Send WMI_PDEV_PARAM_ENABLE_CHIPSET_LOGGING to enable chipset
stats logging in FW based on INI and new service bit
WMI_SERVICE_CHIPSET_LOGGING_SUPPORT.
Change-Id: I29918ac80b10c1c38af1140ac36f92ea91318040
CRs-Fixed: 3786401
Enhance WMI command of existing peer delete and VDEV stop to
add new TLV to carry MLO params with link switch BIT set when
link switch is in progress.
Change-Id: I50b1aa48e4e2c976a56bcd3b75395eef6830e627
CRs-Fixed: 3663340
This change optimizes rx reorder queue setup by using
tid_bitmap, which contains a group of tids, to set up
multi tids at a time instead of one tid after another.
Change-Id: I161b0c812c436ef79d2d1db693b8d0ac41505878
CRs-Fixed: 3661593
Pine and Spruce supports 80P80 mode of operation in 5 GHz band
and hence opclass 130 is sent to the user application in
MESH_MAP_OPCLASS_FOR_CUR_HWMODE NL80211 command.
However, these chips support 80P80 mode of operation
only on CFI 138 and 155, but to the application all the 80 MHz
channels in the 5 GHz band are advertised as supported.
This causes the application's channel selection algorithm to fail.
The existing API reg_is_chan_supported() can determine if the input
frequency is 80P80 capable only if cfreq2 of the 80P80 channel is
provided and in reg_get_cfis_from_opclassmap_for_non6g() API, it is not
possible to determine all combinations of cfreq2 for the given primary
frequency. Hence, a call to is_freq_80p80_supported() is made to
determine if any 80P80 combination is possible for the given input
frequency.
Also, 6 GHz channels do not support 80P80 mode of operation.
reg_is_cfi_supported() does a lot of computation to find out that
80P80 is not supported. Hence, if the opclass entry
is 6 GHz 80P80, set 80p80_supported as false.
Hence, send only the supported 80P80 CFIs in the
supported channel list array in MESH_MAP_OPCLASS_FOR_CUR_HWMODE command.
CRs-Fixed: 3627501
Change-Id: Ib5d3e872b34b8df81b8466e877b10f2fd4e68e40
Add check for dereferencing pointer shmem_arena_ctx to avoid
array out of bound error
Change-Id: I4ebc6b9455b8ec2d33790199fd2deec267796dd0
CRs-Fixed: 3620074
Add check for dereferencing pointer shmem_arena_ctx to avoid
array out of bound error
Change-Id: I6d7caddb3ed83fb5e7397de827cd57e8d238a640
CRs-Fixed: 3620074
Adding check for dereferencing pointer shmem_arena_ctx to avoid
array out of bound error
Change-Id: I0aa6682b63e2d2d564b285f7fac745df4b44f1d4
CRs-Fixed: 3620074
For QCN6432, below factors are taken into account to
calculate the maximum CFR buffer length:
max number of MU users supported = 8
uCode header = (14 + (max number of MU users supported *2) )*4
= 120 Bytes
Max CVMEM Banks available = 4
Each bank is capable of storing 8KB
Total CVMEM bank size = 4 * 8 = 32KB
Max allowed mode is 320M
Max number of actual tones supported = 1001
Max CFR data len = 1001 * Max NSS * Max Chains * Size of tone
= 1001 * 4 * 2 * 4
= 32032 Bytes
Max CFR buffer length = Max CFR data len + ucode header
= 32032 + 120
= 32152 Bytes
CRs-Fixed: 3623934
Change-Id: If859c3a861a5b5698b69ee6afe4d3b8d0b048812
Send standby pdev/radio which is expected to be up while
in powersave mode to FW, to switch master control for
timers.
Change-Id: I4b48d93859359d1b6aee0b9993fd1bd3bff863f2
CRs-Fixed: 3621705
Register event handler for WMI_MLO_LINK_STATE_SWITCH_EVENTID.
