct to populate.
Returns	true if the data was read, false if there was no connected mouse device.

Paddleboat_getMouseStatus

Paddleboat_MouseStatus Paddleboat_getMouseStatus()

Retrieve the current controller device info from the controller with the specified index.

Details
Returns	Paddleboat_MouseStatus enum value of the current mouse status.

Paddleboat_getPhysicalKeyboardStatus

bool Paddleboat_getPhysicalKeyboardStatus()

Retrieve the physical keyboard connection status for the device.

Details
Returns	Whether a physical keyboard is currently connected, as boolean.

Paddleboat_init

Paddleboat_ErrorCode Paddleboat_init(
 JNIEnv *env,
 jobject jcontext
)

Initialize Paddleboat, constructing internal resources via JNI.

This may be called after calling Paddleboat_destroy to reinitialize the library. See also:Paddleboat_destroy

Details
Parameters	`env` The JNIEnv attached to the thread calling the function. `jcontext` A Context derived object used by the game. This can be an Activity derived class.
Returns	`PADDLEBOAT_NO_ERROR` if successful, otherwise an error code relating to initialization failure.

Paddleboat_isInitialized

bool Paddleboat_isInitialized()

Check if Paddleboat was successfully initialized.

Details
Returns	false if the initialization failed or was not called.

Paddleboat_onStart

void Paddleboat_onStart(
 JNIEnv *env
)

Inform Paddleboat that a start event was sent to the application.

Details
Parameters	`env` The JNIEnv attached to the thread calling the function.

Paddleboat_onStop

void Paddleboat_onStop(
 JNIEnv *env
)

Inform Paddleboat that a stop event was sent to the application.

Details
Parameters	`env` The JNIEnv attached to the thread calling the function.

Paddleboat_processGameActivityKeyInputEvent

int32_tPaddleboat_processGameActivityKeyInputEvent(
constvoid*event,
constsize_teventSize
)

Process a GameActivityKeyEvent input event to see if it is from a device being managed by Paddleboat.

At least once per game frame, the game should iterate through reported GameActivityKeyEvents and pass them to Paddleboat_processGameActivityKeyInputEvent for evaluation.

Details
Parameters	`event` the GameActivityKeyEvent input event received by the application. `eventSize` the size of the GameActivityKeyEvent struct being passed in bytes.
Returns	0 if the event was ignored, 1 if the event was processed/consumed by Paddleboat.

Paddleboat_processGameActivityMotionInputEvent

int32_tPaddleboat_processGameActivityMotionInputEvent(
constvoid*event,
constsize_teventSize
)

Process a GameActivityMotionEvent input event to see if it is from a device being managed by Paddleboat.

At least once per game frame, the game should iterate through reported GameActivityMotionEvents and pass them to Paddleboat_processGameActivityMotionInputEvent for evaluation.

Details
Parameters	`event` the GameActivityMotionEvent input event received by the application. `eventSize` the size of the GameActivityMotionEvent struct being passed in bytes.
Returns	0 if the event was ignored, 1 if the event was processed/consumed by Paddleboat.

Paddleboat_processInputEvent

int32_tPaddleboat_processInputEvent(
constAInputEvent*event
)

Process an input event to see if it is from a device being managed by Paddleboat.

Details
Parameters	`event` the input event received by the application.
Returns	0 if the event was ignored, 1 if the event was processed/consumed by Paddleboat.

Paddleboat_setBackButtonConsumed

void Paddleboat_setBackButtonConsumed(
 bool consumeBackButton
)

Set whether Paddleboat consumes AKEYCODE_BACK key events from devices being managed by Paddleboat.

The default at initialization is true. This can be set to false to allow exiting the application from a back button press when the application is in an appropriate state (i.e. the title screen).

Details
Parameters	`consumeBackButton` If true, Paddleboat will consume AKEYCODE_BACK key events, if false it will pass them through.

Paddleboat_setControllerLight

Paddleboat_ErrorCode Paddleboat_setControllerLight(
constint32_tcontrollerIndex,
constPaddleboat_LightType lightType,
constuint32_tlightData,
JNIEnv*env
)

Configures a light on the controller with the specified index.

Details

Parameters

Details
Parameters	`controllerIndex` The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1 `lightType` Specifies the type of light on the controller to configure. `lightData` Light configuration data. For player index lights, this is a number indicating the player index (usually between 1 and 4). For RGB lights, this is a 8888 ARGB value. `env` The JNIEnv attached to the thread calling the function.
Returns	`PADDLEBOAT_NO_ERROR` if successful, otherwise an error code.

controllerIndex

The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1

lightType

Specifies the type of light on the controller to configure.

lightData

Light configuration data. For player index lights, this is a number indicating the player index (usually between 1 and 4). For RGB lights, this is a 8888 ARGB value.

env

The JNIEnv attached to the thread calling the function.

