Set the value to gettimeofday. */

timestamp read and write operators */

Protocol Discriminator, GSM 04.08 10.2. */

@} @name not inlined due to outside calls */ @{

Apply a Galois polymonial to a binary seqeunce. @param val The input sequence. @param poly The polynomial. @param order The order of the polynom

Buffer validity checks */

Return true if clearing is in progress in the GSM side. */

Just configure, dont start. Value may be 0, but dont start the timer with that value.

Return TRUE on success.

Figure out the number of bits send on the radio frame for each TrCh in the CCTrCh.

If si, forces the GmmInfo for this imsi to exist and associates it with that si. If si == NULL, return NULL if gmm not found - used for CLI.

Dont forget to multiply this by TTI.

24.008 10.4: Top 2 bits do something else.

20 bits SRNTI = SRNC-RNTI = Serving RNC - Radio Network Temporary Id. Identifies the UE within this cell.

For GPRS, teturn the TLLI that we assign to the MS. (pat) I think this TLLI may not necessarily equal the TLLI in getSI()->mMsHandle between the time

TFS are per-TrCh. TFCS are common for all TrCh.

These use 0 based numbering for TrCh:

pat says: uplink and downlink trBkSz are nearly always different.

How many bits are in the MAC header?

@}

We need to quantize the "RLC-Size" which is a magical term defined in 25.331 8.5.1; Presumably that is so you can use the same RLC blocks on different

The alternate sgsnInfoPrint is used only for gmmDump and prints

Return the current SIP call state. */

Version for RACH/FACH channels.

Version for DCH channels.

The transport block size used by this encoder. */

Return true on success, false on failure. Make the ByteVector large enough to hold the expected encoded message, and the ByteVector size will be shrin

Run the message through the RLC-UM entity for CCCH.

Accessor to database connection. */

--------------------------------------------------------------------- * FI() * The FI function (fig 3). It includes the S7 and S9 tables. *

Message Type Indicator, GSM 04.08 10.4. */

Look into the LAPDm header and get the P/F bit. */

Round a float to the appropriate F16 value. */