Fix tlv processing code for monitor mode in Big endian mode.
Changed all the 64bit tlv extraction apis and used 32 bit extraction apis.
This is needed in big endian mode since HW supports word swap option and
TLV has to be intepretted using 32bit extraction APIs.
TLV tag, userid and TLV len falls on the first 32 bit and hence using
both 32bit or 64 bit extraction APIs give same result.
Change-Id: I9b9ff78c79f21888964d405016c58c3b5988b254
CRs-Fixed: 3551002
The kernel-doc script identified a number of kernel-doc issues in the
hal/wifi3.0 folder, so fix them.
Note that there are a number of instances where public functions have
their implementation documented in addition to having their interface
documented, so remove the duplicate documentation since only the
interfaces should be documented.
Change-Id: Ic238c0f53658e8754882c83204ffae5ad713ec6b
CRs-Fixed: 3410624
Add TLV recording support for Rx monitor. The TLV
tag and its data are recorded in a fixed size buffer
Change-Id: Idad896d1ece25a499ab76028c8a231fcd9947f66
CRs-Fixed: 3402543
Add debug count for count MPDU received based on preamble type,
reception type, UL/DL and user for max 4 user for MU monitor
mode
Change-Id: I87f1553e1f2f8276501366a825d629cf051d8a80
CRs-Fixed: 3326272
Currently the monitor mode filter settings are set
for both the PMAC. Hence it is possible that the
non-monitor PMAC (the PMAC on which monitor vdev
is not running), can receive packets and forward them
to the monitor destination ring.
The above scenario will lead to a ppdu_id mismatch
when reaping the monitor status ring and comparing
the ppdu_id in status ring with the one in monitor
destination ring, since monitor status ring will
have ppdu_id from the PMAC on which monitor vdev is
running, whereas monitor destination ring will have
packets from both the PMAC.
In order to mitigate the above issue, detect the
packets in the monitor destination ring, which are
not from the PMAC where monitor vdev is running, and
drop them.
Change-Id: I32392ceeadffd9cb7a4dd76336004a9dcbb99404
CRs-Fixed: 3318036
Add control frame stats accounting support.
Accumulate both per peer BAR and NDPA counts in Tx and Rx per PPDU stats
path. Accumulate per peer RTS success and failure count only in per PPDU
Tx stats path.
Change-Id: I78fb3546cd831559e208a7330feb2eb67b9a28de
CRs-Fixed: 3313435
For MU_MIMO traffic from AP to STA, RSSI Legacy TLV gives
reception type as QDF_RECEPTION_TYPE_ULOFMDA which is incorrect.
In order to fix this, update reception type from PPDU Start User
Info TLV. Also remove updation of reception type from LSIG TLVs
to avoid override of reception type value.
Change-Id: I9ef4c5bc7a15d4e68404d702bec61eca9c9bad4c
CRs-Fixed: 3178085
Monitor 2.0 uses a msdu_queue (75K memory), which
is currently enabled for monitor_1.0 as well.
Add this memory under Monitor_2.0 feature, so that
there is no memory increase for monitor_1.0.
Change-Id: If0f3701787585ec2b2efde018287101919a77570
CRs-Fixed: 3176254
a. For decapped frames, convert frames from 802.3 t 802.11
b. for non-decapped frames no conversion is needed
c. Apply radiotap header and deliver MPDU to osif layer
CRs-Fixed: 3074441
Change-Id: Ia03b4bad35d69aa292958782cd424f3df56dabbc
Add support to parse the matched user info header
from the PHY TLV for EHT data traffic.
Change-Id: Ic5f47461b4617e087ff95863f4c6fc744266ee29
CRs-Fixed: 3128310
For KIWI, when operating monitor mode in 802.11BE,
there can be certain header fields which can be received
as split across multiple TLVs.
Add support to aggregate such split TLVs and decode them
after agregation.
Change-Id: Ia00323a8f9fbe39306b1bbab4afefaa937befdae
CRs-Fixed: 3092820
In WCN7850, the tlv header width is 64-bit and the tlv header
start is 8-byte aligned inside the monitor status ring desc.
Add changes to parse the monitor status ring TLV according
to the TLV header width.
Change-Id: I19860b871abbc3037174b9d0ae5ed6e52b1eb736
CRs-Fixed: 3084443
Conditionally compile scan radio special vap stats.
Also rename spcl_vap to scan_spcl_vap to better reflect
funtionality.
Change-Id: I7d7f636209f6aa12cca0a3e808d7ae1fac9f397d
CRs-Fixed: 3009837
-Add flag to inidicate special vap configuration
-Add frame type counters while processing tlv
WIFIRX_MPDU_START_E
-Add function to update special vap rx stats
-Add dp pdev param to enable/disable special vap
stats reset
-Add function to reset special vap stats
-Add fucntion to get special vap stats
-Add CDP function to retreive special vap stats
Change-Id: Ia5de6743e472dc86c9e66b9e789c909a57025e35
CRs-Fixed: 3005425
Use macros like dp_cdp_debug, dp_cdp_err, dp_cdp_info to
print logs for QDF_MODULE_ID_CDP
Change-Id: I550eefa82c3417b8bf83378d4a9c6f382098fea6
CRs-Fixed: 2855937
When matching ppdu_id is detected during HAL processing, then print the
error message instead of going for assert.
