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This patch adds gsm340_sms_send_status_report_tpdu() to build a
status-report. Moreover, set sms->report field if we see a SMPP
SUBMIT_SM with Delivery Acknowledgment esm_class, so this identifies
that this is a delivery report.
MS GSM 03.40 SMSC SMPP 3.4 ESME
| | |
| | SUBMIT-SM |
| | esm_class = Delivery Ack |
| |<-------------------------------|
| | SUBMIT-SM-RESP |
| |------------------------------->|
| | |
| SMS-STATUS-REPORT | |
|<----------------------------| |
| GSM 04.11 RP-ACK | |
|---------------------------->| |
| | |
There is a FIXME message in this patch, that I just copied from
gsm340_gen_sms_deliver_tpdu() since TP-MMS is not supported by OpenBSC.
Change-Id: Ib70e534840308ed315f7add440351e649de3f907
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Simple patch to test the new status-report support code, remove previous
code before Delivery Acknowledgement support was in place. Use
LOGL_DEBUG for logging messages here as suggested by Neels and Harald.
Change-Id: I877e228d8e174430f700631edbf9955972da7892
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SMPP DELIVER_SM messages with esm_class = Delivery Receipt need to send
this message reference (that the mobile phone allocates) to the ESME.
Thus, the ESME propagates it via SUBMIT_SM with esm_class = Delivery
Acknoledgment so that the SMSC sends the GSM 03.40 status-report to the
origin including this. Given this field is useful for status-reports, we
need to store it in the HLR database.
Moreover, we need a new field that specifies if the entry represents a
SMS status-report, to do the right handling from the gsm411_send_sms() -
such new handling comes in a follow up patch entitled "libmsc: handle
delivery ack via SMPP SUBMIT SM / send GSM 03.40 status report".
This patch includes the migration routines to the new database schema
revision 5, it's quite a bit of dbi boilerplate code - copied-pasted and
adapted.
Change-Id: I7276d356d805a83ebeec72b02c8563b7135ea0b6
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If the mobile phone requests a status report via SMS, send a DELIVER_SM
with esm_class = Delivery Receipt to ESME to indicate that the SMS has
been already delivered to its destination.
MS GSM 03.40 SMSC SMPP 3.4 ESME
| | |
| SMS-DELIVER | |
|<----------------------------| |
| GSM 04.11 RP-ACK | |
|---------------------------->| |
| | DELIVER-SM |
| | esm_class = Delivery Receipt |
| |------------------------------->|
| | DELIVER-SM-RESP |
| |<-------------------------------|
| | |
This patch implements "Appendix B. Delivery Receipt Format" as specified
in the SMPP 3.4 specs. This string is conveyed in the SMS message as
data, and it is only meaningful to the ESME, for logging purposes. The
"submit date" and "done date" are not yet set, and other fields are just
sent with dummy values, so they are left to be finished as future work.
The new SMPP TLV tag TLVID_user_message_reference is added to the SMPP
messages inconditionally now since this information is required by
delivery-reports to associate the status-report with the original SMS.
Change-Id: Ic1a9023074bfa938099377980b6aff9b262fab2a
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Useful to test the delivery receipt support. This TLV contains the
GSM03.40 message reference.
Change-Id: I1b0abaa7e06ffe1bd2242c70813d8b70e9fa954f
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Just munch and log SMPP delivery receipts by now, don't mirror this, it
is going to break things in openbsc.
Follow up patch removes this and mirrors this SMPP message as a
SUBMIT_SM with esm_class = Delivery Acknowledgement.
Change-Id: I78e93bc4034679e238c8642ccf6a0e844b1d6d8b
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To test delivery reports using this utility.
Change-Id: I0e477407531fdd4d906e53c9b5a48a79a239966f
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So we just store 0 or 1 depending on what the mobile phone requests.
Change-Id: Idb7d5594219c0e458ccb561383a59604bc1a4201
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Restore the sms status report request flag from SUBMIT_SM.
