Use the previous commit on returning success from each task execution
function, and implement handling of errors in the main loop. Add a
script with which this is visible using Custom_Commands.
For reasons I don't understand, the XML option reading and actual test
case execution are at different places in the code. This is problematic,
because what this led to is that options are not passed as function
arguments, but indirectly through class members. This led to a lot of
"indirect code"; it's a total mess
To improve this, move them together, so that parameters can be passed
directly as function arguments later on.
Because we reference the globals, mark them inside
ExecuteActionWithParam(). That is a Python antipattern, but necessary at
this moment. I believe that we can remove the following globals over
time:
- SSH (with new cls_cmd, which we don't need to pass)
- EPC (replaced through a class similar to ue_module, i.e., refer to
core networks on specific hosts through an ID, instead of a global)
- HTML (should use templating, where individual functions give back a
dictionary of what they want to print, and a final pass assembles the
entire HTML file)
- RAN/SCA/PHYSIM/CLUSTER/ldpc (can be replaced with stateless scripts
build/run eNB/gNB on a specific node)
Update the regex for both sender and receiver data to allow optional
bitrate unit prefixes - accepts also no prefix. Modify the patterns for
lost and total packets to accept negative values (`-?\d+`).
Add some basic unit tests to verify that Iperf/Ping work. Harmonize the
logging by only print in the "main" iperf/ping function, to avoid that
if we test with multiple UEs, the output intermixes. Also, do one common
mkdir before starting multiple pings/iperfs. Finally, harmonize the
paths so that Iperf and Ping log their files in the same place.
Integration: `2024.w38b`
Closes#839
See merge request oai/openairinterface5g!2977
* !2704 nr pdcp: add support for nea1
* !2800 UE improvements
* !2920 Receive SIB19 on nrUE
* !2975 Remove hardcoding of CPU measurements (respect option `-q`)
* !2976 Update latest SIMDE version
* !2957 T: increase max number of args
* !2916 NR UE PUSCH resource mapping optimization
* !2787 CI: increase max number of concurrent workers to 64
* !2974 fhi_72: allow to provide dpdk_mem_size to xran
* !2964 CI: Replacing the UE on Aerial setup
* !2973 CI: remove unused code and files
See e.g., egrep(1) [https://linux.die.net/man/1/egrep]:
> two variant programs egrep and fgrep are available. egrep is the same
> as grep -E. fgrep is the same as grep -F. Direct invocation as either
> egrep or fgrep is deprecated
See also the rationale of the POSIX description of grep
(https://pubs.opengroup.org/onlinepubs/9699919799/utilities/grep.html):
> This grep has been enhanced in an upwards-compatible way to provide
> the exact functionality of the historical egrep and fgrep commands as
> well. It was the clear intention of the standard developers to
> consolidate the three greps into a single command.
Closes: #839
As of now, these seem to be the Jenkinsfiles used on Jenkins
ci-scripts/Jenkinsfile-cluster
ci-scripts/Jenkinsfile-colosseum
ci-scripts/Jenkinsfile-GitLab-Container
ci-scripts/Jenkinsfile-GitLab-COTS-UE-Test
ci-scripts/Jenkinsfile-nrue
ci-scripts/Jenkinsfile-physim-deploy
ci-scripts/Jenkinsfile-push-registry
ci-scripts/Jenkinsfile-tmp-full-ran
ci-scripts/Jenkinsfile-tmp-multi-enb
ci-scripts/Jenkinsfile-tmp-multi-enb-nsa
ci-scripts/Jenkinsfile-tmp-ran
(gather all files in a file, then cat <file> | sort | uniq)
Remove all others.
The default values set by xran for DPDK socket memory/limit is 8192. It
is changed when the variable for the memory size, given down to xran, is
non-zero (cf also previous patch). Since the last patch, if nothing is
given in OAI configuration, OAI will pass down a size of 8192. However,
a configuration value of 0 is a valid choice (it is a pre-allocation,
DPDK will allocate dynamically), so modify the default in xran to be 0
so that all sizes, including 0, can be given to DPDK.
Note that the currently used implementation of xran will always try to
allocate this memory on NUMA node 0. If you want to use another one,
this field has to be set to 0 (no pre-allocation), and DPDK will
allocate it dynamically.
Co-authored-by: Sagar Arora <sagar.arora@openairinterface.org>
xran has a mechanism to request DPDK to allocate a configurable amount
of bytes for huge pages. We set it to 0 until now; expose this variable
through configuration, and provide a meaningful default 8192 MiB.
Provide documentation.
Robert Schmidt