Prepare for VAMOS, where there will be secondary "shadow" lchans serving
secondary MS on the same timeslots. For those, RSL messages will need to
reflect a different stream ID aka TEI, via an rsl_link_vamos.
Make sure that every code path that sends an RSL message for a specific
lchan selects the RSL link via the new function rsl_chan_link(). When
VAMOS is implemented, this function can select the proper RSL stream.
Rename gsm_bts_trx.rsl_link to rsl_link_primary. This makes sure I'm not
missing any uses of the RSL link, and clarifies the code.
Related: SYS#5315 OS#4940
Change-Id: Ifbf16bb296e91f151d19e15e39f5c953ad77ff17
So far we were comparing the requested MSC side RTP address+port with
the MGW side's address+port, which would practically always fail, and
hence we always issued redundant MDCX even if for unchanged MSC side.
Skip the MDCX if the MSC side remains unchanged.
Emit the success event immediately if the MDCX is skipped.
Depends: Ibb488925827d9dc0ccb1f8d6d84728745d086793 (osmo-mgw/libosmo-mgcp-client)
Change-Id: If994ecef9d4269a8120b0575de9b6d0c3be19146
From 3GPP TS 48.008 sec 3.1.30 "Common ID":
"""
If the SCCP connection is established due to CSFB from E-UTRAN and the MSC supports
return to the last used PLMN after CS fallback, then it should send the COMMON ID message
to the BSS including the Last used E-UTRAN PLMN ID information element if available at
the MSC immediately following the successful SCCP connection setup.
"""
Furthermore, 3GPP TS 48.008 version 16.0.0 Release 16 "3.2.1.21 CLEAR COMMAND",
for field CSFB Indication, states:
"""
NOTE: This information element doesn't serve any useful purpose. MSCs should not send the
information element unless it is required by the recipients (due to the need to interwork
with older versions of the protocol). It is expected that in future versions of the present
document, this information element will be deleted from this message.
"""
Hence, build up the EUTRAN neighbor list based on whether we received
the Last E-UTRAN PLMN ID IE during Common Id. In the future, we should
probably filter the list while populating it based on the received IE.
This change will also allow reusing same mechanism for SRVCC
EUTRAN->GERAN support, where te Last E-UTRAN PLMN ID IE can be found
inside "Old BSS to New BSS information" IE in msg HANDOVER REQUEST.
Related: SYS#5337
Change-Id: I5d290ac55eca5adde1c33396422f4c10b83c03d5
This change will allow handling more IEs in the future, like
"Last used E-UTRAN PLMN ID" one.
Related: SYS#5337
Change-Id: I96a0e1a7491fabf7aaad62207886821ad6194927
So far the list of penalty timers was stored for an opaque target
pointer. That was either a gsm_bts pointer for a local BTS, or a cell
identifier list pointer for a remote-BSS cell.
Reasons to refactor penalty timers:
- The cell identifier list pointer came from the neighbor configuration
storage, but the way cell neighbor config is stored will change in a
subsequent patch. There will be no more cell identifier lists there.
- Storing object pointers is inherently unsafe -- if an object gets
removed and another gets allocated, the penalty timer could
theoretically remain in force for an unrelated object.
Rather store penalty timers for specific Cell IDs. Since remote-BSS
neighbors can be requested by a cell identifier *list*, use a
gsm0808_cell_id_list2 as key in the list of penalty timers.
Fix handover_test.c: have different CI for each local BTS. So far it was
the same LAC+CI for all BTSes, which now would make the test fail,
because any penalty timer would appear to apply to all local cells.
Related: OS#5018
Change-Id: I72dd6226a6d69c3f653a3174c6f55bf4eecc6885
If an A-interface conn is already active (for Location Services), an RSL EST
IND may arrive during GSCON_ST_ACTIVE. Pass it on instead of rejecting. This
allows establishing Layer 3 on an already active A-interface conn.
Change-Id: Ib18a12f8b8bcfb356188b2c0d97d555c1850f23e
The N-CONNECT.req on the A interface is a possible *consequence* of the event
being handled, namely the incoming RSL ESTablish INDication containing the
Complete Layer 3 message: dispatched by bsc_compl_l3().
If an (LCS related) connection is already present on the A-interface when the
lchan is established, there will be no N-CONNECT but an N-DATA sending the
Complete Layer 3. See BSC_Tests.TC_cm_service_during_lcs_loc_req().