Change-Id: Iac05252253f8933a3875b4904599b7a225191a4b
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Propagate the status report request field to the SMPP message through
the registered_delivery field, so the ESME knows that the mobile phone
is asking for explicit delivery acknowledgment is required. See SMPP 3.4
specs section 5.2.17.
Change-Id: I59af60fa89cd10ae973c5e122789e3e03e3728ee
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Rationale: allows seeing all timer defaults at once by doing
OsmoBSC(config-net)# timer ?
Before, defaults are visible only by doing on each timer:
OsmoBSC(config-net)# timer t1234 <tab>
Change-Id: I8259234e5c62e058dde56d531071440bbab11462
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Change-Id: I4e837e8bedfad7ac4fd50048ecb016ddb37c2397
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The VTY parsing already ensures the parameter range being 1..65535, no need to
check the range again.
Change-Id: I1cffa5b01cd5c589f1e42998e32135f1da8c960b
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Move the sms message-type-identifier (mti) handling away from the
routing logic. This patch allows us to reuse the sms_route_mt_sms()
function in a follow up patch for sms reports send through SMPP
DELIVER_SM with esm_class = Delivery Receipt whose Change-Id is
Ic1a9023074bfa938099377980b6aff9b262fab2a.
Change-Id: I3f3d30e0762b91e2099243b0be1a4b67cbb5e9c0
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No need to cache the sms object, just cache what we need into the
smpp_cmd structure. This simplifies what that I introduced in
93ffbd0029d1 ("libmsc: send RP-ACK to MS after ESME sends SMPP
DELIVER-SM-RESP").
Change-Id: Iba5f864f9bb963baff95969e306b1b7cff00c1e3
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This code is accidentally doing the same thing twice, remove it.
Change-Id: I68087a850399e22951d2407e4d8a09c671a775c9
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The following branch:
if (!rc && !gsms->receiver)
rc = GSM411_RP_CAUSE_MO_NUM_UNASSIGNED;
at the end of sms_route_mt_sms() always evaluates false.
Just a bit before, in such function, we have this:
if (!gsms->receiver) {
...
#ifdef BUILD_SMPP
...
#else
...
#endif
return rc;
}
So, if there is no receiver, we just stop running code and return the RP
cause via the rc variable. Same applies to the smpp_first check under
the BUILD_SMPP ifdef (that I have removed in this snippet to keep this
commit message small).
Change-Id: Ic3502b5b169bc7a73a67fd6ff53d8b6c0dc045c8
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Make sure the SMPP command object is released on errors.
Change-Id: I474584425d23fb379a9d71b33e29ac0e24f01e61
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This parameter is unused, remove it.
Change-Id: I797abce3f91447e8f397c7cf726db7425479fe0e
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libgtp is calling gtpie_tv2 which will convert this uint16_t from host
to network order. So far libosmogsm and the sgsn treated the charging
characteristics as opaque data. So when moving from byte array to the
uint16_t do the swapping.
Change-Id: I977aec2e2f8d57802e45f591754e5733562d5c2a
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We no longer permit timers with a 0 value, so this case can never
happen. Also, if it should happen, I'd rather have a timter expiring
immediately (and breaking something) than not being started in the
first place.
Change-Id: Ibfcdd3ddc0155caee89c501498329bde247621a0
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It typically doesn't make sense to configure any of the GSM RR timer
to 0 (Seconds). In fact, accidentially configuring any of the timers
to zero might have severe side effects, such as "stuck channels"
described in https://osmocom.org/issues/2380
Change-Id: I517828f2f0c80ec01cb63648db2626f17a67fe57
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A number of the GSM timers (including T3109) had no reasonable
default values if not specified in the VTY / config file. Together
with unconditional writing to the config file, this created
config files with a persistent setting for important timers as '0'.
To make things worse, many of our example cofig files suffered from the
same problem.
