Age | Commit message (Collapse) | Author | Files | Lines |
|
Let OsmoHLR act as proxy between MSC and another HLR during Location
Update.
Related: OS#4380
Change-Id: I945e651f1346e56dbe3c02d9d08ccd95cc8d6626
|
|
Used by upcoming D-GSM test, to pass the IP of the emulated GSUP server.
The code is based on f_enc_dns_hostname() in the same file.
Related: OS#4380
Change-Id: I8a5450988711680c93cfd657a34db759a56bc41e
|
|
Prepare for upcoming D-GSM test, that lets OsmoHLR act as proxy. It
forwards the messages based on the destination name, so the testsuite
must set it correctly.
Related: OS#4380
Change-Id: I7623b7a7c7a18ba18a38d0834979d18ab0fbb961
|
|
Prepare for upcoming D-GSM test, which needs to emulate a GSUP server.
Related: OS#4380
Change-Id: Idbfe8a145c90a524145089a06d9bbefac4d7edd8
|
|
Send an mslookup mDNS request to OsmoHLR and verify the answer.
Related: SYS#4618
Depends: osmo-hlr I2fe453553c90e6ee527ed13a13089900efd488aa
Change-Id: Ia7f92d33691f910549353b16a7b0efc18e521719
|
|
Related: OS#4343
Change-Id: I3a970a9b7ed7fb178095760025dd83c570dcff5e
|
|
Existing templates are moved to SCPP_Templates.ttcn and new ones
required for the test are added there.
Related: OS#4343
Change-Id: I7b56fe77ac3b350d722c74b043e6ecabc48dcf31
|
|
Make it possible to do CS location update, not only PS. This is needed
for upcoming D-GSM related tests.
Related: SYS#4618
Change-Id: Idd699f054c9242614b9bea066428293f8b2da9c2
|
|
Change-Id: Id5a4210a9f256f8bd7b0048fd65610de8c378bb9
|
|
Verify SCCP T(iar) timeout triggers release of established channel.
Change-Id: Ic2724f62689b99c33e2e5c3a0c2fd022178a788c
|
|
We already have 16 entries in the GsupImsiTable. Let's also extend
the GsupExpectTable, so we can have 16 components of type
BSC_ConnHdlr running in parallel.
Change-Id: Ibca0e9196c25ab00803041b81f7b490ba2f0a3ba
|
|
Change-Id: I6dd2f77283a79e83f028115f4cc42f05db885838
|
|
OSMO_GSUP_NUM_VECTORS_REQ_IE allows the GSUP client to ask
for a specific amount of auth tuples.
Change-Id: I1be95c6a06610744b81ba043d236fce108598b79
|
|
On channel establishment the first measurement result may lack the
measurement reports from the MS. This is normal behavior, so lets
tolerate that.
Change-Id: Ib2f511991349ab15e02db9c5e45f0df3645835a4
Related: OS#2975
|
|
Change-Id: I0afdd53fd5d2a89e139f65a7aec412a2e12511cc
|
|
Change-Id: I40c2a3c38799a625836e4c28f476524c92077b83
|
|
Unlike IMSI, both MSISDN and SMSC address in SM-RP-OA/DA not only
contain the BCD encoded digits, but also a little header with
NPI (Numbering Plan Identification), ToN (Type of Number), and
Extension fields.
Change-Id: I3f55834489f3e613f541cf1e216027e8d48ccaf0
Related: OS#4324
|
|
Change-Id: Idf3bd12318480e8cdd26fce35e52d0a9e8c39608
|
|
Change-Id: Iac7d7b694bc44887443418f755e51d636abe8575
|
|
CS Gb paging and PTP CS/PS paging implemented in osmo-pcu:
I9501e02e1d7f6944497e724dbccb9a19c3f5221f
I5c52b5af740460c48bb3ba858243b1d20e624268
Related: OS#3927, OS#2406
Change-Id: I90b5a792c1d91e38ea7b8c060ff0b459673df951
|
|
1. BTS send a CS paging Request over pcu socket
2. Expect a CS paging frame
Related: OS#3927
Change-Id: Ia3ad503c243c9b3b162e204683fa4fa5447bbab3
|
|
Change-Id: Ib11cd1793d985ff609b10b0e60bddadd5fcfa6d2
|
|
Change-Id: I81a29b4885f3fc6b753a1612d5fd369cd18f5dc6
|
|
Old versions of osmo-pcu print "Osmo-PCU" as VTY prompt. This commit
allows supporting this kind of prompt.
