1fd34141c2
[paging] Cleanup page -> paging in function names
2009-02-09 23:42:03 +00:00
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
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
4c8f114976
Fix warning
2009-01-04 20:17:07 +00:00
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
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
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
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
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
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
Holger Freyther
Harald Welte