Change-Id: Ic43aabeb0d3c58ac62249ad9d3718363d32508f9
During LCS development, I'm getting use count bugs and would like to see use
token strings to figure it out.
Change-Id: I29bf60059d4cf7bb99a00753e6cdc149baf95f94
Set conn->bsub as indicated by the Mobile Identity. Now the
'log_set_context(LOG_CTX_BSC_SUBSCR, conn->bsub);' becomes useful.
Upcoming patch to support Perform Location Request will use the subscriber to
retrieve an already established conn via the bsub.
Drop fixme in gscon_fsm_init(), MI now extracted and id updated.
Change-Id: I00d4c7e8284b745368a432a7ec176aa99f79db47
Backwards compatibly, introduce timer groups in OsmoBSC, and move some
non-specified T timers to new X timers:
T993111 -> X3111
T993210 -> X3210
T999 -> X4
Why X4? because there already is an X3 used elsewhere in Osmocom, and I find
it less confusing if X-numbers don't repeat across programs. See
https://osmocom.org/projects/cellular-infrastructure/wiki/List_of_Timer_numbers
Drop unused timers from g_mgw_tdefs. Only X2427 has an actual effect.
(libosmo-mgcp-client recently moved T2427001 to X2427.)
Put libosmo-mgcp-client related timers to the 'mgw' group, like in osmo-msc.
This makes the MGCP timeout configurable for the first time.
Keep previous timer commands as DEFUN_HIDDEN, and also translate the moved T
timers to X timers on-the-fly. All previous VTY commands still work, and new
'timer [(net|mgw)] ...' commands are added. timer.vty shows this.
Remove the "_OPTIONAL" from the legacy "timer" and "show timer" commands, so
that they don't ambiguously overload the new "timer [(net|mgw)] ..." commands.
Related: OS#4539
Related: If097f52701fd81f29bcca1d252f4fb4fca8a04f7 (osmo-mgw)
Change-Id: I4beec47502afa193dee343869c4be55dc6a4b536
An inter-BSC-OUT handover ends with a Clear Command, which HO_OUT_ST_WAIT_CLEAR
waits for. Actually tell the handover_fsm.c about an incoming Clear Command, so
that the inter-BSC-OUT success can be counted.
Similarly, count failing handover results for an unexpected Clear Command from
the MSC.
Related: OS#4736
Change-Id: I0c489838a99f930e2104619ca745191d2a736f1b
During handover cleanup due to a Clear Command from the MSC, do not send
another Clear Request to the MSC. Only send that when no Clear Command was
received yet.
Add a flag rx_clear_command per gscon instance, indicating whether a Clear
Command was received, and exit early in gscon_bssmap_clear() when true.
This is part of patches fixing the rate counters around handover, which uncover
some bugs:
- Another patch enables proper handover result handling when receiving a Clear
Command.
- After that, the handover_end() handling would always cause sending a Clear
Request, even if a Clear Command was already received.
- This patch removes the extraneous Clear Request, for this scenario and for
all other corner cases that might still exist.
Related: OS#4736
Change-Id: Iab82cac0a7ffa7d36338c8ff7c0618a813025f13
Move initial 'handover:attempted' counts from bsc_subscr_conn_fsm.c to
handover_fsm.c, where all the other counters are handled.
Add missing increments for the overall 'handover:*' counts.
Related: OS#4736
Change-Id: I783bdedafc0eb8f2df9ea100792846fecc7ccbf7
As 3GPP TS 48.058 clearly states, an RLL RELease INDication is only
sent if the datalink is released by the MS. Thre's no cause value
giving further diagnostics, but if the MS releases the link, it is
clearly not the BSS's fault, and hence "BSS not equipped" is wrong.
Change-Id: I38222e60071841abcd06046a472ddb35907164a4
Related: OS#4728
In some (error-) cases we might be unable to determine which BTS to use
when counting handover events. We don't want to loose these events
because then ctr(bsc) == sum(ctr(bsc->bts)) would not be true anymore.
Those events are now counted by a counter in struct gsm_network which
uses an index that is out of range for regular BTS (65536).
Change-Id: Ic0f3edd5dc014c4eac5e8423133633a3e5d4c13e
Related: SYS#4877
Our current handover counters only count success/failures per BSC. It
would be nice to also count which BTS is part of a (successful/failed)
handover.