Change-Id: Ia5acbbe5828901726f7f15c4a99d596e94914c4b
|
|
Function f_rx_rlcmac_dl_block_exp_data() still misses proper
verification of data. Apparently the received message has 2 blocks,
first with expected 10 bytes, but next one contains 18 bytes with 4
actual bytes and other bits are padding.
Last DL ACK/NACK sent is not yet working correctly. osmo-pcu seems to be
unable to match it against sent DL block (I think due to non-matching
FN), and instead drops it and schedules after timeout an IMM ASS to try
to send DL block again.
Change-Id: Icf66dd5c07690368722c586632c38fb7e770053c
|
|
We added the RAT_TYPE_IE while the respective change in libosmocore
was still in gerrit review. Meanwhile the support there has been
split into two parts: A list of supported radio access types and
another IE indicating the current RAT. Let's catch up with that
in the GSUP implementation.
This makes TC_gsup_sai_eps() pass again.
Change-Id: I2c609dc523cbec562c6c6a05f4c7d600649ff52d
|
|
There's also DL_ACK_NACK message for which a template will be introduced
soon, so let's rename and fix typos/wrong descriptions to avoid
confusion later.
Change-Id: I4a2025ad282006953fcfadf429c980b77cb94371
|
|
Depends: libosmocore I93850710ab55a605bf61b95063a69682a2899bb1
Change-Id: I5d899fc6f6d4cf6123609b596022a853561f35f5
|
|
Match commit Iaca9ed6611fc5ca8ca749bbbefc31f54bea5e925 in osmo-sip-connector.
Change-Id: I39d55432776926a385e1b85b21bcdea8180a8946
|
|
Default the MNCC version to the current osmo-sip-connector's master branch MNCC
version.
As soon as the new version (6) is merged, we can bump it here to make tests for
master work again.
For 'latest' builds, we can adjust osmo-ttcn3-hacks to use version 5, and also
see those tests still passing.
Change-Id: I3eb6e0132dc99ebe41a98cc5c329ed4864b770d6
|
|
Make sure it is * everywhere, not "". Partially fix the SIP tests, where
tr_MNCC_RTP_CONNECT did not match anymore:
13:15:27.516387 5 SIP_Tests.ttcn:219 Message enqueued on MNCC from SIP_Test-MNCC(3) @MNCC_Types.MNCC_PDU : {
msg_type := MNCC_RTP_CONNECT (517),
u := {
rtp := {
callref := 5001,
ip := 0,
rtp_port := 0,
payload_type := 0,
payload_msg_type := 0,
sdp := "0"
}
}
} id 3
13:15:27.516604 5 SIP_Tests.ttcn:221 Matching on port MNCC .u.rtp.sdp := "0" with "" unmatched: First message in the queue does not match the template:
Together with I522ce7f206932a816a64f03d916799c3215bb8c7 in
osmo-sip-connector.git, this makes the testsuite work again for
osmo-sip-connector master.
In order to fix the TTCN-3 tests for the latest release, we would need
to add a second code path to the TTCN-3 code, that does not send the sdp
data based on a configuration option. Considering that I've spent quite
some time already to fix this up, it does not seem worth the effort.
Related: OS#4282
Fixes: 06b859ca314f53a902329ed95848dbafef1d4f87 ("msc: add sdp to MNCC")
Change-Id: Ic7a2df0b6faeaa88682880f816518618ced79a7e
|
|
Change-Id: I0ead36333ab665147b8d222070ea5cf8afc555ec
|
|
* Semantic:
We don't really know which side the MSC first creates a CRCX for. Instead of
assuming that the RAN side is always CRCX'd first, simply handle a "first" and
a "second" CRCX, not making any assumptions which is for which side.
Notably, there still are quite a few places assuming which CRCX corresponds to
the RAN/CN side, but the changes are sufficient to still pass the tests when
osmo-msc swaps the CRCX order; sometimes for slightly obscure reasons, for
example because it doesn't matter that the wrong port number is returned during
a subsequent MDCX... Cleaning up the rest is still todo for later.