Returns

PADDLEBOAT_NO_ERROR if successful, otherwise an error code.

Paddleboat_setControllerStatusCallback

void Paddleboat_setControllerStatusCallback(
 Paddleboat_ControllerStatusCallback statusCallback,
 void *userData
)

Set a callback to be called whenever a controller managed by Paddleboat changes status.

This is used to inform of controller connections and disconnections.

Details

Parameters

statusCallback

function pointer to the controllers status change callback, passing NULL or nullptr will remove any currently registered callback.

userData

optional pointer (may be NULL or nullptr) to user data that will be passed as a parameter to the status callback. A reference to this pointer will be retained internally until changed by a future call to Paddleboat_setControllerStatusCallback

Paddleboat_setControllerVibrationData

Paddleboat_ErrorCode Paddleboat_setControllerVibrationData(
constint32_tcontrollerIndex,
constPaddleboat_Vibration_Data *vibrationData,
JNIEnv*env
)

Set vibration data for the controller with the specified index.

Details

Parameters

controllerIndex

The index of the controller to read from, must be between 0 and PADDLEBOAT_MAX_CONTROLLERS - 1.

vibrationData

The intensity and duration data for the vibration effect. Valid intensity range is from 0.0 to 1.0. Intensity of 0.0 will turn off vibration if it is active. Duration is specified in milliseconds. The pointer passed in vibrationData is not retained and does not need to persist after function return.

env

The JNIEnv attached to the thread calling the function.

Returns

true if the vibration data was set, false if there was no connected controller or the connected controller does not support vibration.

Paddleboat_setMotionDataCallback

void Paddleboat_setMotionDataCallback(
 Paddleboat_MotionDataCallback motionDataCallback,
 void *userData
)

Set a callback which is called whenever a controller managed by Paddleboat reports a motion data event.

Details

Parameters

motionDataCallback

function pointer to the motion data callback, passing NULL or nullptr will remove any currently registered callback.

userData

Paddleboat_setMotionDataCallbackWithIntegratedFlags

Paddleboat_ErrorCode Paddleboat_setMotionDataCallbackWithIntegratedFlags(
 Paddleboat_MotionDataCallback motionDataCallback,
 Paddleboat_Integrated_Motion_Sensor_Flags integratedSensorFlags,
 void *userData
)

Set a callback which is called whenever a controller managed by Paddleboat reports a motion data event.

Details

Parameters

motionDataCallback

function pointer to the motion data callback, passing NULL or nullptr will remove any currently registered callback.

integratedSensorFlags

specifies if integrated device sensor data will be reported in the motion data callback. If a sensor flag bit is set, and the main device has that sensor, the motion data will be reported in the motion data callback. The Paddleboat_getIntegratedMotionSensorFlags function can be used to determine availability of integrated sensors.

userData

Returns

PADDLEBOAT_NO_ERROR if the callback was successfully registered, otherwise an error code. Attempting to register integrated sensor reporting if the specified sensor is not present will result in a PADDLEBOAT_ERROR_FEATURE_NOT_SUPPORTED error code.

Paddleboat_setMouseStatusCallback

void Paddleboat_setMouseStatusCallback(
 Paddleboat_MouseStatusCallback statusCallback,
 void *userData
)

Set a callback to be called when the mouse status changes.

This is used to inform of physical or virual mouse device connections and disconnections.

Details
Parameters	`statusCallback` function pointer to the controllers status change callback, passing NULL or nullptr will remove any currently registered callback. `userData` optional pointer (may be NULL or nullptr) to user data that will be passed as a parameter to the status callback. A reference to this pointer will be retained internally until changed by a future call to Paddleboat_setMouseStatusCallback

Paddleboat_setPhysicalKeyboardStatusCallback

void Paddleboat_setPhysicalKeyboardStatusCallback(
 Paddleboat_PhysicalKeyboardStatusCallback statusCallback,
 void *userData
)

Set a callback to be called when the physical keyboard connection.

status changes. This is used to inform of connections or disconnections of a physical keyboard to the primary device.

Details

Parameters

statusCallback

function pointer to the keyboard status change callback, passing NULL or nullptr will remove any currently registered callback.

userData

Paddleboat_update

void Paddleboat_update(
 JNIEnv *env
)

Updates internal Paddleboat status and processes pending connection/disconnections.

Paddleboat_update is responsible for triggering any registered controller or mouse status callbacks, those callbacks will fire on the same thread that called Paddleboat_update. This function should be called once per game frame. It is recommended to call Paddleboat_update before sending any new input events or reading controller inputs for a particular game frame.

