Constructor

Prohibit copy constructor

Destructor

second stage constructor

Second stage constructor

ConvertHorSpeedAccuracyToMetersPerSecond()

Converts received speed uncertainty value N to meters per second, according to 3GPP GAD:

Uncertainty is encoded in increments of 1 kilometer per hour using an 8bit encoded number N. N is therefore the uncertainty speed in kmph, except for N=255 which indicates that the uncertainty is not specified

ConvertHorSpeedToMetersPerSecond()

Converts received speed value N to meters per second, according to 3GPP GAD:

for N = 0 N <= h < N+0.5 for 0 < N < 2^16-1 N-0.5 <= h < N+0.5 for N=2^16-1 N-0.5 <= h

where h = speed in km/hour

Decodes the content of the positioning payload (for received messages) Called by CSuplAsn1DecoderImpl::DecodeL() and not intended for DLL export

DecodePosPayloadL()

Decodes the content of received positioning payload. Must be called before content of the payload may be accessed

Encodes the SUPL POS message to the passed buffer Called by CSuplMessageBase::EncodeToL() and not intended for DLL export

EncodePosPayloadL()

Encodes the positioning payload.

Populates aPosInfo according to the velocity parameter (for received messages)

Velocity()

Populates aPosInfo according to the velocity parameter The parameter TPositionInfoBase must be able to store course information (eg be TPositionCourseInfo or derived) for the velocity parameter to be set.

Note that the LBS course API currently does not support vertical velocity, so vertical speed information is ignored.

Prints the content payload data structure to the logger

Static factory constructor

Returns the positioning payload (for received messages). The calling method becomes responsible for destruction of the pos payload.

PosPayload()

Returns the decoded positioning payload for received SUPL POS messages. Note that ownership of the position payload is returned - the calling entity becomes responsible for the destruction of the positioning payload.

Assigns the payload RRLP message (for outgoing messages)

SetPosPayload()

Assigns the payload RRLP message for outgoing messages. CSuplPos instance takes immediate ownership of the CSuplPosPayload object.

Set the velocity parameter (for outgoing messages)

SetVelocity()

Set the velocity parameter. The parameter TPositionInfoBase must contain course information (eg be TPositionCourseInfo or derived) for the velocity parameter to be set.

Returns ETrue if the position parameter is present (for received messages)

VelocityPresent()

Prohibit assigment operator

Objects used in decoding of the positioning payload

The positioning payload