Let's avoid this from happening by
* having reasonable defaults if nothing specified in the config file
* conditionally savingg timers only if they differ from default
* reject any timer values that state zero during start-up (see previous
commit)
Change-Id: Iaac0bfca423852b61d8b9eb1438157ef00d0d8c8
Closes: OS#2380
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Using this new command (introduced in OsmoBSC + OsmoNITB), you can
simulate the generation of TRAP events for testin purposes.
start the control interface monitor as an example client program:
./openbsc/contrib/bsc_control.py -m -d localhost -p 4249
then start OsmoBSC or OsmoNITB, telnet to the VTY and enter 'enable'
mode and issue the following (example) command:
ctrl-interface generate-trap my.foo.var 2342
As a result, on the bsc_control.py you will see:
Got message: TRAP 0 my.foo.var 2342
Change-Id: Ib1d2ec38290dc94797c1b365d9b733e5215ab7d1
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In case the counter group allocation fails, we must handle this
gracefully and fail the allocation of the parent object, too.
The recent change (Id I7dad4a4d52fe05f6b990359841b4408df5990e21) seems
to have missed one instance, so let's follow-up.
Change-Id: I1ee9e3d26dcc18e7f979fd9a786162cbcc50942c
Related: OS#2361
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If we previously had a given SI present/active, we must send a
zero-length BCCH FILLING for that SI type to the BTS to stop it from
further transmitting this SI.
Change-Id: I33e356e2fa3a69efac9080813e3e9ef4e6438ed1
Closes: OS#2368
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If we want to instruct the BTS to stop sending a given SI, we must be
able to send the respective BCCH INFO / SACCH FILLING with a header but
without any L3 data IE. This patch enables the related functions to do
this whenever their data argument points to NULL.
Change-Id: I88b85614951a108574f05db3b706884afe7e87a9
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In commit 8b1a2f8cd7a81c6b8c7cdb0963dcf89de7c46100 we started to
initialize bts->si_valid to 0. This means we are skipping the manually
configured static system information.
Instead, we have to initialize bts->si_valid to bts->si_mode_static,
i.e. start with those that are static and not to be auto-generated.
Found while developing
http://git.osmocom.org/osmo-ttcn3-hacks/tree/sysinfo
Change-Id: Iab9cc93cf6d54560a72cc393cc3721a8d10e04bf
Closes: #2367
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In case the counter group allocation fails, we must handle this
gracefully and fail the allocation of the parent object, too.
RelateD: OS#2361
Change-Id: I7dad4a4d52fe05f6b990359841b4408df5990e21
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This is useful if you are updating some configuration parameters which
affect the content of the SYSTEM INFORMATION messages. Currently, we
only send them at the time the RSL connection is established (i.e. when
the BTS is initialized), so if you change something, you need to bring
down and re-start the BTS.
Using the newly-introduced "bts <0-255> resend-system-information"
command, you can re-generate + re-send SYSTEM INFORMATION without
bringing the BTS down, i.e. without any radio carrier downtime.
Change-Id: I326df47de98f6d36c9a4d2d5475225d1e62bafb5
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Change-Id: I0ef78ef046e4850346569f750693e12938b50ab5
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A valid subscriber is indespensible when allocating a new
transaction. Return NULL if no subscriber is supplied. This
will cause unidentified subscribers to be rejected.
Note: Under normal conditions, the problem does not occour,
but it is still possible that a misbehaving MS might trigger
the problem by sending a SETUP command before authenticating
the subscriber. (unencrypted networks)
Change-Id: Ia8739b6e329ab02c0064270d02ad1d6ee245520d
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* fix BTS numbers: use 0 to indicate given BTS and 0xFF to indicate all
BTS' as it's explained in 3GPP TS 52.021 ยง9.3.
* only request attributes from supported (OsmoBTS) types
Change-Id: I8f43055c38000248033a8ff9ddaf0910d68d794b
Related: OS#2317
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TS 04.14 (TS 44.014) specifies a series of commands specific to
conformance testing. Let's add some VTY commands to play (at least
initially) with closing and opening voice loops in the MS.
Change-Id: I38b1ee9dbf26f5689c38cb83b1b3c5e9eaad7678
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Change-Id: Ib27edbfc8ccdedf00589ec715ced7bed435fa94c
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Handover countrs belong to BSC, but we mistakenly take values from MSC counters.
