Otherwise junit parser in jenkins fails:
org.dom4j.DocumentException: Error on line 20231 of document : An invalid XML character (Unicode: 0x1b) was found in the element content of the document.
Fixes: 5bbdab8d95
Change-Id: Ia629e43bba01e50fd718c16404a7796d4f4e3713
The idea is to have something similar to systemd template unit files:
https://fedoramagazine.org/systemd-template-unit-files/
Specially for modifiers, one finds the situation where same scenario structure
has to be created with lots of different values.
For instance, let's say we want to test with different eNodeB num_prb values:
[6, 15, 25, 50, 75,100]
Right now we'd need to create one scenario file for each of them, for instance:
mod-enb-nprb6.conf
mod-enb-nprb15.conf
mod-enb-nprb25.conf
mod-enb-nprb50.conf
mod-enb-nprb75.conf
mod-enb-nprb100.conf
And each of them containing something like (changing the num_prb value):
"""
modifiers:
enb:
- num_prb: 75
"""
Instead, we can now have one unique file mod-enb-nprb@.conf:
"""
modifiers:
enb:
- num_prb: ${param1}
"""
The general syntax is: "scenario-name@param1,param2,param3".
So "@" splits between scenario name and parameter list, and "," splits
between parameters.
For instance, one can now run following suite with scenario:
"4g:srsenb-rftype-uhd+srsue-rftype-uhd+mod-enb-nprb@75"
Related: OS#4424
Change-Id: Icfcba15b937225aa4b1f322a8005fcd57db1d1ca
Already existing script osmo-gsm-tester_netns_setup.sh is modified to
support only creating the entns without moving an iface to it.
Change-Id: I1b7e186b0146f932fe37fbea68e4dfa3120b7a74
Before this patch, only virtual RF through ZeroMQ was supported.
This patch allows configuring srsUE and srsENB to use a real SDR with
UHD/SoapySDR backend connected through a physical RF network, while
still keeping compatibility to run on virtual RF ZeroMQ network, based
on the resources used (controlled by scenarios). For instance, one can
first run a suite through the phyisical RF (using 2 UHD-controlled SDRs)
and afterwards with ZeroMQ using the following default-suites.conf:
- 4g:srsenb-rftype-uhd+srsue-rftype-uhd
- 4g:srsenb-rftype-zmq+srsue-rftype-zmq
Change-Id: I7dbbe328f4c0225fe74e878bb2da13fe39ccf049
during config.read(), on empty file yaml.safe_load() returns None, which
was then later converted to string "None" by _standardize(), and
osmo-gsm-tester.py was not catching "not combination_strs" condition.
Change-Id: I07d7daab8f8f4238db140f0a0311f3d1d41e6cb0
2 tests (iperf3, ping) working against a full srs{UE,ENB,EPC} network
using ZeroMQ backend for RF (so no real RF support yet, that will come
next).
Related: OS##4295, OS#4296
Change-Id: I290c0d79258a9f94f00c7ff2e1c6c5579c0e32f4
The new RunNode class is used and ip_address support will be dropped
eventually, replaced by the former.
Change-Id: Ib803d7774cb502c7d07443d7720a7b013684faa8
This API was already added for RemoteHost but forgot to add it too for
local systems. It will be used by srsue once support for it is added.
Change-Id: I734e910af90fd25bed27c24b60346064b5fde67e
This class will be used to hold information for a run node, that is, a
target system or environment were a process or task is run.
It superseeds in functionality the old ip_address resource, which will
eventually be droped in favor of RunNode.
Change-Id: I647bedf116aa9a570d925a5281c9491c9032e343
Improvements include:
* Avoid race condition between receiving signal and process not yet
started
* Make sure process is killed with -9 if process is still alive a while after
we killed it (SIGINT, SIGTERM). This is useful for processes which
sometimes hang during shutdown like srsue in some conditions.
Change-Id: I3c656b008a3c2b2bb453a59e51d338cb272fa50b
Let's move code related to coping stuff to remote hosts and managing
remote processes under a class where relevant information is stored.
This simplifies parameters being passed all over and allows to reuse
more code.
