Rename the function dfs_mlme_deliver_event_up_afrer_cac() to
dfs_mlme_deliver_event_up_after_cac and rename the function pointer
mlme_deliver_event_up_afrer_ca to mlme_deliver_event_up_after_cac
Change-Id: I29c2094a0b45c9583b897e088ce9938c759e26ba
CRs-Fixed: 2251792
In ETSI domain, after CAC, channel is added to ETSI CAC cleared list,
so that next time it can skip CAC if channel is already present in this
list. If radar found, remove channel(s) from this list indicating that
when channel(s) is/are selected in future, the CAC needs to be re-done.
Change-Id: If6b31ecda2ab159188e7724bce7d1c2d8375fa3c
CRs-Fixed: 2143266
Callbacks are defined for both cases, so remove compiler
flag around callback declaration and assign callback for both
HOST_DFS_SPOOF_TEST enabled and disabled cases.
Change-Id: I5e3cedaaa5be550243ac090da3ab6499c5e83904
CRs-Fixed: 2249806
Currently if the delta peak of the ETSI type 4 radar pulse is 0, it will
be considered as radar false dection, which affects normal dfs ETSI type
4 certification test.
More checks are added when delta peak of the ETSI type 4 radar pulse is 0.
If psidx_diff, the difference in the FFT peak index between the short FFT
and the first long FFT, is greater than 4 and less than 16, it is still
considered as valid ETSI type 4 radar pulse.
Change-Id: Iee9c22e0c208023bb9f0f70121f8269169b63d18
CRs-Fixed: 2173576
In FCC domain, process the radar pulses and send the summary of radar
found information to FW.
Change-Id: Ib30f57927a9718315fd90f5c44d47dae38bf36f0
CRs-Fixed: 2211883
Currently dfs offload command is sent during event registration
when psoc object is created. Dfs offload command is sent by accessing
pdev object, as pdev object during this time may not be created
or maybe in logically deleted state and sending command may fail.
This failure may cause wifi_dfs_psoc_enable and thereby effecting
other module objects.
To fix this, avoid using pdev objects during psoc enable, and send
pdev object specific command when pdev is created.
Change-Id: Ia10d493267259d0fbd918453e532b4f244029163
CRs-Fixed: 2179845
The pulse_delta_peak of chirp radar is not zero, which is one more radar
detection rule for ETSI chirp. Driver need delta peak related information
from FW for ETSI chirp radar detection.
Two more fields pulse_delta_peak and pulse_delta_diff are added in
wmi_dfs_radar_event_fixed_param.
Change-Id: Ief8dbea1c1336f45a24195853d5e1356bf3cad27
CRs-Fixed: 2179933
Currently WMI handler for WMI_PHYERR_EVENTID is used to handle DFS and
spectral scan phy errors; but Rome FW still uses WMI_PHYERR_EVENTID
and WMI_DFS_RADAR_EVENTID and does not have spectral scan phy errors.
Restore WMI_PHYERR_EVENTID and WMI_DFS_RADAR_EVENTID as Rome FW
requirement.
Change-Id: I16761f6da947619a5969ac8dcd09498d508ad715
CRs-Fixed: 2160954
After RADAR detection the function should be used for
1)FullOffload
2)Legacy [ partial offload and Direct attach]
chipsets.
Change-Id: Id99f9f25dc5a9f751f9ad74c07a78fb980673300
CRs-Fixed: 2126916
Rename dfs_ioctl.h file as wlan_dfs_ioctl.h and
move it from cmn_services directory to dfs dispatcher.
Change-Id: I75e0337bd84b71cf77975656423f78f9b016285f
CRs-Fixed: 2127833
To avoid passing multiple parameters to MLME functions from DFS
component, use a common structure between these components and
pass the structure instead of long list of parameters.
Define the common structure in cmn_services directory to access
it in both the components.
Change-Id: I02dde0780eebbce0886685d1f72a62c84e5b4eeb
CRs-Fixed: 2146000
According to the updates of Regdomain_23 submitted on 2017-5-18,
added two pulses (ETSI 302-502) in the static ETSI radar table for
ETSI11 regdomain.These two pulses are applicable only for 5.8GHz
(greater than 5.725 GHz) channels.