Add target if event handler for the
WMI_MLO_LINK_STATE_SWITCH_EVENTID event, and register
corresponding mlo manager callbacks.
Add extract API for link state switch event parameters received
Call the diag event API from MLO manager post extracting the
event
Change-Id: Ib588ee87a5c37c6a34c86ce8cbf134a273c6461b
CRs-Fixed: 3610041
Limit non-SRG PD threshold for upto minimum of MAX allowed limit
and AP advertised value and check AP nonSRG PD threshold
with correct signedness.
Change for debug print to display param value in hex.
Change-Id: I630aa894c856226a886161ced648073782f379bc
CRs-Fixed: 3598056
Currently, STA cannot perform SR when SAP does not include SR
IE in Beacon/Probe response/Assoc response.
This change is done to configure default non-SRG OBSS PD
parameters in FW in this case.
Change-Id: I8effbc31631267bd96a269e0bffff74139dafaf1
CRs-Fixed: 3607399
Implement handling of mlo sta standby csa beacon
and initiate the transmission of a link bss request
command tlv to the firmware for standby link.
Change-Id: Ibdf903c69757b47f301ab9fa7c563407915532d6
CRs-Fixed: 3605764
Host needs to check new scan is enabled on device before
sending scan request.
Changes are as follows:
-Add new scan bit to scan obj.
-Fetch new scan service bit from FW.
-Update new scan in scan obj based on service bit from FW.
Change-Id: I19d874e859208dcdb2476e0fd2fbd61fcc77e565
CRs-Fixed: 3509136
Fix dec and test bit of shmem arena deinit count, as
qdf_dec_and_test returns true if the decremented resultant
value is 0,or false for all other cases.
Change-Id: I59523078bec409badbe253243443a12c508c036c
CRs-Fixed: 3593556
Currently the T2LM timer is maintained by host.
Code change made to add support to run the T2LM timer in FW.
CRs-Fixed: 3594141
Change-Id: I7eee4800f68b07d5492a0336e3fe8e0db17d2020
Clean up invalid pointer/value asserts by returning the error status
to the caller in the below spectral module files
1. target_if_spectral_sim.c
Change-Id: Ibc59e7703dcad9cbc9309a6ad96f5279cafb538d
CRs-Fixed: 3591982
Clean up invalid pointer/value asserts by returning the error status
to the caller in the below spectral module files
1.target_if_spectral_sim.c
Change-Id: Iad4314409ee5d2037c566c9a022cbfc2444f6460
CRs-Fixed: 3591964
Modify functions to return QDF_STATUS to handle assert conditions and
return appropriate status to the caller
1. target_if_spectral_phyerr.c
Change-Id: I8f9d320b774ef172bc3dd3609581b13694e1edfd
CRs-Fixed: 3591197
Clean up null pointer asserts by returning the error status to the
caller in the below spectral module files
1. target_if_spectral_phyerr.c
Change-Id: I8f4fc5a30b710489003888b897b756ea44dface6
CRs-Fixed: 3591187
Clean up invalid pointer/value asserts by returning the error status
to the caller in the below spectral module files
1. target_if/spectral/target_if_spectral.c
Change-Id: I57735ce35d33011dd9041a2cd16a740673a12800
CRs-Fixed: 3589879
Modify functions to return QDF_STATUS to handle assert conditions and
return appropriate status to the caller.
1.target_if/spectral/target_if_spectral.c
Change-Id: I7704d67932b6a84853deb5c7f5dc43810124dd1f
CRs-Fixed: 3589875
Clean up null pointer asserts by returning the error
status/appropriate value to the caller in the below spectral module
files 1. target_if/spectral/target_if_spectral.c
Change-Id: I17cb1288c030a4d0f35638da4acda8d59116f9f8
CRs-Fixed: 3589783
Added change to handle TxBF standalone sounding CQI data.