Change-Id: Ifff5ded8fdb28e8ef267cebe6c5f30a910cae11a
bts_osmotrx will check if target host can run the inst, and otherwise
run osmo-trx-lms already present in the system (installed by other
means). This way same class can be used both ways, since the only real
difference between the 2 scenarios is:
* copying inst vs not copying it.
* Running binary from inst vs running it from PATH.
This commit does not provide a mechanism to make sure the osmo-trx or its
dependencies are up-to-date in the target system. A solution for that
will be provided separately.
Related: SYS#4663
Change-Id: I6bd76f6d7e0cb2b6f7bdde971b6515846048a341
This will be useful in the event a user wants to run a binary already
available in the target which needs no copying, but still requires the
non-binary related items to be copied and set up, such as config files,
directory structure, etc.
This option will be used to run osmo-trx-lms in LimeNetMicro already
installed from an OBS repo, since cross-compiling all related
dependencies would require a lot of work to do now.
Change-Id: I6b0f2a19e493c7ac911c5db0ea08f5c0ab936d74
Caller may want to access the proc object after running the process, for
instance to check return code or inspect its stdout/stderr logs.
Change-Id: I60a18dcf699ebeaced951f7d5ff188f573772282
This way there's no need to go over hours of logging in the main log to
find information of a failing test.
Change-Id: I8cb79c7855e0bc14282d6728841e92ba22699eed
This reverts commit 91199a3137.
Since we now support powercycling the SC5, we don't longer need to use a
different ARFCN for it.
Change-Id: Ie8b49c556c90b4a97a73695a93ac4108660a217f
* Add powersupply related code to bts_osmotrx.py to power cycle the
board.
* Each time the board is started, we need to unlock the RF (start TRX
implementation).
Change-Id: I8a1428c1ff90c9f5b42d7ffe86a6fc763819cba2
Parameter was dropped a while ago in osmo-bts, since it's calculated
dynamically from VTY config. So let's drop it to avoid a deprecation
warning message in osmo-bts log file.
Change-Id: Ia17a2528e091d4691c511732ed251e472d1270eb
Due to a bug in sysmocell-5K's TRX implementation, it may keep polluting
the air transmitting after the BTS is disconnected. This could cause
interferences with other tests. Correct fix would be to RF lock it after
test finishes (through ccli), but let's simply use a different ARFCN for
now.
Related: OS#4129
Change-Id: I6d5555aa8740b262ee92110987189c076db44f76
Force TRXDv0 when using sysmocell-5k as a TRX, since its implementation
(different than osmo-trx) doesn't support higher versions. Furthermore,
it will crash upon receival of SETFORMAT string. By forcing maximum TRXD
version to 0, osmo-bts-trx won't sent any SETFORMAT message since 0 is
the initial version to use.
Depends: osmo-bts.git I5eb1fdc002f9d7f4acf475356d8fc998dc8f6326
Related: OS#4006
Change-Id: Ic95c38d91dba354ae64c5edbfcea3fbbf34a7de3
We will need to enable/disable generation of lua script code
depending on the subscriber and mass test.
Change-Id: Ide4d788543d910356efe9f61e789b3975f7bc558
Introduce an Executor that forwards all testcase related methods to
a list of testcases. Allow to instantiate them by name and use the
result to access the statistics.
Change-Id: Ia65ee53987e92b24e6b8c40e1376bc74dc260180
Move the starting code out of the Update Location "test". In the mid
term we can have a SMS test run in addition to waiting the Update
Location tests.
A mass-test testcase will have a life-cycle of:
* Creation
* Configure (number of subscribers, probably all subs)
* Pre-Start trigger (same as configure so it can be omitted)
* Post-Start (all processes run)
* Query if the test has completed
The next step is an actual implementation to send SMS.
Change-Id: Ie15f5123775d11dd44243b2741d047ed93f318f9
We want to have LU, SMS and other tests run at the same time. Begin
by creating a single result where testcases can store additional data.
Move the stats code into the UL test case handling and out of the
suite.
Change-Id: Ie99351bee1515de8cf6870467f08256a53701907
Pau Espin
Holger Hans Peter Freyther