Neonode zForce(TM) SDK
Public Attributes | List of all members
Protocol Struct Reference

This structure represents the base class of all protocol definitions. More...

#include <Protocol.h>

Collaboration diagram for Protocol:
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Public Attributes

ProtocolBase
 The immediate base class of this Protocol class.
 
ConnectionConnection
 
uint64_t ResponseSerialNumber
 
uint64_t NotificationSerialNumber
 
void(* Destructor )(Protocol *self)
 The destructor for this class.
 
void(* DestroyPrivateDeviceData )(Protocol *self, void *privateDeviceData)
 
zForcezForce
 A pointer to the global zForce instance.
 
bool(* Connect )(Protocol *self)
 Perform protocol specific processing upon connection. More...
 
bool(* Disconnect )(Protocol *self)
 Perform protocol specific processing upon disconnection. More...
 
bool(* DecodeDataFrame )(Protocol *self, DataFrame *dataFrame)
 Give a data frame to Protocol for processing. More...
 
DataFrame *(* CreateResolutionRequest )(Protocol *self, Device *device, MessageAction action, uint32_t x, bool hasX, uint32_t y, bool hasY, uint32_t z, bool hasZ)
 Create a Resolution request. More...
 
DataFrame *(* CreateTouchActiveAreaRequest )(Protocol *self, Device *device, MessageAction action, uint32_t lowerBoundaryX, uint32_t upperBoundaryX, bool xIsValid, uint32_t lowerBoundaryY, uint32_t upperBoundaryY, bool yIsValid)
 Create a TouchActiveArea request. More...
 
DataFrame *(* CreateReverseTouchActiveAreaRequest )(Protocol *self, Device *device, MessageAction action, bool xIsReversed, bool yIsReversed)
 Create a ReverseTouchActiveArea request. More...
 
DataFrame *(* CreateFlipXYRequest )(Protocol *self, Device *device, MessageAction action, bool axesAreFlipped)
 Create a FlipXY request. More...
 
DataFrame *(* CreateReflectiveEdgeFilterRequest )(Protocol *self, Device *device, MessageAction action, bool isFilterOn)
 Create a ReflectiveEdgeFilter request. More...
 
DataFrame *(* CreateMergeTouchesRequest )(Protocol *self, Device *device, MessageAction action, bool areTouchesMerged)
 Create a MergeTouches request. More...
 
DataFrame *(* CreateDetectionModeRequest )(Protocol *self, Device *device, MessageAction action)
 Create a DetectionMode request. More...
 
DataFrame *(* CreateMcuUniqueIdentifierRequest )(Protocol *self, Device *device, MessageAction action, uint8_t *identifier, uint32_t bufferSize)
 Create a McuUniqueIdentifier request. More...
 
DataFrame *(* CreateEnableRequest )(Protocol *self, Device *device, MessageAction action, bool continuousMode, uint32_t numberOfMessages)
 Create an Enable request. More...
 
DataFrame *(* CreateOperationModesRequest )(Protocol *self, Device *device, MessageAction action, OperationModes modeMask, OperationModes modeValues)
 Create an OperationModes request. More...
 
DataFrame *(* CreateDisableRequest )(Protocol *self, Device *device, MessageAction action)
 Create a Disable request. More...
 
DataFrame *(* CreateFingerFrequencyRequest )(Protocol *self, Device *device, MessageAction action, uint32_t frequency)
 Create a FingerFrequency request. More...
 
DataFrame *(* CreateIdleFrequencyRequest )(Protocol *self, Device *device, MessageAction action, uint32_t frequency)
 Create an IdleFrequency request. More...
 
DataFrame *(* CreateDetectedObjectSizeRestrictionRequest )(Protocol *self, Device *device, MessageAction action, bool maximumSizeEnabled, uint32_t maximumSize, bool minimumSizeEnabled, uint32_t minimumSize)
 Create a DetectedObjectSizeRestriction request. More...
 
DataFrame *(* CreateNumberOfTrackedObjectsRequest )(Protocol *self, Device *device, MessageAction action, uint32_t numberOfTrackedObjects)
 Create a NumberOfTrackedObjects request. More...
 
DataFrame *(* CreateOffsetRequest )(Protocol *self, Device *device, MessageAction action, uint32_t offsetX, bool offsetXIsValid, uint32_t offsetY, bool offsetYIsValid)
 Create an Offset request. More...
 
