Mainly to differentiate the OAP messaging API (osmo_oap_ in libosmocore) from
the OAP client.
This is in preparation for moving the oap client to libcommon, which is in turn
preparation for libvlr. Add the osmo_ prefix, as all public Osmocom API should
have. We also have OAP messages code in libosmocore, so clarify by naming this
osmo_oap_client, and by also renaming the oap_test to oap_client_test. This
reshuffling will allow an easy move of OAP to libosmocore if we should want to
do that. A number of patches will follow up on this.
Related: OS#1592
Change-Id: Id447d2bebc026a375567654adafa5f82439ea7e1
This corresponds to change-id If5099e60681a215e798b6675f21813f26769c253 in
libosmocore, which is now required to build openbsc.
Related: OS#1592
Change-Id: I2f06aaa6eb54eafa860cfed8e72e41d82ff1c4cf
Use the DLGSUP logging category for GSUP.
Bump the required version of libosmocore to 0.9.5 to benefit from the DLGSUP
logging category fix in core/logging.[hc].
(Id974c7be158e4d60421a98110f5c807aefd31119)
Todo: we're using a "Library" logging category, which is not really what the
library category was intended for. Instead, the GSUP client should probably be
given a logging category like DVLR or DGPRS in its initialization API.
Related: OS#1592
Change-Id: Id3938267fa062e1a997d3704cd678874306f86ee
This is in preparation for moving gsup to libcommon, which is in turn
preparation for libvlr.
Related: OS#1592
Change-Id: I9c95d00f1a9420887a44c938b1d0ee3e20586f4c
Make sure everything is named gsup_client_ / GSUP_CLIENT_.
Rename static gsup_client_send() to client_send() to avoid clash with public
gprs_gsup_client_send() being renamed to gsup_client_send().
This is in preparation for moving gsup to libcommon, which is in turn
preparation for libvlr. libvlr and osmo-sgsn will use the same GSUP client
code. A number of patches will follow up on this, also for the the OAP client.
Related: OS#1592
Change-Id: I57433973b1c4f6cc1e12e7b1c96b5f719f418b51
GSUP was added to libosmocore in 0.9.4. We're using it here, so make up for a
previously missing bump.
(BTW: I'm pretty sure that other dependencies are also in dire need of a bump,
but leaving that for another patch)
Change-Id: I4f245a7d78d0889b37084c52478372bddb8289d6
* replace some tabs indent with spaces
* add comment to make sure no new tabs are used for indentation by emacs
* remove unnecessary parenthesis
Change-Id: Ib79fd4317d40ee4fd87b090b9faf8ebaf4bfca64
Replace hackish ipa_send_* routines with proper implementation from IPA
module thus making it part of extended tests.
Change-Id: If13ed7fd243ce3aeef505d2e8468e221aa62f79e
This reverts commit 1611df5226.
This is due to a segfault introduced to the asan build only. See:
http://lists.osmocom.org/pipermail/openbsc/2016-December/009966.html
Subject: new sanitizer breakage: SIGSEGV in sgsn_create_pdp_ctx()
Date: Tue Dec 13 12:08:32 UTC 2016
Change-Id: Ic926c0e6778947b516994822e3a21d4fde25bb02
Enable Deactivate PDP context based on the IMSI of the subscriber.
When there are PDP contexts present for a MM context,
PDP context will be deactivated along with GMM Detach(MM context deletion).
If there are no PDP present, MM context will be deleted to avoid
further PDP context request from the MS.
Test cases is added to check this functionality.
Change-Id: Ia0a41aa2218ec2fda4ea17a37c8cc55cba63dd13
GSM48_CMODE_DATA_6k0 was not properly terminated and thus resulted in a
bug.
Change-Id: I4000f06d0b49c4afb0446beddd150521c4ba3cf0
Fixes: Coverity CID 148207
For TCH/F_PDCH in PDCH mode, directly return the lchan to use, in order to
switch it to TCH/F. To check the pchan type in chan_alloc.c, make ts_pchan()
public in gsm_data_shared.h.
Commit c3f72f63af broke TCH/F_PDCH, as a fallout
of setting the GSM_PCHAN_PDCH subslots number to 0. This is sane and correct,
but the chan_alloc code failed to see a ts as available if it has no subslots.