Details
Parameters	`env` The JNIEnv attached to the thread calling the function.

Macros

PADDLEBOAT_BUGFIX_VERSION

 PADDLEBOAT_BUGFIX_VERSION 0

PADDLEBOAT_MAJOR_VERSION

 PADDLEBOAT_MAJOR_VERSION 2

PADDLEBOAT_MAPPING_FILE_IDENTIFIER

 PADDLEBOAT_MAPPING_FILE_IDENTIFIER 0xadd1eb0a

The expected value in the fileIdentifier field of the Paddleboat_Controller_Mapping_File_Header for a valid mapping file.

PADDLEBOAT_MAX_CONTROLLERS

 PADDLEBOAT_MAX_CONTROLLERS 8

Maximum number of simultaneously connected controllers.

PADDLEBOAT_MINOR_VERSION

 PADDLEBOAT_MINOR_VERSION 1

PADDLEBOAT_PACKED_VERSION

 PADDLEBOAT_PACKED_VERSION ANDROID_GAMESDK_PACKED_VERSION(PADDLEBOAT_MAJOR_VERSION, \
 PADDLEBOAT_MINOR_VERSION, \
 PADDLEBOAT_BUGFIX_VERSION)

PADDLEBOAT_STRING_TABLE_ENTRY_MAX_SIZE

 PADDLEBOAT_STRING_TABLE_ENTRY_MAX_SIZE 64

The maximum number of characters, including the terminating character, allowed in a string table entry.

Game Controller main interface

Summary

Enumerations

Typedefs

Functions

Macros

Structs

Enumerations

Paddleboat_BatteryStatus

Paddleboat_Buttons

Paddleboat_ControllerButtonLayout

Paddleboat_ControllerStatus

Paddleboat_Controller_Flags

Paddleboat_ErrorCode

Paddleboat_Ignored_Axis

Paddleboat_Ignored_Buttons

Paddleboat_Integrated_Motion_Sensor_Flags

Paddleboat_LightType

Paddleboat_Mapping_Axis

Paddleboat_Motion_Data_Callback_Sensor_Index

Paddleboat_Motion_Type

Paddleboat_MouseStatus

Paddleboat_Mouse_Buttons

Paddleboat_Remap_Addition_Mode

Typedefs

Paddleboat_ControllerStatusCallback

Paddleboat_Controller_Battery

Paddleboat_Controller_Data

Paddleboat_Controller_Info

Paddleboat_Controller_Mapping_Data

Paddleboat_Controller_Pointer

Paddleboat_Controller_Thumbstick

Paddleboat_Controller_Thumbstick_Precision

Paddleboat_MotionDataCallback

Paddleboat_Motion_Data

Paddleboat_MouseStatusCallback

Paddleboat_Mouse_Data

Paddleboat_PhysicalKeyboardStatusCallback

Paddleboat_Vibration_Data

Functions

Paddleboat_addControllerRemapData

Paddleboat_addControllerRemapDataFromFd

Paddleboat_addControllerRemapDataFromFileBuffer

Paddleboat_destroy

Paddleboat_getActiveAxisMask

Paddleboat_getBackButtonConsumed

Paddleboat_getControllerData

Paddleboat_getControllerInfo

Paddleboat_getControllerName

Paddleboat_getControllerRemapTableData

Paddleboat_getControllerStatus

Paddleboat_getIntegratedMotionSensorFlags

Paddleboat_getLastKeycode

Paddleboat_getMouseData

Paddleboat_getMouseStatus

Paddleboat_getPhysicalKeyboardStatus

Paddleboat_init

Paddleboat_isInitialized

Paddleboat_onStart

Paddleboat_onStop

Paddleboat_processGameActivityKeyInputEvent

Paddleboat_processGameActivityMotionInputEvent

Paddleboat_processInputEvent

Paddleboat_setBackButtonConsumed

Paddleboat_setControllerLight

Paddleboat_setControllerStatusCallback

Paddleboat_setControllerVibrationData

Paddleboat_setMotionDataCallback

Paddleboat_setMotionDataCallbackWithIntegratedFlags

Paddleboat_setMouseStatusCallback

Paddleboat_setPhysicalKeyboardStatusCallback

Paddleboat_update

Macros

PADDLEBOAT_BUGFIX_VERSION

PADDLEBOAT_MAJOR_VERSION

PADDLEBOAT_MAPPING_FILE_IDENTIFIER

PADDLEBOAT_MAX_CONTROLLERS

PADDLEBOAT_MINOR_VERSION

PADDLEBOAT_PACKED_VERSION

PADDLEBOAT_STRING_TABLE_ENTRY_MAX_SIZE