Example of a closed-loop, persistent-thread control function for the DCCH. */ void Control::DCCHDispatcher(UMTS::DCCHLogicalChannel *DCCH)

Return truw if this a DCCH idle frame. */

(pat) Downlink channels do not get a scrambling code.

Total frame error rate since last open(). */

@name Pass-through actions. */ @{

@name Channel stats from the physical layer */ @{ Receive FER. */ float FER() const { assert(mPHY); return mPHY->FER(); }

mTBSz and mCodedBkSz and mFillBits must be filled in by the descendent class constructors.

This class is used to init the FecProgInfo for a full support rach/fach/dch. Assumes convolutional coding. TODO: Need a different constructor for Turb

Length including header and rest octets. */

Decl must exactly match SingleLinkListNode

5 bit range.

Set lower stealing bit. */

Return lower stealing bit. */

Set upper stealing bit. */

Return upper stealing bit. */

Controller for the IMSI Detach transaction, GSM 04.08 4.3.4. */

@name Obvious accessors. */ @{

TODO

Leave the encoders undefined until we know what the use of the channel is going to be, then call fecConfig.

Initialize a U or S frame. */

Build an empty frame with a given primitive. */

Format A or B. */

Return the expected message length in bytes, including L3 header, but not including rest octets. */

Default is the flags for a single segment APDU - one that fits in a single Application Information message **/

Default Protocol Identifier is RRLP=0, the only one defined so far (rest are reserved). */

The default call state is the "Null" state. */