Explanation:
_lc_find_trx() checks each timeslot. For normal, static TCH timeslots we
determine the number of logical subslots contained and check whether one of
them is free. For dynamic TS, we can do the same when in TCH mode, but when in
PDCH mode, we already know that it is available for immediate switchover for
voice and hence can return it right away. TCH/F_TCH/H_PDCH already has a
special check for that. TCH/F_PDCH doesn't, but this worked for TCH/F_PDCH as
long as ts_subslots() returned 1 for PDCH: the for-loop at the bottom of
_lc_find_trx() checked one subslot, which succeeded on an lchan in PDCH mode,
since PDCH lchans are always marked type == NONE and state == NONE. Now we more
accurately acknowledge that a PDCH timeslot has zero subslots and that a
dynamic timeslot in PDCH mode can always be switched to voice immediately,
without checking lchan type or state.
So, above mentioned commit set PDCH to zero subslots, and the for-loop to check
the (zero) subslots never ran and hence never returned the lchan. This fix adds
a special condition for TCH/F_PDCH in PDCH mode, same as TCH/F_TCH/H_PDCH.
(Todo: ts_pchan() can probably be used in other places as well to remove some
code dup. Leaving that for another patch.)
Fixes: OS#1868
Change-Id: I5d555d018a5bcb8d948e54059d32ec4c9b3070d0
Preparing cosmetically for a subsequent commit which will add another pchan
kind to be checked, rather use a "switch (pchan) {}". Also reverse one if()
branch to "early-exit" style.
Change-Id: Ie5eb0fa859c4f225616095dc56d52ce0f2dc8bdc
This is useful particularly in case where we deactivate PDCHs
which don't have a SACCH associated. The existin code would
always attempt to deactivate a SACCH even in those cases, leading
to the BTS responsding with related error messages.
Change-Id: Iaf46782329b38ba8f3d438e6c75c2d467b852734
When the LLC-XID request is constructed the order of the elements
in the TLV structure is reversed. This is in theory not a problem,
but differs from what we know from our practical experience. This
commit fixes the problem.
Change-Id: I1d71c947350d3c5a85ff36b71c1b8f036071d162
This is intended to prepare for splitting gsm_subscriber_connection into BSC
and MSC specific structs, to make the splitting patch more readable.
Change-Id: Ib9666225fb9bfec2cf1e364343560571869fe6a7
Rename current subscr_con_allocate() and subscr_con_free to bsc_*,
and add two separate msc_subscr_con_allocate() and _free().
The msc_subscr_con_free() ignores all lchan members.
In libbsc use bsc_*, in libmsc use msc_*.
Change-Id: I3cf7c7cafdf4672ec7b26058bba8a77159855257
Future: there will be distinct subscr conns for libbsc and libmsc.
Leave the timezone VTY output in libbsc's config_write_net(), until the BSC/MSC
separation of struct gsm_network is completed.
Change-Id: I9712b2e07b4f1ab8d2e4ad40a8d771e98ed25b20
Time zone used to be configurable per-BTS. In the upcoming MSC-split, no BTS
structures will be available on the MSC level. To simplify, drop the ability to
manage several time zones in a core network and place the time zone config on
the network VTY level, i.e. in gsm_network. If we are going to re-add fine
grained time zone settings, it should probably be tied to the LAC.
Adjust time zone VTY config code (to be moved to libcommon-cs in subsequent commit).
Adjust time zone Ctrl Interface code.
Change-Id: I69848887d92990f3d6f969be80f6ef91f6bdbbe8
Implement connection_for_subscr() from a completely different angle: instead of
looking up lchans in bts structs, look up the subscriber in the global list of
gsm_subscriber_connection. static lchan_find() is thus obsoleted.
All callers of connection_for_subscr() live in libmsc, so move to libmsc.
The move and edit are done in a single commit since the old and new
implementation have nothing in common.
Future: osmo-cscn will use this, without bts being present.
Remove implementation of connection_for_subscr() from channel_test.c -- it is
possible that the abort() in there was intended for a regression test, but
actually it seems the implementation was merely added for linking reasons, and
the abort() added to guard against the NULL return value: no comment nor the
commit log indicate that the abort() is test critical; the addition was the
only change in channel_test.c for that commit; at the same time a
connection_for_subscr() call was added in libmsc.
Change-Id: I5e0ba0ecf1726ebd540800f4e98fdfc937c904ff
Keep only BSC specific bits of the 'network' VTY node in bsc_vty.c, move more
general VTY commands to common_cs_vty.c.
Add arg to common_cs_vty_init() to pass a config_write_net() function. Pass a libbsc
specific config_write_net() function.
Future: upcoming omso-cscn will re-use the VTY bits moved to libcommon-cs and pass a
different config_write_net() function.
