-- Missing finished tag in one deployment
-- Deep copy of the array of pod names
-- Hack for the out-of-sync on pexpect for `oc logs` and `oc get pods` commands
Signed-off-by: Raphael Defosseux <raphael.defosseux@eurecom.fr>
- use bearer-1 in compute_t of integrity NIA2
- compare integrity at the right place in nr_pdcp_entity_recv_pdu
- proper handling of security parameters settings (algos, keys)
1: there can be 2bits AckNack + SR in PUCCH F0
2: when allocating csi_pucch, zero out struct
3: Make unfree resources a warning
4: When asserting, explain the issue
- Configure PUCCH Format 0 to be in separate RBs (each UE has dedicated
resources)
- Configure RA preamble to be different per UE
- Configure CSI offset such that no two UEs have their report in the
same frame
Nb_ue is not unique among UEs: consider 2 UEs present. The last UE has
CSI idx "2". Now the first UE disconnects, and a new UE connects. It
will also get CSI idx "2", and I assume this is not what we want.
MR !1079 / MR !1108:
1. Read slots from config file and schedules all slots *except* for slots 0 and 10. This is not a problem, since currently we cannot allocate more than six HARQ feedbacks in a slot, but we might have up to 7 with current configuration
2. phytest mode is configurable. From `nr-softmodem -h`:
-m: Set the downlink MCS for PHYTEST mode
-t: Set the uplink MCS for PHYTEST mode
-M: Set the downlink banwdwidth (in PRBs) for PHYTEST mode
-T: Set the uplink banwdwidth (in PRBs) for PHYTEST mode
-D: Bitmap for DLSCH slots (slot 0 starts at LSB)
-U: Bitmap for ULSCH slots (slot 0 starts at LSB)
3. Scheduler prints more information: UE PHR, PUCCH SNR, PUSCH SNR, RSSI
4. The scheduler learned to scheduler DLSCH/ULSCH in mixed slots (if the time domain allocation matches the mixed slot)
5. The scheduler expects
* PDSCH Time Domain allocation index 0 to be the DL slot allocation
* PDSCH TDA index 1 for Mixed DL slot
* PUSCH TDA index 0 for UL slot
* PUSCH TDA index 1 for Mixed UL slot
* PUSCH TDA index 2 for Msg.3
6. Some more cleanup, e.g., separate PDSCH/PUSCH data structures into "semi-static" data (e.g., TDA allocation to use, since it changes seldomly) and "dynamic" data (e.g., RB allocation per slot, which changes every slot)
MR !1137 : Benetel config files fix
Raphael Defosseux