1. Define and handle structure to support new TLV for CQI data.
2. API to extract new meta data TLV added for CQI data
3. API to handle processing CQI data.
Change-Id: If6e654fc03cc5c150b85bc9af487c58b77d78e1d
CRs-Fixed: 3594811
Clean up null pointer asserts by returning the error status to the
caller in the below spectral module files
1.spectral/core/spectral_common.c
2.target_if/spectral/target_if_spectral.h
3.target_if/spectral/target_if_spectral.c
Change-Id: Ib8d49c06928379768fb41e34d721bd3840e86330
CRs-Fixed: 3587512
Hopping radar happens on whole band, hope all DFS sub channels are put to
NOL, but F/W only reports single radar event on special freq to host.
When DFS puncture enabled, sub channel marking is enabled, host only put
single affected 20M sub channel to NOL instead of all current bonded sub
channel, AP still stays on current freq for valid puncture bitmap
instead of leave DFS freq.
If the radar is a frequency hopping radar that truly hops over entire DFS
band, then the AP and clients are best served by moving out of the DFS
band. But it could well be that only part of the band is used. It is
difficult to find product specifications with info on the total bandwidth.
Mostly military systems use frequency hopping to avoid jamming. So a middle
ground would be to put full bandwidth of current AP to NOL for FCC type 6
frequency hopping radar.
When frequency hopping radar happens, F/W set flag that full bandwidth need
put to NOL in new added tlv radar_flags of event
WMI_PDEV_DFS_RADAR_DETECTION_EVENT, When find the flag is set, host will
put full bandwidth of current AP to NOL even sub channel marking is
enabled.
To avoid compatibility issue between old/new F/W and new/old host, add a
F/W service bit wmi_service_radar_flags_support and host service flag
is_full_bw_nol_supported.
If the wmi_service WMI_SERVICE_RADAR_FLAGS_SUPPORT is enabled by FW, host
shall set/unset a bit in the host service flag is_full_bw_nol_supported
based on host capabilities. This host service flag is then sent to FW via
WMI_INIT_CMDID.
Change-Id: I6e280ca4ab00dce97c5aec90c7a4b4fc7c4a440a
CRs-Fixed: 3595476
Currently kernel-doc script doesn't support qdf_bitmap
struct member. So, all structure which has qdf_bitmap
member are excluded.
Support for qdf_bitmap has been added to kernel-doc script.
So, include all structures which have qdf_bitmap.
Change-Id: I95095d458152a0285a24fba398b46effd94525db
CRs-Fixed: 3598814
FW sets 0xFFFF as invalid phase delta in invalid cases.
Retain same in HOST as well. In case of valid phase, add the
ibf cal value to the delta & ensure the derived phase value
is in the range of 0 - 1024 indicating 0 - 360 degrees
CRs-Fixed: 3597123
Change-Id: Ie259eb6c34393688c987a18859aa5036aa28b9da
Remove static from func target_if_phy_ch_width_to_wmi_chan_width
for it can be share at other place.
Change-Id: I2ec80040fbe61a7691b1ad8e7b6501eb154abb44
CRs-Fixed: 3578269
When setting the country from user space, the thread sleeps and waits for
the init_cc event to awake. Right now the thread is woken up only in 2
case:
(i) when the country configuration is success from FW and regulatory and,
(ii) when country configuration failed in FW.
The thread is not woken up if there is failure in regulatory. This is
leading to timeout which will assert the kernel. In order to handle all the
return errors from the regulatory init_cc event handler should execute and
the status should be returned to thread waiting for the init_cc event
irrespective of the status of the init_cc handler. In order to achieve
this, the following actions are taken:
(i) Introduce a new regulatory tx_ops set_wait_for_init_cc_response_event()
that will wake up the thread waiting for init_cc response and return the
status of the init_cc response handler.
(ii) Remove the tx_ops set_country_failed() which just sends the failure
status to the thread waiting for init_cc event. This will be handled by the
new tx_ops.
(iii) Send the status of init_cc handler using the new regulatory tx_ops.
