* added banner to pipeline script
* added parameters to Jenkins pipeline / python
* xmlfile and test stage
* eNB configuration files are located under ci-scripts/conf_files
* no more correction of MNC
* still correction of EPC / eNB IP addresses at runtime
* Initialize_eNB_args is back using the proper "-O " syntax
* Terminate stage is parallel as in FJU's original pipeline
* Log collection stage is back fully parallel
* Console as artifact an option
* Check if terminate calls ended well, to be repeated at the end
* Adding back iperf:
* selection of iperf vs iperf3
* adding some iperf testcases to test suite
* Better enb launch
Signed-off-by: Raphael Defosseux <raphael.defosseux@eurecom.fr>
-- a boolean parameter should be added to master eNB job
-- for slack: pipelineUsesSlack
if not present or false, no message will be sent
Signed-off-by: Raphael Defosseux <raphael.defosseux@eurecom.fr>
-- Jenkins Pipeline script:
-- Moved the node to a proper subnetwork
-- Added ansiColor option
-- XML testsuite file can now be an option to the main.py python script
-- Added some examples testsuite templates
-- main.py python file
-- Added an option when opening an SSH session: taking care of clients with copied SSH keys
in that case, verifing that we are on the correct host
-- BuildeNB method is closer from Fujitsu's original one
improvement on flexibility for code source path naming
better clean-up of workspace
-- LTEBOX EPC (init / termination / logCollection) methods improvements w/ a /tmp path
-- Checking of processes (EPC / eNB) is parallelized
also handles LTEBOX EPX vs OAI CN
-- UE methods added: attach, detach, reboot, ping
With complete parallelism for multiple UEs
iperf added but not tested
Signed-off-by: Raphael Defosseux <raphael.defosseux@eurecom.fr>
-- temporary into a separate jenkins job
-- parameters are not in the pipeline script file
they have to be set up manually in the Jenkins GUI configuration page
they are then check if present in pipeline script
-- call to python script
-- build on a server with RF HW capabilities
for the moment USRP B2x0
also handles merge request process for gitlab
-- since it is for CI, it is a clean build
-- connect to an EPC (OAI or LTEBOX)
-- terminates eNB / EPC
-- log collection
Signed-off-by: Raphael Defosseux <raphael.defosseux@eurecom.fr>
The power estimation of the UE has to be debugged (calibrated?).
In the meantime, using "--ue-rxgain 140" lets the UE and eNB
talk to each other in the basic simulator.
2. minor modifications in dlsch_demodulation.c for 2 eNB TX antennas, 1 RX antenna. Inconsistant indexing of some arrays in this case.
3. change in config_load_configmodule.c : removed exit(-1) when no configuration file is used. This makes unitary simulators exit. Effect on lte-XXsoftmodem TBC.
receiver. THe proposed solution is to replace the average channel level with
median = (max+min)>>1.
For these reasons lsch_channel_level_median is introduced.
1. It's no need to modify LTE-RRC's ASN.1 file for enabling option group
feature in generate_asn1.
2. It's no need to patch the C header files generated from
LTE-RRC/S1AP/X2AP's ASN.1 in fix_asn1.
3. It's no need to pre-process S1AP/X2AP's ASN.1 for enabling information
object class feature by asn1tostruct.py.
This commit requires an un-official version of asn1c which are
collaboration of asn1c community members and `build_helper` is modified
in this commit accordingly :
https://github.com/brchiu/asn1c/tree/velichkov_s1ap_plus_option_group
This asn1c can also convert ASN.1 of 5G NR RRC (38.331, v15.1.0) and
generate C files with -findirect-choice command line option without
tweaking ASN.1 file.
Examples for how to use this asn1c for S1AP are in S1AP files, e.g.
s1ap_eNB_nas_procedures.c and s1ap_eNB_handler.c.
There is an modified openair-cn (based on tag 0.5.0) with this new asn1c at :
https://github.com/brchiu/openair-cn/tree/new-asn1c
Basic S1AP interaction and data transfer operation between OAI eNB and
this modified openair-cn has been tested.
Note: Community version of asn1c is keeping evolved to provide better usage.
2. Remove get_pmi from PHY_SRC_UE and add it instead to PHY_SRC_COMMON.
3. Linking lte-uesoftmodem and lte-uesoftmodem-nos1 targets with ${ATLAS_LIBRARIES}.
1. Moving get_pmi into a separate file and making corresponding
changes in CMakeLists.txt.
2. Creating PHY_MEX library with functions required for the receiver
mex-functions.
3. Making necessary changes in defs_UE.h so that mex-functions
do not complain about multiple LOG_ calls.
Raphael Defosseux