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osmo-bsc
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22 Commits

Author SHA1 Message Date
Harald Welte 12247c6713 Fix compilation issues on OS X - mainly #include file changes (Lars Immisch) 2009-05-21 07:23:02 +00:00
Harald Welte c63e51daac * correctly handle VTY_READ/VTY_WRITE events and select loop integration of VTY 2009-03-10 19:46:16 +00:00
Harald Welte 404cdd8951 make telnet interface use VTY code 2009-03-10 12:21:45 +00:00
Harald Welte 49f48b8b77 various CC updates: 
* correctly lchan_put the second lchan of a call at teardown
* map the RTP streams of ip.access onto each other
* fix bug that prevented a CONNECt message to ever reach the 'B' side
 2009-02-17 15:29:33 +00:00
Harald Welte 7ccf77810b slightly more complete GSM 04.08 CC, we can now 
* initiate phone calls from one MS
* look-up the subscriber based on dialled extension
* page the called subscriber
* send the SETUP to the called subscriber, including CLIP/CLIR
* get ALERTING notification back to caller
* relay DISCONNECT from either side to the other
This is still far from being complete, but it at least works for the most common case
 2009-02-17 01:43:01 +00:00
Harald Welte 09e38afbcc * introduce a callback function when paging completes (I know this is somewhat of an overlap 
with the signals, but I think paging always has one reason and thus one caller wants to
  get notified about completion, including a caller-specific context, etc)
* introduce TLV parser definitions for GSM 04.08
* parse and generate BCD number IE's for 04.08 call control
 2009-02-16 22:52:23 +00:00
Harald Welte 595ad7b762 modify the signal handler/dispatch code (sorry zecke, no offense, I just had some different ideas) 
* introduce new notion of subsystem in addition to signal number
* no need for bitmasks of 'areas' (aka subsystems)
* pass subsystem/signal_nr/... per argument rather than by data structure
 2009-02-16 22:05:44 +00:00
Holger Freyther 9b177760bb [sms] Send a notification on incoming SMS 
Further tests of the signal class. Send a notification
on incoming SMS.
 2009-02-16 19:07:18 +00:00
Holger Freyther 7aaf112ba7 [signal] Add consumer of the signal api, inform about paging 
Use the new signaling API in the telnet interface to broadcast
a succeeded or failed paging request.
 2009-02-14 22:51:13 +00:00
Holger Freyther 1fd34141c2 [paging] Cleanup page -> paging in function names 2009-02-09 23:42:03 +00:00
Holger Freyther f07768915d [telnet] use SO_REUSEADDR on the telnet socket 2009-02-03 20:49:51 +00:00
Harald Welte 626fe9c42b Print the refcount of the lchan as well 2009-01-09 21:24:53 +00:00
Harald Welte 38c2f13098 Hook the paging code into bsc_hack.c and telnet_interface.c 
Wrote and test code to add and remove paging requests... This
will be using the fact that the linux list is building a circle
on each tick we can send one/x paging requests and continue round
robin...
 2009-01-06 23:10:57 +00:00
Holger Freyther 7448a53ddb Be able to initiate paging from the telnet interface 
The actual paging by subscriber needs to be implemented
 2009-01-04 20:18:23 +00:00
Holger Freyther 4c8f114976 Fix warning 2009-01-04 20:17:07 +00:00
Holger Freyther 5e76ce61ac Some simple size check. We would not overflow but would send garbage 
Check the size
 2009-01-04 20:15:12 +00:00
Harald Welte d4fc1b29ca use get_[lp]chan_name() functions for telnet interface 2009-01-04 16:11:31 +00:00
Holger Freyther 868b8cdd58 Implement sending custm GSM 04.08 commands 
First you would page the IMSI and then send GSM 04.08
commands to the MS. This should help when testing new
commands
 2009-01-04 03:57:27 +00:00
Holger Freyther 3ae8fd2acb Implement the call command... 
Passing of an origin is missing this will need work in
gsm_04_08.
 2009-01-04 03:50:40 +00:00
Holger Freyther f87573dc4e Implement put_channel/get_channel, save on which bts we currently operate 
Allow to change the refcount for a given channel. Store which
bts is our primary bts. A command to switch the primary bts will
be added as well. This makes entering and parsing of commands more
easy.
 2009-01-04 03:49:41 +00:00
Holger Freyther ae61cae9b2 Add a show command to list the channel allocation 
Example output

show
BTS #0 on link 0  LOC: 1 TRX: 1 CCCH0: arfcn:123,#0
  TRX: 0 ARFCN: 123
     TS: #0 pchan: 2 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
     TS: #1 pchan: 0 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
     TS: #2 pchan: 0 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
     TS: #3 pchan: 0 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
     TS: #4 pchan: 0 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
     TS: #5 pchan: 0 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
     TS: #6 pchan: 0 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
     TS: #7 pchan: 0 flags: 0
       LCHAN: #0 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #1 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #2 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #3 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #4 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #5 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #6 type: 0  subscriber: na/na/na use: 0 loc: (nil)
       LCHAN: #7 type: 0  subscriber: na/na/na use: 0 loc: (nil)
 2009-01-04 03:46:01 +00:00
Holger Freyther 219518d064 Add simplistic telnet control interface 
This might turn into a complete wire protocol with special
client software. For now it will be a simple client interface
that you can use with telnet to do certain things.

This is using flex to implement the parsing. Implementation
and more commands will follow.
 2009-01-02 22:04:43 +00:00