Change-Id: I2f1e5535040ced9847eedff65dbe892e4d0fb056
CRs-Fixed: 2145124
Header files are included in appropriate places to avoid compilation
errors. To disable/enable DFS component from non-common code at
compile time, use macro QCA_DFS_COMPONENT_ENABLE in config file.
Change-Id: I0d4fe27ee0d76412c109aa3f64485ea1ac2a5e3a
CRs-Fixed: 2134355
Removed WIN based random channel selection algorithm.
To choose a new random channel, use converged random
channel algorithm.
Change-Id: I0ece0cb71ffeb694c9f5264d97a25e49d59b1ae8
CRs-Fixed: 2120265
Changes related to If63678a7e9ce00c1166e7f6533e5eaa0b0ae67a5
on modifying declaration of dfs_mlme_start_csa function on mlme side.
Change-Id: Id746faaaa2cdbdb48f80056eec3dd661a30122e5
CRs-fixed: 2117811
Adds support to dump dfs pulse information from firmware to host
for debug purpose.
Change-Id: I3b2042f8df6e077eed1a3847cd2d8550794bc6f7
CRs-fixed: 2121833
Add support for bangradar command to send unit test command
to firmware as a hook to simulate radar injection
Change-Id: Ieaa7eab6d452ab864a10beca1478d0e61d605107
CRs-fixed: 2113724
In fulloffload mode, based on the value of the usenol variable decide
whether to add the channel to NOL or not. In future, we need to merge
this code with non-full offload. That will remove redundant code.
Change-Id: I2bb403c3983a4a1eac906e6c13a3ec6a13fdc436
CRs-fixed: 2102829
* Initialize the radar table based on dfsdomain for country
KOREA and CHINA.
* Move UMAC related APIs from lmac_api.c to utils_api.c file.
Change-Id: I9dc2acdf23fc10469884d23bb91f352d2ac259ca
CRs-Fixed: 2110760
Reverse CSA:
===========
Problem:
When Repater detects the RADAR, it sends RCSA to RootAP and
immediately switches to a new channel without waiting for CSA
from Root AP.
Expected behaviour:
When Repeater detects the RADAR, if uplink is present then it sends
RCSA to RootAP and waits for 2secs to receive CSA. If Repeater
does not receive CSA in 2sec, choose a random channel and
bring up the AP vap.
Solution:
In Repeater, if RCSA is sent successfully to RootAP then wait for
2secs to receive CSA from Root else choose a random channel and
bring up the vaps.
Change-Id: Ica204981db85917554c06cd86c0e016df624c45f
CRs-Fixed: 2104219
In Repeater AP scenario, when STA vap starts scan, it calls this
registered DFS callback function to get the AP CAC status. If the
AP vap is performing CAC, STA vap does not start SCAN.
Change-Id: Ifa3ad0298f1b04f3fffc915f20ff81ec0cc731bf
CRs-Fixed: 2096259
Due to dfs and 'ic' flag mismatch, ieee80211_find_channel()
was returning channel as NULL.
Change-Id: I2c8a09b5a1018d7daf2a925bcad7063a6b0e2988
CRs-Fixed: 2067959
As part of DFS component destroy, "ic" is accessed to reset
NOL list and PRECAC channel list, but "ic" is already deleted
as part of MLME component destroy. And therefore invalid memory
access happens.
Reset NOL list and PRECAC channel list before "ic" deletion.
Change-Id: I1dbf273f1ea51945493140bfce9bfa116ad0c488
CRs-Fixed: 2071164
In DFS component the prefix "ic_ " was being used to represent ieee80211
channel related variables. Now use prefix "dfs_ch_" instead of "ic_".
Change-Id: I2f739dc22ad89b7e410c06462876a22c2a615883
CRs-Fixed: 2056957
Fix Werror=frame-larger-than by reducing size
of DFS_MAX_NOL_CHANNEL from 128 to 80.
Change-Id: I37271a48bf5172c3fb2d568b58e8f7448bf4ed28
CRs-Fixed: 2017481
Add support to conside auto-channel selection range in random channel
selection algorithm.
If acs is enabled, random channel is selected from acs channel range.
Change-Id: I6ccf9ae58aa2d9b63133de3f98030078bf13cf49
CRs-Fixed: 2017481