DataFrame *(* CreateHidDisplaySizeRequest )(Protocol *self, Device *device, MessageAction action, uint32_t sizeX, bool sizeXIsValid, uint32_t sizeY, bool sizeYIsValid)
 Create a HidDisplaySize request. More...
 
DataFrame *(* CreateTouchModeRequest )(Protocol *self, Device *device, MessageAction action, TouchModes touchMode, bool touchModeIsValid, uint32_t clickOnTouchTime, bool clickOnTouchTimeIsValid, uint32_t clickOnTouchRadius, bool clickOnTouchRadiusIsValid)
 Create a TouchMode request. More...
 
DataFrame *(* CreateFloatingProtectionRequest )(Protocol *self, Device *device, MessageAction action, bool enabled, bool enabledIsValid, uint32_t time, bool timeIsValid)
 Create a FloatingProtection request. More...
 

Detailed Description

This structure represents the base class of all protocol definitions.

This structure represents the base class of all protocol definitions. The data and functions contained within the structure's fields are the essentials which are common to all such definitions.

Member Data Documentation

bool( * Protocol::Connect) (Protocol *self)

Perform protocol specific processing upon connection.

Parameters
selfPointer to the struct itself.
Returns
true upon success. Otherwise false which indicates failure and the errno variable should be inspected for the reason why.
Connection* Protocol::Connection

Each Protocol is linked to one connection.

DataFrame*( * Protocol::CreateDetectedObjectSizeRestrictionRequest) (Protocol *self, Device *device, MessageAction action, bool maximumSizeEnabled, uint32_t maximumSize, bool minimumSizeEnabled, uint32_t minimumSize)

Create a DetectedObjectSizeRestriction request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
maximumSizeEnabledMaximum size enabling flag.
maximumSizeThe maximum object size for detection.
minimumSizeEnabledMinimum size enabling flag.
minimumSizeThe minimum object size for detection.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateDetectionModeRequest) (Protocol *self, Device *device, MessageAction action)

Create a DetectionMode request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateDisableRequest) (Protocol *self, Device *device, MessageAction action)

Create a Disable request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateEnableRequest) (Protocol *self, Device *device, MessageAction action, bool continuousMode, uint32_t numberOfMessages)

Create an Enable request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
continuousModeSet to true for continuous mode.
numberOfMessagesWhen in non-continuous mode, specifies how many Messages to receive before the Device disables itself. May not be 0 when continuousMode == false.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateFingerFrequencyRequest) (Protocol *self, Device *device, MessageAction action, uint32_t frequency)

Create a FingerFrequency request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
frequencyThe value to set if this is a set action.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateFlipXYRequest) (Protocol *self, Device *device, MessageAction action, bool axesAreFlipped)

Create a FlipXY request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
flipthe X and Y axes.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateFloatingProtectionRequest) (Protocol *self, Device *device, MessageAction action, bool enabled, bool enabledIsValid, uint32_t time, bool timeIsValid)

Create a FloatingProtection request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
enabledEnable or disable Floating Protection.
enabledIsValidEnable is valid, i.e. you want to set it.
timeFloating Protection Time in ms..
timeIsValidThe Time is valid, i.e. you want to set it.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateHidDisplaySizeRequest) (Protocol *self, Device *device, MessageAction action, uint32_t sizeX, bool sizeXIsValid, uint32_t sizeY, bool sizeYIsValid)

Create a HidDisplaySize request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
sizeXThe X Size.
sizeXIsValidThe X Size is valid, i.e. you want to set it.
sizeYThe Y Size.
sizeYIsValidThe Y Size is valid, i.e. you want to set it.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateIdleFrequencyRequest) (Protocol *self, Device *device, MessageAction action, uint32_t frequency)

Create an IdleFrequency request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
frequencyThe value to set if this is a set action.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateMcuUniqueIdentifierRequest) (Protocol *self, Device *device, MessageAction action, uint8_t *identifier, uint32_t bufferSize)

Create a McuUniqueIdentifier request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
identifierPointer to the Identifier array to set.
bufferSizeBuffer size.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateMergeTouchesRequest) (Protocol *self, Device *device, MessageAction action, bool areTouchesMerged)

Create a MergeTouches request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
areTouchesMergedtrue if the reported touches are merged, otherwise false.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateNumberOfTrackedObjectsRequest) (Protocol *self, Device *device, MessageAction action, uint32_t numberOfTrackedObjects)