Change-Id: I1b29651682e9b7219d428c13d6d0ea299d6f81ba
CRs-Fixed: 3552823
Add support to parse the Max ML Peer ID's parameter received from target
capabilities and update the parameter in global MLO context.
Change-Id: I4118d288a312dc4a18182caf765b0ded014b985a
CRs-Fixed: 3556542
Add support to extarct sta stats from WMI_CTRL_PATH_STATS_EVENTID
by extracting wmi_ctrl_path_sta_rrm_stats_struct data
Change-Id: I7235b8cb0237d828b0fe5e5eab0feadc016d9269
CRs-Fixed: 3583920
Includes changes:
1. Save frequency values from EXT and EXT2 events to psoc object
- wireless_modes, low/high 2 GHz chan and low/high 5 GHz chan from EXT event
- wireless_modes_ext, similar frequency range fields with _ext from EXT2
event. Frequency range fields with _ext are non-zero when a radio supports
overlapping frequency. Eg.Radio that supports 5 GHz full and 5 GHz high band will
have low/high 5 GHz fields populated with primary band values in EXT event and
low/high 5 GHz fields are populated in EXT2 event with secondary band
values. These values are stored in tgt info for later use.
2. Modify regulatory APIs to get and set the wireless modes in reg
component
3. Retrieve frequency fields from EXT2 event
Change-Id: I49ebcc7ee7b26bd115f37abc8cb5b6fa5a415eda
CRs-Fixed: 3576551
Restructure memory free function so both win&mcl can call
it. to avoid memory free mismatch.
Change-Id: I31634f94421f30d74d2eaad44e5df089d489d67f
CRs-Fixed: 3572976
Use the VDEV response timer infrastructure to hold MAC address update
requests sent to FW on VDEV which is in link switch progress.
As post disconnect and sending set MAC address request, the scheduler
thread is exited and to notify MLO mgr about set MAC address update
complete (or either timer expiry due to FW response timeout) and
further the link switch process based on response.
This code is only applicable for Link switch VDEV MAC address update
path. For MAC update request from userspace still use the same path
without starting the timer as for those wait event is already in place.
Change-Id: Ice3e6f7b00f0d9d08d6aa62ee9c1e4d183142358
CRs-Fixed: 3556517
Add flag in event response struct to indicate event processed
or not.
Use scheduler thread to process set link active event same as
other link switch and vdev event to avoid race condition.
Change-Id: I963f9106e296a59cff5078c85a4accf63c7026dc
CRs-Fixed: 3572868
Once the FW sends the link switch request to host handle
the request from scheduler thread and send confirmation
back on completion of link switch process with status of
link switch (success/failure).
Add new serialization command type for link switch.
Introduce flags to get the current state of link switch
request, set the state to idle when no link switch in
progress or once the current link switch is completed.
Access to state is protected with MLO dev context lock.
Implement various helper API to:
a) Transition link switch to next state.
b) Get current state of link switch.
c) To check whether any link switch is in progress.
c) To check whether link switch is happening
on assoc VDEV or not.
Introduce a new VDEV flag to suggest the VDEV is in
link switch process and also implement helper APIs to
set/get/clear this VDEV flag.
a) The flag is set at start of link switch, once
the FW request params are validated and before
proceeding for link switch disconnect on VDEV.
b) Clear the flag once the Link switch confirmation
is sent to FW.
Validate the link switch request params:
a) IEEE link ID's received.
b) Check if new connection is part of MLO connection.
c) Check if VDEV is MLO STA VDEV or not.
d) Is VDEV in connected state or not, that means
VDEV is not in transitioning state due to disconnect.
e) Check if any link switch in progress on this MLD
f) Current link ID of VDEV equals the FW params.
If validation is successful, serialize the link switch
command and in the serialization activation start the
actual link switch process.
Change-Id: Ie582650541054c8cf39aaa8316e86a7a40256a15
CRs-Fixed: 3556422