Remove code dup from call establishing code, particularly for MGCP.
Use f_mo_call_establish() and f_mt_call() where ever possible, to make all of
the call establishing tests handle upcoming changes in osmo-msc's order of
messages, without re-implementing the changes for each test individually.
The X-Osmux parameter was so far expected to appear in the first CRCX received,
assuming that this first CRCX is for the RAN. Instead, detect whether X-Osmux
is contained in a CRCX, and reply with an Osmux CID if so, regardless of it
being the first or second CRCX. Count the number of X-Osmux parameters
received in CRCX messages, and compare after call setup to verify X-Osmux
presence.
Since f_mo_call_establish() can't handle RANAP assignment, a few Iu tests that
worked with the older code dup will break by this patch. This is fixed by a
subsequent patch, see I0ead36333ab665147b8d222070ea5cf8afc555ec.
* Details, per patch chunk:
Change ts_BSSMAP_IE_AoIP_TLA4 to a non-value template, so that we can use a
wildcard for the assigned port number from MGCP (depending on RAN or CN CRCX
first, the RAN port number can be one or the other).
In CallParameters, move MGCP handling instructions into a separate record
"CrcxResponse", and have two of them for handling the first and the second
CRCX, replacing mgw_rtp_{ip,port}_{bss,mss} and mgcp_connection_id_{bss,mss}.
In CallParameters, add some flags for early-exiting call establishment with a
particular desired behavior, for specialized tests.
In CallParameters, use common default values and don't repeat them in each and
every call establishing test.
Set cpars.mo_call := {true,false} implicitly when f_{mo,mt}_call_establish()
are invoked.
Remove CRCX comments implying RAN or CN side, instead just talk of the "first"
and the "second" CRCX.
Implement one common f_handle_crcx() function, which is used by
f_mo_call_establish(), f_mt_call_complete(), as_optional_mgcp_crcx(), and
implicitly uses the first/second CRCX handling.
For Assigment, use a wildcard RTP port so that we don't have to assume which
CRCX was for the RAN side.
In f_mo_call_establish(), insert special case conditions to make it enact
errors at specific times, for individual tests. That saves re-implementing the
entire call establishment (code dup).
For error cases, add expectation of a CC Release message in the call
establishment. This should not apply for normal successful operation, but
because interleave does not support conditionals, add flags
got_mncc_setup_compl_ind and got_cc_connect to break the interleave when
establishing is complete, so that the CC Release is skipped.
A CC Release always breaks the interleave, at whatever time it arrives.
Tests adopting f_{mo,mt}_call instead of code dup:
f_tc_mo_setup_and_nothing()
f_tc_mo_crcx_ran_timeout()
f_tc_mo_crcx_ran_reject()
f_tc_mo_release_timeout()
f_tc_mo_cc_bssmap_clear()
Change-Id: I8b82476f55a98f7a94d5c4f1cd80eac427b2d20f
|
|
SDP is added to the MNCC protocol in osmo-msc
Ie16f0804c4d99760cd4a0c544d0889b6313eebb7.
This patch adds SDP to the ttcn3 MNCC messaging.
These changes still work with current osmo-msc master that doesn't send SDP /
ignores received SDP in MNCC.
Change-Id: Ic9568c8927507e161aadfad1a4d20aa896d8ae30
|
|
Since there can be multiple PDCH channels configured on different
timeslots, different TRXes, and BTSes, the PTCCH/U handling code
in OsmoPCU needs to know the exact origin of a given RACH.ind.
Otherwise, it is not known which subscriber originated a given
PTCCH/U indication, and hence it is impossible to send PTCCH/D
Timing Advance notification properly.
Fortunately, we can extend the RACH.ind message without even
bumping the protocol version, because every single PDU has a
fixed size defined by the largest message - INFO.ind. In case
if the actual message payload is smaller, the rest is filled
with a constant padding byte (0x00).
Older versions of OsmoPCU will consider the new fields as padding,
while the messages from older OsmoBTS versions will always have
both fields set to 0x00. Since C0/TS0 cannot be configured to
PDCH, this can be easily detected on the other end.