This patch duplicates the BSC counters for the BTS and changes the
ho_count and related macros to also count per BTS. If a BTS is NULL
(when conn->lchan is NULL) counting for the BTS is ignored.
Change-Id: I025ef14e2cfd2eea8880212c9406372ce0bf9296
Related: SYS#4877
The MSC may at any time send a BSSMAP CommonID message via a
SCCP connection to inform us of the IMSI of the subscriber. Let's
make use of that information by associating a related bsc_subscr
and updating the identity of the bsc_subscr_conn_fsm for improved
logging / filtering.
Closes: OS#2969
Change-Id: I52c43fb940f0db796adf4c0adb2260321c721c39
Since we verify the cause code of the RSL channel release in ttcn3-bsc-tests,
BSC_Tests.TC_chan_act_ack_est_ind_noreply shows an invalid release cause code
of 127. Fix that.
On gscon timeout, don't send the unrelated RSL code RSL_ERR_INTERWORKING, but a
proper RR cause code. GSM48_RR_CAUSE_ABNORMAL_TIMER is defined as the proper
cause for an expired timer (3GPP TS 44.018 10.5.2.31).
Should fix this error in BSC_Tests.TC_chan_act_ack_est_ind_noreply:
BSC_Tests.ttcn:1590 Dynamic test case error: Assigning invalid numeric value 127 to a variable of enumerated type @GSM_RR_Types.RR_Cause.
Change-Id: Ic2e4b692e78f7b134fe57d1077a08adb48398e06
The MGCP endpoint name, that is generated when an E1 endpoint is
selected does have a hardcoded trunk id number, which is permanantly set
to 1. Lets use the E1 line number instead.
Related: OS#2547
Change-Id: Ic5447bb4426e31d119667bdfddfd2c91fd591fc6
When the BTS is is not an ipaccess BTS, the BTS can only be an E1 bts.
In that case E1 endpoints must be used and there will be no RTP stream
setup towards the BTS.
Change-Id: I4f1f39bf90b0a7c9ea448dab255daf99cd36bb4a
Related: OS#2547
In various places that receive an error cause from RSL and place it in
lchan.release.rsl_error_cause, translate it to an RR cause and place that in
the recently added lchan.release.rr_cause. Hence the RR Channel Release message
now reflects more specific error causes when the reason for the error was
received in an RSL message's cause value.
Change-Id: I46eb12c91a8c08162b43dd22c7ba825ef3bbc6ac
In lchan.release, add 'cause_rr', and set RR Channel Release message's cause
value to lchan.release.cause_rr.
In lchan_release(), do not set lchan.release.rsl_error_cause to the RR cause
value, these are unrelated. Store in new lchan.release.cause_rr instead. The
rsl_error_cause is apparently only used for logging, except for one place in
lchan_fsm_wait_activ_ack() that compares it to RSL_ERR_RCH_ALR_ACTV_ALLOC, so
there should not be a functional difference by this fix.
Propagate the BSSMAP Clear Command cause to the RR Channel Release:
Add struct gscon_clear_cmd_data as event data for GSCON_EV_A_CLEAR_CMD -- so
far it sent the is_csfb flag, add the gsm0808_cause; invoking the event happens
in bssmap_handle_clear_cmd().
Adjust event handling in gscon_fsm_allstate(); there, pass the cause to
gscon_release_lchans(). In gscon_release_lchans(), pass the cause to
gscon_release_lchan(), and then lchan_release(), which sets the new
lchan.release.cause_rr to the passed cause value.
As soon as the lchan FSM enters the proper state, it calls
gsm48_send_rr_release(). There, set the cause value in the encoded message to
lchan.release.cause_rr.
Interworking with osmo-msc: so far, osmo-msc fails to set the Clear Command
cause code for normal release, it just passes 0 which amounts to
GSM0808_CAUSE_RADIO_INTERFACE_MESSAGE_FAILURE. Before this patch, osmo-bsc
always sent GSM48_RR_CAUSE_NORMAL in the RR Channel Release, and after this
patch it will receive 0 == GSM0808_CAUSE_RADIO_INTERFACE_MESSAGE_FAILURE from
osmo-msc and more accurately translate that to GSM48_RR_CAUSE_PROT_ERROR_UNSPC.