Change-Id: I9512330f2e91d2f526751c5228e6e8e0fe17d579
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For some GGSNs we need to insert the PDP Charging Characteristics
that were returned. We receive these values from GSUP and will
fill them into the tlv structure when finding the ggsn context.
Change-Id: I1725bfd2403d29ce3550bfcd6fcc1498426ef906
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Portable GMT offset calculation to display correct
time on GSM.
Change-Id: I673f17af2550c9708c4771e4ea4eafbbfafbb824
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Change-Id: I79c2302365824d9c8783dadfa378c8eaa07e2ee7
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Return cause 38 when default SMPP route is unavailable. This
is better than cause 1.
Change-Id: If3241d50a78fa611981e55fef6ae4c72b0a2a167
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Change-Id: Ie16294df6d5bc0065f8d2b49320ead61f535f271
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Necessary since libosmocore I513835be2d931d0a931cdfc996f361a451bc1a15
removes the script from libosmocore/contrib.
Change-Id: I02d7e1c0151c687fd9341d21a09ca15cbf5a1938
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For the vty tests, add osmo-sgsn-accept-all.cfg (that does not need an HLR) and
use in vty_test_runner.py, otherwise the 'show sgsn' command will reply that it
could not connect to the HLR, failing the vty test which expects empty.
Change-Id: Ie3b2013198d3e2b780a4e31c36b89b58129dcacd
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Change-Id: Ib1b3c640ddd81927a60ee307c4b0cb90fd83eebe
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This helps in providing 3G software packages for the sysmoNITB hardware, which
uses 10.23.24.1 for SGSN and 10.23.24.2 for GGSN.
However, in order to not break the python tests, the osmo-sgsn.cfg example
still uses 127.0.0.1 as local address.
Change the GGSN address to 127.0.0.2, because SGSN and GGSN cannot co-exist on
the same address (the GTP port number is fixed by spec: no IE to communicate a
differing port, so it has to be the standard GTP port for both).
Change-Id: Ie3a25f6771ed6e620cb2b315638c622a9a24e530
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Change-Id: Ifdaf4107167c84af8a616f4ee792d5a34495564b
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On incoming 04.08 messages, we log only the protocol discriminator in
decimal. Enhance: log pdisc and message type in hex, and also log the
protocol and message type as human readable string.
Also adjust the msc_vlr tests' log statements for wrapped rx/tx functions
of dtap from/to the MS.
Adjust the expected output of msc_vlr_tests.
Change-Id: Ida205d217e304337d816b14fd15e2ee435e7397d
Depends: libosmocore change-id I0fca8e95ed5c2148b1a7440eff3fc9c7583898df
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The ip.access nano3G needs the first RTP payload's first two bytes to read hex
'e400', or it will reject the RAB assignment. Add flag
patched_first_rtp_payload to mgcp_rtp_state to detect the first RTP payload on
a stream, and overwrite its first bytes with e400. This should probably be
configurable, but seems to not harm other femto cells (as long as we patch only
the first RTP payload in each stream). Only do this when sending to the BTS
side.
Related: OS#2459
Change-Id: I5eff04dcb0936e21690e427ae5e49228cd459bd4
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libosmocore change-id I4efdb1eaae43aced33961b64d4f14b0040321c10 changes the
gsm340_gen_scts() from gmtime to localtime, meaning that by feeding a mere zero
as timestamp, we get different results depending on the local machine's
timezone setting. Instead of calling gsm340_gen_scts() with zero, simply write
a bunch of bytes as time so that the tests get identical SMS bytes every time.
Change-Id: I8a50e8963dce80609749571b61fc6ffe1c54660c
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osmo-nitb becomes osmo-msc
add DIUCS debug log constant
add iucs.[hc]
add msc vty, remove nitb vty
add libiudummy, to avoid linking Iu deps in tests
Use new msc_tx_dtap() instead of gsm0808_submit_dtap()
libmgcp: add mgcpgw client API
bridge calls via mgcpgw
Enable MSC specific CTRL commands, bsc_base_ctrl_cmds_install() still needs to
be split up.
Change-Id: I5b5b6a9678b458affa86800afb1ec726e66eed88
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