The functions new_transp_info_rtp and new_transp_info_gtp are needed to
generate the transport layer information struct. The functions are currently
not public since they are only used in ranap_msg_factory.c but to
reqwrite the RANAP RAB AssignmentReqtest / AssignmentResponse messages we
can reuse this code, so lets make them public.
Change-Id: I1e369718de8c4c7db1f1af1e6864562164ada6cf
Related: OS#5152
The related compiler warnings were overlooked as due to the
asn1c-generated code there always are tons of warnings printed compiling
this project :(
Change-Id: I40b1265ba696501cc72e674f3ef4146c47aacf1b
Seveal of our RANAP messages were using criticality values at the
PDU level differing from what RANAP_PDU_Descriptions.asn states
for the respective procedures. Let's fix that.
This was discovered while working on the initial IuCS TTCN3 tests,
where the receive templates require the criticality to match.
Change-Id: I98eec0bdc0d0cb1b9284bd5d042b1f4403abef95
in many functions, the returncode (rc) from the IE encoder functions
is not checked.
Add a return code check and log error message (like it is already
done in the functions which already check the return code)
Change-Id: I592c0794a94c50fde5c574b1e9bc581eb28af4ae
The sanitize build complains about writing to a uint32_t that is not 4-byte
aligned. Instead, write the uint32_t by memcpy.
For that, move the common ntohl() to the top and store in a local uint32_t,
memcpy() from that in both code paths.
Change-Id: Iacdd15421f824dd009448a96355b533dff28258b
The guaranteedBitrate lowers from 12200 to 6700, which is mimicking the values
found in a trace from a production 3G environment. So far we have no reason to
choose these values other than knowing that other operators seem to do this.
This came up while trying to fix voice RAB for the nano3G, but this patch had
no effect on that. Now that it's here, we might as well keep it.
Change-Id: Ia7eecca43d62a6a020466e9b8dc8b566ca988f9f
For IPv4 addresses, only 56bit of X.213 NSAP are used. The sysmocell5000
accepts such a field that is 56bits long, but the ip.access nano3G does not
(and crashes instead). Both work when zero-padded to 160bits size.
So far we used to send the IPv4 address as "raw" 32bits to the nano3G to avoid
the crash. With this zero padding we no longer need such a workaround and can
use identical config for both cells.
Change-Id: I070bbfe887ab93d08322df30571050a381d082d5
This is mimicking the IEs found in a trace from a production 3G environment. We
have no reason to add this other than knowing that other operators seem to do
this.
This came up while trying to fix voice RAB for the nano3G, but this patch had
no effect on that. Now that it's here, we might as well keep it.
Change-Id: I14c22b0befb308bac2eded662fe13a58c8478743
Remove an #if 0 to properly include the port information (verified to work).
Adjust test expectations.
Change-Id: I45fb134959dea9bcdfbfd9d8a061e67c3cc80fb7
Add use_x213_nsap arg to ranap_new_msg_rab_assign_voice() and
new_transp_info_rtp(). Pass this to new_transp_layer_addr() to compose 32bit
addresses when use_x213_nsap == false.
This is analogous to ranap_new_msg_rab_assign_data().
Particularly, the ip.access nano3G does not accept x213 NSAP 56bit addresses,
so we want to send 32bit addresses there.
Change-Id: I0c3c95d709c8a2b1c48d7a187faca34102226329
Adjust test expectation in test-ranap.c.
This IE is seen in a "real life" pcap of hNodeB operation. We did not need it
so far, but add it to test the ip.access nano3G.
Comment from the future: the ip.access nano3G rebooted upon RAB Assignment
Request, and after adding/tweaking some IEs it stopped rebooting. This is one
of the changes that fixed the reboot issue. The changes have been tested
incrementally until reboots vanished, but it's not clear/hasn't been tested
whether omitting this change alone will cause reboots to re-appear.
Allow the *caller* of ranap_new_msg_rab_assign_data() to make the decision for
using 32 bit or longer IP addresses in RAB Assignment Request messages.
This requires a follow-up change in openbsc branch sysmocom/iu.
Fix log typo 'REGSITER' and add some comments on UE Register with TMSI.
The container_pair struct starts with 'list', so passing the container_pair
pointer is equivalent to passing the list; but instead, explicitly mention the
list member to avoid confusion.
A bit hacky: the ranap_ies_defs.h is generated together with the
ranap_encoder.c and ranap_decoder.c. See comments in src/Makefile.am and
include/osmocom/ranap/Makefile.am.
the 'ies' types do not have a free() function, and thus we have to avoid using
any functions that dynamically allocate memory, such as OCTET_STRING_fromBuf.
We now have the RUA and SUA parts interconnected by the
context ID mapper, and should be able to pass messages back and forward
between both sides.
Unfortunately this touches a bit of everything, but the structures are
all still very much in flux. Hopefully they will start to stabilize at
some point soon...
encoding correctness still needs to be verified at this point. At least
they generate some binary output without failing somewhere earlier in
the encoding process - and they don't leave any leaked memory behind,
see talloc_report() at the end of test-ranap.c:main().
Philipp Maier
Harald Welte
Neels Hofmeyr
Neels Hofmeyr
Daniel Willmann