Change-Id: Ia5c4e504a21dc5508920553d3856027455dba1b1
Related: OS#4102, OS#1545
|
|
vsmartcard.git contains an implementation of a virtual card reader
(vpcd) which registers with PC/SC (such as pcsc-lite). It simply
binds to a TCP port and waits for a TCP client to connect to it,
implementing APDU transfer over TCP.
This code implements the related protocol as a TTCN-3 test port
for Eclipse TITAN, which will enable us to implement a 'virtual smart
card' in TTCN-3 tets cases, primarily for testing remsim-bankd at
this point.
Change-Id: Iac37dd231a0f2e1efd484887bca1a9d672b446bb
|
|
Change-Id: I7ef53b93fcdfe1ce7914bd4edb1fed8a8351b1b4
|
|
In the past, we were automatically running [large parts of] the nplab
M3UA and SUA test suites, but those implement only a fraction of the
functionality. Particularly, they don't cover the non-standard IPA
behavior, and they don't cover RKM (routing key management).
Let's introduce an initial set of STP tests with this patch. We try
to not duplicate nplab here, and implement bits not covered there.
Change-Id: I628a87385cac0dfe708a0d74a5088fbd5a4790cd
|
|
Split f_mgcp_find_param_entry() out of f_mgcp_find_param() to be able to act on
an MgcpParameterList without an enclosing MgcpMessage.
Will be used by upcoming I8b82476f55a98f7a94d5c4f1cd80eac427b2d20f
Change-Id: I90f213d2a1be979afa024e0faa25d532f9858636
|
|
Change-Id: I0a632156420251b14d1bbfd4ca19dc2bdf5a5f1e
|
|
This test case is aimed to verify handling of both PTCCH/U and
PTCCH/D logical channels, recently implemented in [1]. This is
done by sending 16 Access Bursts on PTCCH/U, and then by
sending a random data block on PTCCH/D.
The existing TC_pcu_data_req_ptcch does not cover PTCCH/U, and
moreover involves TBF handling which has nothing to do with
PTCCH. Let's keep it anyway.
[1] I232e5f514fbad2c51daaa59ff516004aba97c8a3
Change-Id: I011ffdfa63b698ce6085968d15ffb4ff4bd23ee5
Related: OS#4102
|
|
Related: OS#3928
Change-Id: I587413a7de7956daee3423057530e4052a55ba88
|
|
Change-Id: I75c746b822184fdcc966d77a7c6a0a6918c236e6
|
|
Do not hard-code PCU_IF_SAPI_RACH for RACH.ind templates. We need
to be able to specify other SAPIs (PCU_IF_SAPI_PTCCH) in the
upcoming test cases for Timing Advance control.
Change-Id: I7e2ebcbba5e47cf44f064e429c0517ef3acb15af
|
|
Change-Id: I0e3dc3f4853799f1467a5f6726dac0d43c2eb93d
Related: SYS#4606
|
|
This message is sent on PACCH by the network to the mobile station
in order to update the mobile station timing advance or power
control parameters. See 3GPP TS 44.060, section 11.2.13.
Change-Id: Ie07000b08918501a99962ad760932a27eacae678
|
|
Change-Id: I8cbdfa891c56fda539d5997201c90f07c7f8307e
|
|
According to 3GPP TS 44.018, section 10.5.2.16 "IA Rest Octets",
the first bit of Packet Uplink Assignment defines whether it is
a dynamic (1) or single block (0) allocation.
Change-Id: If2bee9b1b065fcfedd0e57a6487040cefe2e50c5
|
|
This change introduces a new test case TC_cs_lqual_ul_tbf, which
is aimed to test the feedback of OsmoPCU on changing link quality
measurements in Uplink Data blocks during an active TBF.
Change-Id: Ia78d93e43a3c41b0b30e70df20a2da31077fd05f
Related: SYS#4607
|
|
In Ieefa61232eb215a19a02e490255332e28e23b8f8, I had to revert
I5808954b5c67c3239e795e43ae77035152d359ef, because that change
broke encoding of messages on the PCU interface.
Since we cannot use 'PADDING' attribute until its implementation
is fixed in TITAN, let's work this around by stripping padding
bytes manually in UD_to_PCUIF().
Change-Id: Ibd698094c897d395208e80189457444a91018beb
|