Change-Id: I8f58359a66fbeaf2ebc98477f65bab446c0a784b
CRs-Fixed: 2747953
In monitor mode, radiotap header contains VHT/HE information in management
and control frames after association of STA to AP.For this,reset of
ppdu_info is required before processing of ppdu in order to avoid reuse
of ppdu_info.
Change-Id: Ia36ec2664f79d645ff76db016f986dfb92ec8bbd
CRs-Fixed: 2734804
Currently, mcopy mode delivers first msdu(fcs_passed 128 bytes) per-ppdu
to upper layer, add support for Extended mcopy mode to deliver first
msdu(128 bytes) per-MPDU(fcs_passed).
Change-Id: Ib345fc14a8d468788b9de78516d27e8dff24caa4
CRs-Fixed: 2644175
Enable monitor destination ring interrupt to fix
packet is getting stuck in monitor mode.
Fix and add monitor mode debug count
Change-Id: I74efdcf6a4373dd73e373285c8cd3aa5757cd0b2
The HE GI and HE LTF values are obtained from phy
TLVs in monitor path. The stats used in host have an
enum defined used by other upper layer code.
The radiotap spec defines different set of enums.
Add translation function to convert host stats enum
to radiotap defined enum for sniffer capture purpose.
Change-Id: I8c76adb42b0623e83958f7a37147b74e72b1ce74
CRs-Fixed: 2636051
Add HAL layer changes for full monitor mode.
Define HAL API and Data structures to read sw_monitor_ring
descriptor.
CRs-Fixed: 2630982
Change-Id: I015fa106d9da74222bef092d50e96fc70a117a4a
Fix the issue on block ACK on response to BAR frame.
Parse BAR frame received from monitor destination ring and
generate block ack frame from BAR frame and previous block
ACK frame.
Change-Id: Ifc242b3850630aa25827b003a1e2078a9228358a
Add a framework to configure varying buffer size for both data and monitor
buffers.
For example, with this framework, the user can configure 2K SKB for Data
buffers, monitor status rings, monitor descriptor rings, monitor
destination rings and 4K SKB for monitor buffers through compile time.
Change-Id: I212d04ff6907e71e9c80b69834aa07ecc6db4d2e
CRs-Fixed: 2604646
fix the issue for block ack/ack for tx capture mode.
1. Hanndle BAR frame.
2. set rate for ACK frame.
3. Check block ack session and use block ack if block
ack session is established.
4. no ACK for broadcast probe request.
5. not ack if the ack policy is set to no ack in qos control.
Change-Id: I4f22c1c976334978fb971b42319fb3a6e43a00c2
Channel Frequency Response(CFR) feature requires PPDU information
for correlation with CFR data. Host subscribes for the relevant PPDU
status TLVs via the Host RX monitor status ring. During monitor status
ring reap, all information needed for CFR correlation is accumulated
in a HAL PPDU structure and delivered to WDI event subscribers.
Change-Id: I3662b60375cb8886447a2fba3efead6a1ef3a98d
CRs-Fixed: 2593408
Link descriptor were getting freed by the pointer
of the previous freed link descriptor. This patch
fixes by copying the address of the current in a
local descriptor info and using it to free the
current.
Change-Id: I95e137ba5b1f0ad21b0e6fb39f6671e1d5b65ba6
CRs-Fixed: 2577624
sw_frame_group_id decides process for frame. USER_STATS tlv case uses
sw_frame_group_id to add qos_null frame control to rx_status.
Change-Id: Ia3da8dbe4fc4c2d0f21fa8864e6b4e87170ba8f6
Implement hal_rx_hw_desc_get_ppduid API based
on the chipset as the macro to retrieve
ppduid value is chipset dependent.
Change-Id: I7d3457d731ea486f04367f98f9f18d3f1c0fcfd7
CRs-Fixed: 2522133
Read extra bits of fcs okay bit map from
RX_PPDU_END_USER_STATS_EXT TLV and use the same
to send first fcs okay packet in case of M COPY
CRs-Fixed: 2499150
Change-Id: I1a25971ea789dd7fddddb312af8a18a4cccdc178
Tags are programmed using wlanconfig commands. Rx IPv4/v6
TCP/UDP packets matching a 5-tuple are tagged using HawkeyeV2 hardware.
Tags are populated in the skb->cb in the REO/exception/monitor data
path and sent to upper stack
CRs-Fixed: 2502311
Change-Id: I7c999e75fab43b6ecb6f9d9fd4b0351f0b9cfda8
