- according to clause 5.3.7.2 of 3GPP TS 38.331
  PDCP Suspend is not required during RRCReestablishment

- according to 5.3.7.4 of TS 38.331: 1> re-establish RLC for SRB1;
- gNB:
1) re-establish RLC for SRB1 in nr_rlc_update_id
2) re-establish RLC for remaining RBs concurrently with RRCReconfiguration

issue: gNB) in nr_rlc_update_id the gNB is re-establishing RLC for all
            RBs at the same time when receiving RRCReestablishmentRequest
            from UE
        UE) according to the specs, the UE is re-establishing RLC for
            SRB1 with RRCReestablishmentRequest the other RBs are
            re-established during RRCReconfiguration (in our case in
            nr_rrc_ue_process_RadioBearerConfig) when receiving
            reestablishRLC IE in rlc_BearerToAddModList
    RLC TX) this leads to RLC counters mismatch after re-establishment:
            control PDUs discarded until max nb of retx is reached
            and then UL failure occurs

- replace nrmodule2 by up2
- add matix in CI machines
- add info about RAN-SA-2x2-Module-CN5G in list of pipeline
- update of 5G OTA testbench image

Merge remote-tracking branch 'origin/implement-dci11-type0-contiguous-rbs' into integration_2024_w17

By using a struct we may have warnings at compilation time in some
cases if the type is not used properly.

The type definition becomes a bit weird, so we need to properly
comment.

If too strange, we can revert to the classical "void" definition.

- rename "lib_ctx" to "mac_implementation" which is what is stored because
  of previous commit
- rename "mac" to "mac_context" to be clearer with what is stored in this
  variable too

The main work of this commit is to rewrite cipher_aes_128_cbc_cmac()
which was too slow and created issues when running the 4G eNB on some
machines (LLL when using a b210).

Instead of creating the security context, use it, and delete it, all in
cipher_aes_128_cbc_cmac(), we introduce the function init_aes_128_cbc_cmac()
to create it, and we change cipher_aes_128_cbc_cmac() to just use it,
and we also adapt free_aes_128_cbc_cmac(). The function aes_128_cbc_cmac()
is removed, it does not follow the new init/use/free API.

Doing so, on the primary test machine used to do this work (a powerful
and fast machine where it is possible to set the CPUs' frequencies)
it was possible to limit the CPUs' frequencies to 500 MHz (it was not
possible to go lower) without any LLL (using a b210, quectel UE in
idle, no data traffic, only periodic measurement reports). Before this
commit, it was necessary to set a frequency of at least 1.8 GHz
otherwise some LLL would appear.

Then we need to adapt the rest of the code to take into account those
changes.

A notion of security container (stream_security_container_t) containing
ciphering and integrity contexts is introduced.

And the code is harmonized for, hopefully, better readability.

The (opaque) type stream_security_context_t is introduced, used by
both integrity and ciphering contexts. The idea is to use a
init()/use()/free() API for all the security procedures, identical for
all the ciphering and integrity procedures.

These functions enables (un)deployment of the OAI CN v2.0.1, increase
reliability and speedup overall CN (un)deployment compared to current
implementation.

Use "--wait" helm option to wait for deployment/undeployment of the CN.
Wait for pods to be in a ready state before marking the release as
successful. If not deployed/undeployed before timeout, marked as
unsuccessful.

Hardcode path for OC CN5G deployment/undeployment

- Remove unused AmariUE config file, replace by new one - for PLMN 00102
- Change frequency of AW2S pipeline - Move center frequency by 40 MHz to avoid interferency with other setups
in the lab. Set center frequency to ~ 3450 MHz.