This means in practice that we will now see an error cause in RR Channel
Release instead of GSM48_RR_CAUSE_NORMAL when working with osmo-msc. For
changing osmo-msc to send GSM0808_CAUSE_CALL_CONTROL instead (which translates
to GSM48_RR_CAUSE_NORMAL), see OS#4664 and change-id
I1347ed72ae7d7ea73a557b866e764819c5ef8c42 (osmo-msc).
A test for this is in Ie6c99f28b610a67f2d59ec00b3541940e882251b
(osmo-ttcn3-hacks).
Related: SYS#4872
Change-Id: I734cc55c501d61bbdadee81a223b26f9df57f959
conn->fi might be NULL and thus can't be safely dereferenced.
E.g. we're checking if it's NULL or not just a few lines above. so we
should here as well.
Here is a backtrace for the crash:
(gdb) bt
0 0x000055b948002772 in gscon_forget_lchan (conn=0x55b949c6b870, lchan=lchan@entry=0x7f00ae9ade68) at bsc_subscr_conn_fsm.c:718
1 0x000055b948036c84 in lchan_fsm_wait_rf_release_ack_onenter (fi=<optimized out>, prev_state=<optimized out>) at lchan_fsm.c:1040
2 0x00007f00afc6a599 in state_chg (fi=fi@entry=0x55b949bcfe10, new_state=new_state@entry=8, keep_timer=keep_timer@entry=false, timeout_ms=2000, T=3111, file=<optimized out>, line=1344) at fsm.c:699
3 0x00007f00afc6aa5d in _osmo_fsm_inst_state_chg (fi=fi@entry=0x55b949bcfe10, new_state=new_state@entry=8, timeout_secs=<optimized out>, T=<optimized out>, file=<optimized out>, line=<optimized out>)
at fsm.c:748
4 0x00007f00afc78e62 in _osmo_tdef_fsm_inst_state_chg (fi=fi@entry=0x55b949bcfe10, state=state@entry=8, timeouts_array=timeouts_array@entry=0x55b9482b56a0 <lchan_fsm_timeouts>, tdefs=<optimized out>,
default_timeout=140730455622800, default_timeout@entry=5, file=file@entry=0x55b948079d39 "lchan_fsm.c", line=1344) at tdef.c:346
5 0x000055b9480341eb in lchan_fsm_timer_cb (fi=0x55b949bcfe10) at lchan_fsm.c:1344
6 0x00007f00afc6b84a in fsm_tmr_cb (data=0x55b949bcfe10) at fsm.c:325
7 0x00007f00afc65926 in osmo_timers_update () at timer.c:257
8 0x00007f00afc65cda in _osmo_select_main (polling=0) at select.c:260
9 0x00007f00afc66526 in osmo_select_main_ctx (polling=<optimized out>) at select.c:291
10 0x000055b947fdcadf in main (argc=<optimized out>, argv=<optimized out>) at osmo_bsc_main.c:953
(gdb) p conn->fi
$1 = (struct osmo_fsm_inst *) 0x0
Change-Id: I2427266ef4660935cde899462fa6df8d785c420e
We already have counters for Rx side, now we also count Tx side.
See comments in the msc_ctr_description array implementation for
the details.
Change-Id: I89a173f6bdd9a3c21233fe01d07ab2ff0442bb10
TTCN3 BSC_Tests.TC_ms_rel_ind_does_not_cause_bssmap_reset seems to
sometimes run into a race condition on the order of messages received by
osmo-bsc comming from MSC and BTS.
Usual (expected) scenario):
BTS->BSC EST IND
BSC->MSC CL3 Info
BSC<-MSC CC
BTS->BSC REL IND
BTS<-BSC DEACT SACCH
BSC->MSC ClearRequest
BSC<-MSC ClearCommand
BSC->MSC ClearComplete
BTS<-BSC RF Chan Release
BTS->BSC RF Chan Release ACK
Sometimes CC message and REL IND message are received swapped (because they
are sent by different components asynchronously in TTCN3).
As a result, osmo-bsc was failing to go into CLEARING state and was
unable to send the ClearRequest because CC was still not received.
So the idea is to stay in WAIT_CC until CC is received, then check if
the lchan was dropped and in that case go into clearing state.
