- adding a new test case
    - the test case simulate a DL radio channel with noise and runs Iperf test with such channel conditions
    - use CustomCommand class to send commands to a Telnet server
    - switched from netcat’s unsupported -N option (OpenBSD) to --send-only (Ncat 7.94) for compatibility with CI

re-sync CI test in F1 RFSIM

- to be used in the future, for CI of RRCReestablishment in RFSIM
- adding four new test cases (040021, 040022, 040023, 040023) to the RFSIM F1 configuration
- the test cases simulate a disruption of the radio channel, verify UE sync loss and resync
  and restore the original channel conditions
- use CustomCommand class to send commands to a Telnet server

temp xml

- enhanced CustomCommand logging
- print ParseError

- created new telnet library ciUE
- using X-macro defined NR_UE_L2_STATE string array to get UE sync state
- add telnet CI to nrUE container

- this change simplifies the enum definition and makes it easier
  to add, remove, or modify states in the future
- the states are now defined in the NR_UE_L2_STATES macro,
  and the enum members are generated automatically from this macro

Add AWGN channel with some noise and additional path loss.

Delete small pieces of dead code

- allows for simplification of the log collection in SA-2x2 pipeline
- ci-scripts/Jenkinsfile-nrue can be reused
- to be tested!

- Note: "version" parameter reported as obsolete by docker version > 25.0.5

 - Enable build of T2 lib in RAN-gNB-N300-Timing-Phytest-LDPC
 - Add testcases with 2 layers

Add ulsch decoding measurements, which are reported by nr_ulsim. Start ulsch_decoding_stats measurement before
nr_ulsch_decoding is called and stop it after collection of all decoder tasks from Tpool. In the context of nr_ulsim,
ULSCH_id is allways == 0, testing is performed per one TB, therefore measurement is started and stopped only once per trial.
Reported ulsch decoding statistics show the mean ulsch decoding time over x trials (specified by -n command line option of nr_ulsim).
This measurement does not provide valid information in case of nr-softmodem, when the loop is done over multiple ULSCH IDs -
start of the measurement is done multiple times and stops only once in this case.
For unitary physical simulators, ULSCH processing loop is executed only once
- the max number of PUSCH is set to 1. This ensures exactly one start and stop
of the ULSCH decoding time measurement per processed TB.

Note: ulsch decoding statistics reports average time of segmentation, rate matching, interleaving and decoding of the TB

- Enable both nr_ulsim and nr_dlsim test with Run_T2Test
- Introduce time threshold variable for T2/CPU LDPC tests
  - Set threshold individually for each test - T2 encoding/decoding and CPU encoding/decoding
  - Check if encoder/decoder processing time is below the threshold
  - Remove NOK return option - keep only OK (processing time below threshold) or KO (proceesing time beyond threshold)
- Rename function to run and check results of CUDA ldpctest
- Use new SSH class in function for check T2 test results, use f-strings

- Modify T2 PCI adr for CI T2 test setup
- Set PKG_CONFIG_PATH env var manually if needed (DPDK lib installed into custom path)