Create a NumberOfTrackedObjects request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
numberOfTrackedObjectsTracked object count.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateOffsetRequest) (Protocol *self, Device *device, MessageAction action, uint32_t offsetX, bool offsetXIsValid, uint32_t offsetY, bool offsetYIsValid)

Create an Offset request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
offsetXThe X Offset.
offsetXIsValidThe X Offset is valid, i.e. you want to set it.
offsetYThe Y Offset.
offsetYIsValidThe Y Offset is valid, i.e. you want to set it.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateOperationModesRequest) (Protocol *self, Device *device, MessageAction action, OperationModes modeMask, OperationModes modeValues)

Create an OperationModes request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
modeMaskIndication of which modes have values in this call.
modeValuesOptional values for modes. See the modeMask argument.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateReflectiveEdgeFilterRequest) (Protocol *self, Device *device, MessageAction action, bool isFilterOn)

Create a ReflectiveEdgeFilter request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
isFilterOntrue if the filter is on, otherwise false.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateResolutionRequest) (Protocol *self, Device *device, MessageAction action, uint32_t x, bool hasX, uint32_t y, bool hasY, uint32_t z, bool hasZ)

Create a Resolution request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
xX axis value if this is a set action.
hasXX axis value present flag if this is a set action.
yY axis value if this is a set action.
hasYY axis value present flag if this is a set action.
zZ axis value if this is a set action.
hasZZ axis value present flag if this is a set action.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateReverseTouchActiveAreaRequest) (Protocol *self, Device *device, MessageAction action, bool xIsReversed, bool yIsReversed)

Create a ReverseTouchActiveArea request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
reverseXX axis direction reversal flag.
reverseYY axis direction reversal flag.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateTouchActiveAreaRequest) (Protocol *self, Device *device, MessageAction action, uint32_t lowerBoundaryX, uint32_t upperBoundaryX, bool xIsValid, uint32_t lowerBoundaryY, uint32_t upperBoundaryY, bool yIsValid)

Create a TouchActiveArea request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
lowerBoundaryXX axis value of lower boundary.
lowerBoundaryYY axis value of lower boundary.
upperBoundaryXX axis value of upper boundary.
upperBoundaryYY axis value of upper boundary.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
DataFrame*( * Protocol::CreateTouchModeRequest) (Protocol *self, Device *device, MessageAction action, TouchModes touchMode, bool touchModeIsValid, uint32_t clickOnTouchTime, bool clickOnTouchTimeIsValid, uint32_t clickOnTouchRadius, bool clickOnTouchRadiusIsValid)

Create a TouchMode request.

On error, errno is set.

Parameters
selfPointer to the struct itself.
devicePointer to the Device from which the request originated.
actionIndication of what type of action this message refers to.
touchModeWhich Touch Mode the device is in.
clickOnTouchTimeThe Click on Touch Time.
clickOnTouchTimeIsValidThe Click On Touch Time is valid, i.e. you want to set it.
clickOnTouchRadiusThe Click On Touch Radius.
clickOnTouchRadiusIsValidThe Click on Touch Radius is valid, i.e. you want to set it.
Returns
Pointer to data frame if it it worked, NULL if it didn't. See errno.
bool( * Protocol::DecodeDataFrame) (Protocol *self, DataFrame *dataFrame)

Give a data frame to Protocol for processing.

Parameters
selfPointer to the struct itself.
dataFrameDataFrame pointer.
Returns
true if the data frame has been decoded. Otherwise false which indicates failure and the errno variable should be inspected for the reason why.
void( * Protocol::DestroyPrivateDeviceData) (Protocol *self, void *privateDeviceData)

Protocol Specific method to destroy any potential Protocol Specific Data stored in a Device;

bool( * Protocol::Disconnect) (Protocol *self)

Perform protocol specific processing upon disconnection.

Parameters
selfPointer to the struct itself.
Returns
true upon success. Otherwise false which indicates failure and the errno variable should be inspected for the reason why.
uint64_t Protocol::NotificationSerialNumber

A counter used for giving notifications a unique serial number. Serial numbers start at 1 and strictly increase with each notification.

uint64_t Protocol::ResponseSerialNumber

A counter used for giving responses a unique serial number. Serial numbers start at 1 and strictly increase with each response.


The documentation for this struct was generated from the following file: