fixes tiny compile error:
CC socket.lo
In file included from socket.c:13:
../include/osmocom/core/logging.h:31: error: expected declaration
specifiers or ‘...’ before ‘va_list’
make[3]: *** [socket.lo] Error 1
Additionally it wasn't possible to send concatenated sms from the vty.
To send multiple sms, it is necessary to use padding bits and add a user_data_header.
Therefore the gsm_7bit_encode function was splitted to gsm_7bit_encode and gsm_septets2octets.
gsm_septets2octets: this is the old gsm_7bit_encode function + additional padding parameter
Additionally the gsm_7bit_decode function was modified to take account for the user_data_header.
With the new gsm_get_octet_len function you can get the octet length for a given septet length.
I also added several sms tests.
For some interactive commands (e.g. sending a SMS in OpenBSC) we
are using the "NAME." arg definition. For the usecase of sending SMS
it is not enough to only allow about 13 spaces. Increase the limit.
Original patch is coming from Dennis Wehrle.
* All loging prefixes in libraries should be DL like DLINP
* All signals / subsystems should be called S_L_* SS_L_*
* All command nodes should be called L_*_NODE
This makes sure existinc code still compiles as expected
This patch adds a new attribute to msgb objects. This new
attribute will store a pointer to the routing information,
in the case of the A-bis link, this will be used to store
e1inp_sign_link instead of struct gsm_bts_trx.
This deprecates msg->trx, that can be removed once all
application are ported to use msg->dst.
This adds the libosmo-abis logging subsystems to libosmocore,
it uses the new change that harald proposed based on negative
numbers for library logging subsystems.
The first range (from 0 to INT_MAX/2) of signal subsystems can be
used by client applications while the second range (from INT_MAX)
is reserved for libraries.
This is useful to support signals defined in libraries that
may be used by different client applications.
We do this by using a trick: library-internal log categories use
negative subsystem numbers, which are converted into positive
array indexes at the time of logging.
library-internal log categories need to be knwo at compile-time,
while application-specified categories now are of unlimited number,
as they are dynamically allocated.