Change-Id: Id1abf5ee44c60925b478123409f26bd29006202b
If a handover fails when the new lchan is already fully established, osmo-bsc
so far caused two BSSMAP Clear Requests to be sent out to the MSC: one caused
by detaching the lchan from the gscon, one from returning the gscon back to
ST_ACTIVE, which detects that no lchan is present and Clears. In fact only one
of those is necessary.
Checking for the presence of an lchan when entering ST_ACTIVE is an earlier
attempt to catch insane situations. Since then, osmo-bsc has acquired other
logic that will ensure sending a Clear Request in all cases, see
gscon_forget_lchan(). Sending another BSSMAP Clear Request in ST_ACTIVE's
onenter is simply not necessary. Drop gscon_fsm_active_onenter() entirely.
Note: the double Clear Request is currently hit by
TC_ho_out_fail_no_ho_detect(), which currently fails and will pass again after
this patch; however, osmo-bsc should actually not release the lchan at all
during this test, see OS#4093. In other words, osmo-bsc behavior for this
scenario as well as TC_ho_out_fail_no_ho_detect() need to be changed, and the
test will, once fixed, not be useful to trigger this issue anymore.
Related: OS#4078
Change-Id: Iac1519eb8b24e8523caec682f9ac8e6dcf1327ce
Having the helper makes it easier to read/find for transport type checks. It
will be ifurther re-used in forthcoming commits.
Change-Id: Ic0ee4c472e29ec3092049e5e23b744395613616d
The Osmux CID obtained from the MSC is passed to the co-located BSC MGW
to configure the MSC-side MGW conn of a call leg.
Depends on: osmo-mgw.git I73b4c62baf39050da81d65553cbea07bc51163de
Change-Id: I86e7e13fc7921e3209fb764c0e7797e7ec09b79e
osmo-mgw.git also includes fixes of the MGW endpoint FSM, for example
I92a9944acc96398acd6649f9c3c5badec5dd6dcc.
Depends: I9a3effd38e72841529df6c135c077116981dea36 (osmo-mgw)
Change-Id: I03e6b48d9b0a5370310d5f56809259ff7909cf9d
Move the T_defs API to libosmocore as osmo_tdefs: remove the local T_defs API
and use libosmocore's osmo_tdef* API instead.
The root reason is moving the mgw_endpoint_fsm to libosmo-mgcp-client to be
able to use it in osmo-msc for inter-MSC handover.
When adding osmo_tdef, the new concept of timer groups was added to the API. It
would make sense to apply group names here as well, but do not modify the VTY
configuration for timers. The future might bring separate groups (or not).
Depends: Ibd6b1ed7f1bd6e1f2e0fde53352055a4468f23e5 (libosmocore)
Change-Id: I66674a5d8403d820038762888c846bae10ceac58
With the FORGET_MGW_ENDPOINT event, the MGW endpoint FSM notifies the gscon
that it has deallocated and that hence the gscon should forget all references
to it (to avoid a use-after-free).
Also do this for the endpoint FSM and endpoint ci pointers in the conn->ho.*
sub struct.
I saw a use-after-free after a Handover Failure message tears down the lchan
and MGW endpoint before triggering the handover_fsm.c cleanup code, which also
tries to clean up an endpoint CI if it was created for the failed Handover.
Change-Id: I6702ccd0df44bea5eb8b26d471d7903c24e6e30b
When the MSC sends a BSSMAP CLEAR CMD containing a CSFB Indication IE,
it lets us know that the to-be-released connection related to a CSFB
call.
We as the BSC then subsequently should include the "Cell Selection
Indicator after release of all TCH and SDCCH" IE in the RR RELEASE
message sent to the MS/UE. This IE contains the LTE neighbor cells
that we're configured to broadcast in si2quater.
That in turn will make sure the MS/UE can return very quickly to
the LTE cell.
Closes: OS#3777
Change-Id: Ibfbb87e2e16b05032ad1cb91c11fad1b2f76d755
Requires: libosmocore Id4bd7f7543f5b0f4f6f876e283bd065039c37646
Requires: libosmocore I0e101af316438b56d63d43fc2cb16d7caf563d07
Requires: libosmocore I8980a6b6d1973b67a2d9ad411c878d956fb428d1
Rationale: reading pcaps becomes so much easier when each of osmo-bsc and
osmo-msc address their MGW with differing domain names. Otherwise, both will
have a '0@mgw' endpoint and it gets really confusing.
