Use local arrays and for-loop to replace duplicated statements.
For reference, here is the table of index v.s. old local variable
qam64 qam64
psi_r_, psi_i_, a_r_, a_i_, psi_a_, a_sq_, bit_met_
 0 p7_p7    16 p3_p7    32 m1_p7    48 m5_p7
 1 p7_p5    17 p3_p5    33 m1_p5    49 m5_p5
 2 p7_p3    18 p3_p3    34 m1_p3    50 m5_p3
 3 p7_p1    19 p3_p1    35 m1_p1    51 m5_p1
 4 p7_m1    20 p3_m1    36 m1_m1    52 m5_m1
 5 p7_m3    21 p3_m3    37 m1_m3    53 m5_m3
 6 p7_m5    22 p3_m5    38 m1_m5    54 m5_m5
 7 p7_m7    23 p3_m7    39 m1_m7    55 m5_m7
 8 p5_p7    24 p1_p7    40 m3_p7    56 m7_p7
 9 p5_p5    25 p1_p5    41 m3_p5    57 m7_p5
10 p5_p3    26 p1_p3    42 m3_p3    58 m7_p3
11 p5_p1    27 p1_p1    43 m3_p1    59 m7_p1
12 p5_m1    28 p1_m1    44 m3_m1    60 m7_m1
13 p5_m3    29 p1_m3    45 m3_m3    61 m7_m3
14 p5_m5    30 p1_m5    46 m3_m5    62 m7_m5
15 p5_m7    31 p1_m7    47 m3_m7    63 m7_m7

y0
 0 y0_p_7_7   16 y0_p_3_7
 1 y0_p_7_5   17 y0_p_3_5
 2 y0_p_7_3   18 y0_p_3_3
 3 y0_p_7_1   19 y0_p_3_1
 4 y0_m_7_1   20 y0_m_3_1
 5 y0_m_7_3   21 y0_m_3_3
 6 y0_m_7_5   22 y0_m_3_5
 7 y0_m_7_7   23 y0_m_3_7
 8 y0_p_5_7   24 y0_p_1_7
 9 y0_p_5_5   25 y0_p_1_5
10 y0_p_5_3   26 y0_p_1_3
11 y0_p_5_1   27 y0_p_1_1
12 y0_m_5_1   28 y0_m_1_1
13 y0_m_5_3   29 y0_m_1_3
14 y0_m_5_5   30 y0_m_1_5
15 y0_m_5_7   31 y0_m_1_7

rho_r
 0 pi_7_7   16 pi_3_7
 1 pi_7_5   17 pi_3_5
 2 pi_7_3   18 pi_3_3
 3 pi_7_1   19 pi_3_1
 4 mi_7_1   20 mi_3_1
 5 mi_7_3   21 mi_3_3
 6 mi_7_5   22 mi_3_5
 7 mi_7_7   23 mi_3_7
 8 pi_5_7   24 pi_1_7
 9 pi_5_5   25 pi_1_5
10 pi_5_3   26 pi_1_3
11 pi_5_1   27 pi_1_1
12 mi_5_1   28 mi_1_1
13 mi_5_3   29 mi_1_3
14 mi_5_5   30 mi_1_5
15 mi_5_7   31 mi_1_7

Use local arrays and for-loop to replace duplicated statements.
For reference, here is the table of index v.s. old local variable
suffix.
 0 p1_p1            0 rpi_1_1
 1 p1_p3            1 rpi_1_3
 2 p3_p1            2 rpi_3_1
 3 p3_p3            3 rpi_3_3
 4 p1_m1            4 rmi_1_1
 5 p1_m3            5 rmi_1_3
 6 p3_m1            6 rmi_3_1
 7 p3_m3            7 rmi_3_3
 8 m1_p1
 9 m1_p3
10 m3_p1
11 m3_p3
12 m1_m1
13 m1_m3
14 m3_m1
15 m3_m3

integration_2023_w39

See merge request oai/openairinterface5g!2363

* !2142 Fix packing/unpacking procedures for P7 messages
* !2253 Parallelize the Compensation, LLR, layer de-mapping, and unscrambling with symbol
* !2319 Fix NR UE init RA
* !2343 Reverse bits in UCI message when using polar encoding/decoding
* !2348 Resolve "SIGSEGV in nr-softmodem @ 100MHz on USRP"
* fix phytest-timing thresholds after merge of !2253
* !2320 Reduce ITTI log message volume when queues full
* !2360 nr rlc: minor: fix tests
* !2359 nr rlc am: bugfix: correct usage of tx_next
* !2356 Const return values
* !2357 Fix compile error when --build-e2 option included
* !2340 Resolve "gNB build on ubuntu 22.04 fails with dpkg error"
* !2362 Implement F1 bearer release and add telnet module
* !2324 Refactor gNB ULSCH decoding
* fix for SSB ARFCN in RRC MeasConfig

The UE should measure on the SSB, otherwise it does not see anything.
Hence, this commit fixes the meas-config to request the UE to measure
on the right frequency.

Merge remote-tracking branch 'origin/one-step-cleaning-gNB-ulsch-decoding' into integration_2023_w39

Merge remote-tracking branch 'origin/683-gnb-build-on-ubuntu-22-04-fails-with-dpkg-error' into integration_2023_w39

- modify byte_array.h in order to avoid conflict for same file names

- Currently no fields to store DRB release: need persist in ASN
  structure
- This will be revisited once there is E1 bearer release release

Most functions start with nr_rlc_*(), so do the same for release

Most functions start with nr_pdcp_*(), so do the same for release.

- Add necessary fields to F1 message
- Add F1AP encoding/decoding of UE Ctxt Modif Req DRB Release

Merge remote-tracking branch 'origin/684-sigsegv-in-nr-softmodem-100mhz-on-usrp' into integration_2023_w39

delete() has changed its name

tx_next was increased only when all segments of an SDU were sent to
lower layers. This may lead to a situation where the receive entity
transmits a control PDU that is rejected because it sets its ACK to
tx_next+1 (if all segments were not transmitted when the control PDU
is sent).

What is done now is to increase tx_next as soon as we send the first
segment of an SDU to lower layers. A control PDU received from the
receive entity is now accepted and processed.

Specifications (38.322 5.2.3.1.1) say to increase tx_next when the
RLC entity receives an SDU from upper layers. But for us, since the
buffering of SDUs is done in the RLC layer and since the buffer size
may be big, we may increase tx_next too much. The choice has been
made to increase it only when we transmit an SDU to lower layers.
We may change this logic if needed. (But it won't be simple.)

Creation and usage of packing/unpacking functions for DCI payload

Update Proxy commit id for CI

Apply formatting on changed functions and fix pull/push return value checking