Change-Id: I871b7b32a0c56fdce983e409cf244ec487d24e71
Move gsmnet_from_vty() and the bsc_gsmnet global to common_cs_vty.c.
Rename bsc_gsmnet to vty_global_gsm_network and make it static to common_cs_vty.c, to
clearly mark the global variable for VTY use only.
Introduce common_cs_vty_init() to set vty_global_gsm_network.
Change-Id: I26c5c47de08f899b896813d09612d5cb2f8e42d6
Now that bsc_network_alloc() is separate, move it to before the VTY init (a
subsequent patch will pass the gsm_network instance as a parameter to
vty_init()).
bsc_hack.c: drop the comment that says about the VTY init: "This needs to
precede handle_options()" -- it is not accurate. Actually move the
handle_options() above both vty_init() and the bsc_network_alloc() calls, to be
able to decide which mncc callback to pass to bsc_network_alloc. It would make
sense to set this later on, but that would require further refactoring of the
bsc_network_init() and gsm_network_init() signatures, so not in this patch.
Change-Id: Ie6a7037e703b5a2d08ceeb20d35f197aaddc9d1b
For patch clarity, keep some code dup to be removed in a subsequent patch. In
the same sense don't change the fact that mncc_sock_init()'s return value is
ignored.
The global gsm_network instance 'bsc_gsmnet' is basically only used by the VTY,
and a future patch will "hide" that global in a vty .c file. In a nutshell, I
want to
- first allocate a gsm_network,
- then initialize the VTY passing the gsm_network pointer,
- and then read the config file using the initialized VTY.
So far, bsc_bootstrap_network() allocates the gsm_network and reads the config
file right away, which only works by sharing the extern bsc_gsmnet pointer,
which I would like to uncouple.
Change-Id: I480a09a31a79766ad07b627dd5238b7e37f3be7a
libbsc and libmsc will have separate subscriber connection structs. Hence don't
rely on gsm_subscriber_connection, but work on a direct pointer to the counter
for the next RP reference.
The only very thin function in gsm_04_11_helper.c thus becomes obsolete: drop
the entire file.
Change-Id: I2a2e9ba6a981a385d1f8f07acbe03536ffed0072
Factor out encryption info from struct gsm_lchan as struct gsm_encr, placed in
common_cs.h.
Change-Id: I94015fb9dd511c37c1e3058a0963c780b3f700ac
Future: this will be used by libmsc's subscriber connection, for osmo-cscn.
Both libmsc and libbsc will need distinct gsm0480_send_ussdNotify() and
gsm0480_send_releaseComplete() functions, since there will be distinct
subscriber connection structs.
Rename to msc_send_ussd_notify() and msc_send_ussd_release_complete(), and add
the same in libbsc with bsc_ prefix in new file gsm_04_80_utils.c.
In preparation of this patch, the message generation part of these functions
has been added to libosmocore as gsm0480_create_ussd_notify() and
gsm0480_create_ussd_release_complete(). Use these.
Adjust all libmsc and libbsc callers according to use the msc_* or bsc_*
implementation, respectively.
Change-Id: I33a84e3c28576ced91d2ea24103123431f551173
For new MM contexts, the ra_id was correctly obtained from the ue_ctx, but in
case an MM ctx is re-used and the ra_id changed, the new ra_id was not copied
to the MM context; instead, the ra_id was overwritten with uninitialized data.
Always initialize the local ra_id variable from the ue_ctx->ra_id for Iu
connections; it is used further below to update the ctx->ra_id.
For the case of a brand new Iu MM ctx, the ctx->ra_id then gets initialized a
second time. We could technically drop the init in sgsn_mm_ctx_alloc_iu(), but
it doesn't hurt either way.
Fixes: CID#57936
Change-Id: Ia06458758362e76925690b1757d8ced95e9609e4
Coverity scan detects a Null pointer deref (FORWARD_NULL) in
gprs_sndcp_comp.c: 67 in gprs_sndcp_comp_create().
The reason for this is that gprs_sndcp_dcomp_init() and also
gprs_sndcp_pcomp_init() rely on the comp_entity->algo algo
flag. If the program logic is correct a null pointer deref
should never occur.
This commit adds OSMO_ASSERT() statements to ensure a null
pointer deref is catched if if the ...comp_init() functions
are used with incorrect parameters.
Change-Id: I7748f06d1739a697edad5100a031e5aa1ef11ed1
Neels Hofmeyr
Harald Welte
Max
Philipp Maier