After this, with according configuration, there can be a '0@bsc' and a '0@msc'
endpoint.
osmo-mgw-for-bsc.cfg:
mgcp
domain bsc
osmo-bsc.cfg:
msc 0
mgw endpoint-domain bsc
Depends: Ia662016f29dd8727d9c4626d726729641e21e1f8 (osmo-mgw)
Change-Id: I492023e9dca0233ec0a077032455d9f2e3880f78
Fix crash after AMR configuration fails.
The crash is due to an assertion that finds a non-NULL conn in the lchan, when
re-using an lchan that has failed in AMR configuration earlier on. That is
because the AMR config still happens in state UNUSED.
DCHAN ERROR lchan(0-0-2-TCH_F_TCH_H_PDCH-0)[0x6120000066a0]{UNUSED}: (type=TCH_F) lchan allocation failed in state UNUSED: Can not generate multirate configuration IE
...
DCHAN DEBUG lchan(0-0-2-TCH_F_TCH_H_PDCH-0)[0x6120000066a0]{UNUSED}: (type=TCH_F) After failure handling, already in state UNUSED
...
...
DCHAN DEBUG lchan(0-0-2-TCH_F_TCH_H_PDCH-0)[0x6120000066a0]{UNUSED}: Received Event LCHAN_EV_ACTIVATE (lchan_fsm.c:324)
Assert failed !lchan->conn ../../../../src/osmo-bsc/src/osmo-bsc/lchan_fsm.c:491
The FSM design idea is that when returning to the UNUSED state, all lchan state
is cleared. However, when calling lchan_activate(), a failure may happen still
in state UNUSED, so that we don't transition *back* to UNUSED properly.
So, first transition out of UNUSED before failures can happen. (Other ways to
solve this would be to invoke lchan clearing even if already in UNUSED, but
semantically, transitioning first makes more sense.)
Upon LCHAN_EV_ACTIVATE, just remember the lchan_activate_info and transition to
WAIT_TS_READY, so that on lchan_fail(), we can normally transition back to
UNUSED and clear the lchan.
Move the initial lchan activation code to lchan_fsm_wait_ts_ready_onenter().
Also, there is a bit of duplication of members of the lchan->activate (lchan
state) and the lchan_activate_info (passed to lchan_activate()) structs. The
fix for this also removes the dup:
Add struct lchan_activate_info as child struct at lchan->activate.info, drop
the other lchan->activate members that would dup .info.*. Move struct
lchan_activate_info declaration to gsm_data.h.
Apply the new '.info' member struct throughout the code.
Related: OS#3737
Change-Id: Ide665b10fa3f4583059c55346db8da833959e3cc
* use osmo_lcls struct from libosmocore
* use enum values instead of magic numbers
Change-Id: I5e962d4fbb24bf1fb2398dc13e142a4a3304d858
Related: OS#3659
Currently, we see all subscribers' FSM transitions on NOTICE level even though
the code uses LOGPFSML(LOGL_DEBUG), because LOGPFSML() uses the max loglevel of
the passed level and the FSM instance's level. Too noisy!
By default, start out all gscon FSM instances on DEBUG level, so it is possible
to silence the osmo-bsc log. Individual instances can still be lifted (I
presume using the CTRL interface?).
Change-Id: Ie021483e93ab174abac51357bcca8895756566c4
When a gscon wants to send a BSSMAP Clear Request, it makes no sense to do it
conditionally depending on the current conn state. Just send it: don't call
gscon_sigtran_send(), directly go for osmo_bsc_sigtran_send().
In particular, if an incoming inter-BSC handover ends in failure, the gscon
state is still ST_INIT, but if the MSC fails to give us a Clear Command, we may
want to ask with a BSSMAP Clear Request.
Change-Id: I39fae24260a4bb7a6af704ebe760f93fff566536
conn->fi should actually never be NULL, they are allocated and discarded
simultaneously. So check its null from the start and remove some conditions
below, to remove the coverity warning.
Related: CID 189671
Change-Id: I62354aa998832131c86535f39a29294000114adc
Put all lchan release related flags and settings in a sub-struct named
'release' to better indicate what those fields are for. There is no functional
change.
Change-Id: Icfddc6010e5d7c309f1a7ed3526b5b635ffeaf11
Pau Espin
Neels Hofmeyr
Vadim Yanitskiy
Daniel Willmann
Harald Welte
Philipp Maier
Martin Hauke