Decode the unstructured data string as per 23.038, 7bit chars to 8bit chars.

constructor zeros mMCC and mMNC

Wait until clock has changed */ void wait() {ScopedLock lock(mLock); updateSignal.wait(mLock,1);} FIXME -- If we take away the timeout, a lot of threa

GSM 04.60 sec 12.24

TBF Starting Time GSM 04.08 10.5.2.38

These return true if the encryption type is supported.

GSM 08.18 10.4.12 and 11.3.9

When the MS RACHes into the GSM RR/MM side for any reason, we must cancel ongoing TBFs. The danged MS will RACH into the GSM stack right in the middle

Assumes sSgsnListMutex is locked on entry.

Warning: This runs in a separate thread.

Get the "more data" bit (M). */

GSM 05.02 3.3.2.2.1 */

GSM 05.02 3.3.2.2.1 */

Base complex-complex convolution */

Base complex-real convolution */

Print or modify the global configuration table. */

8*N single precision floats scaled and converted to 16-bit signed integer */

16*N 16-bit signed integer converted to single precision floats */

@name Manage SDCCH Pool. */ @{ The add method is not mutex protected and should only be used during initialization. */

@name Manage TCH pool. */ @{ The add method is not mutex protected and should only be used during initialization. */

Advance gBSNNext by the specified amount. The reason this is a function instead of just adding one to gBSNNext is to clean up old reservations behind

< Return true if this channel is allowed on this slot.

* Normal burst detection * * Correlation window parameters: * target: Tail + data + mid-midamble + 1/2 remaining midamblebits * head: Search 4

This switches to the specifed Procedure and starts it. It is equivalent to a long goto. It is also legal for the procedure to already be the current

Can this TBF use the specified uplink?

When L3 wants to drop a channel, it must set a flag in the L3LogicalChannel, which will be queried here. Return false to drop the channel.

which we do ahead of time so we can inform GPRS L2 that the new and old TLLIs are the same MS. Return the new si. In the new tlli procedure, it is th

This is a local function to map the GSM::ChannelType enum to one of the codes from GMS 04.08 10.5.2.8. */

Check for any message or timer activity on this channel. Return true if something happened. The delay is how often we poll, used on SDCCH.

This is for use by the Command Line Interface

Clock all three of R1,R2,R3, ignoring their middle bits. * This is only used for key setup. */

We are currently doing only static assignment, so take this out for now.

Dont bother with a fancy specification (eg: 2x4) because we are going to dynamically allocate channels soon.

API: Aligned complex-real */

(pat 1-2014) Make the BitVector into a silence frame. GSM 6.11 section 6 table 1 describes the silence frame, 6.10 1.7 the bit positions.

Return decoded frame if success and B == 3, otherwise NULL.

Do the reverse encoding on usf, and return the reversed usf, ie, the returned usf is byte-swapped.

* Detect a burst based on correlation and peak-to-average ratio * * For one sampler-per-symbol, perform fast peak detection (no interpolation) * fo

* RACH burst detection * * Correlation window parameters: * target: Tail bits + RACH length (reduced from 41 to a multiple of 4) * head: Searc

This is only called after the dialog has already been removed from the active dialogs, so we dont have to check the dialog state, all we have to check

This removes the SipDialog from the map so it will no longer receive SIP messages. It moves it to the mDeadDialogs queue, whence it will be deleted wh

Accessors: We set the remote-tag when we create the URI for a dialog. We set the local-tag the first time we hear from the peer, which for an inbound

Process the 184 bit frame, starting at offset, add parity, encode. Result is left in mI, representing 4 radio bursts.