qcacmn: Allow only 80P80 supported frequencies for 130 opclass

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_OPCLAS

qcacmn: Allow only 80P80 supported frequencies for 130 opclass

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

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qcacmn: Return the status of regulatory init_cc handlers

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 i

qcacmn: Return the status of regulatory init_cc handlers

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

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qcacmn: Include opclass 80p80 in AFC request only if device supports

AFC request is sent for all the opclass supported in the global opclass
including 80p80. Not all the devices support 80p80 and so

qcacmn: Include opclass 80p80 in AFC request only if device supports

AFC request is sent for all the opclass supported in the global opclass
including 80p80. Not all the devices support 80p80 and so, it is
unnecessarily included in the AFC request.

Create a callback function in regulatory to check if 80p80 is supported by
the device. If the support is present then the AFC request can include
80p80 opclass (opclass number 135 in global operating class). If not, then
the AFC request excludes 80p80 opclass.

Include 80p80 opclass in the AFC request based on the devices' support.

Change-Id: I9e72c960fefe6fbdc106bb83fb240d84d8522b80
CRs-Fixed: 3538926

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qcacmn: Support channel list update when afc_reg_no_action is set

In enterprise mode, when power event is received from Target, ACS is
not called and regulatory takes no action to AFC power event.
H

qcacmn: Support channel list update when afc_reg_no_action is set

In enterprise mode, when power event is received from Target, ACS is
not called and regulatory takes no action to AFC power event.
Hence, when host receives the event REG_AFC_EVENT_TIMER_EXPIRY with
subevent type SWITCH_TO_LPI or STOP_TX from FW as a response to payload
reset command from client application, the channel list is not updated
as 'afc_reg_no_action' is enabled.

To fix this issue and update the channel list, add reg txops to trigger
channel list update while processing REG_AFC_EVENT_TIMER_EXPIRY event
from FW when 'afc_reg_no_action' is set.

It is to be noted that 'afc_reg_no_action' should be set only in
enterprise mode.

Change-Id: I9ba2a0a0d0c4282895b3787943aca1dd45c199c3
CRs-Fixed: 3492604

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qcacmn: Fix documentation error in unregister API of rate2power handler

Correct the documentation of the function
tgt_if_regulatory_unregister_rate2power_table_update_handler().

Change-Id: I04da3b3

qcacmn: Fix documentation error in unregister API of rate2power handler

Correct the documentation of the function
tgt_if_regulatory_unregister_rate2power_table_update_handler().

Change-Id: I04da3b3bd66f0665023a387d06cbe8c8242b152a
CRs-Fixed: 3430546

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qcacmn: Fix target_if/regulatory documentation

The kernel-doc script identified doucmentation issues in the
target_if/regulatory folder, so fix them.

Change-Id: I4c4cb774318153f672b9fddf651fa711e10

qcacmn: Fix target_if/regulatory documentation

The kernel-doc script identified doucmentation issues in the
target_if/regulatory folder, so fix them.

Change-Id: I4c4cb774318153f672b9fddf651fa711e100f19a
CRs-Fixed: 3417469

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qcacmn: Register API to handle rate2power table update response event

Add APIs to register and unregister the handler of rate2power table update
response event received from target. Add the handler

qcacmn: Register API to handle rate2power table update response event

Add APIs to register and unregister the handler of rate2power table update
response event received from target. Add the handler API
tgt_rate_to_power_complete_handler to extract the response event
parameters from WMI.

Change-Id: I462abd8a333c74b943a04c62096da647ab667adc
CRs-Fixed: 3405417

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qcacmn: Add MCL/SAP DCS process after AFC event update

When AFC event come and update 6 GHz SP channels' state and power
attribution, SAP which already started on 5 GHz or 6 GHz channel
can move in

qcacmn: Add MCL/SAP DCS process after AFC event update

When AFC event come and update 6 GHz SP channels' state and power
attribution, SAP which already started on 5 GHz or 6 GHz channel
can move in or out from SP channel, which has higher tx power limit.

SAP target channel/bandwidth is decided by ACS channel select callback
register to SAP module, which will take channel max tx power limit
into account.

After target channel/bandwidth determined, SAPs move to same target
channel/bandwidth with eCSA process. If violate any concurrency
limitation, AFC DCS process should abort.

Add AFC component id and reference id.

Change-Id: Iba6933a30c0957eabf549fd6c8442bed547e8152
CRs-Fixed: 3204172

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qcacmn: Find wmi_handle from the pdev_id

In case of split-phy radio, both the wmacs may belong to the
same PSOC. Hence in WMI_VDEV_SET_TPC_POWER_CMDID/
WMI_SET_INIT_COUNTRY_CMDID/WMI_AFC_CMDID, inst

qcacmn: Find wmi_handle from the pdev_id

In case of split-phy radio, both the wmacs may belong to the
same PSOC. Hence in WMI_VDEV_SET_TPC_POWER_CMDID/
WMI_SET_INIT_COUNTRY_CMDID/WMI_AFC_CMDID, instead of
fetching the wmi_handle from psoc, find the WMI handle for the
corresponding pdev on which the cmd must be sent.

CRs-Fixed: 3333857
Change-Id: Ib38b15dbda4ea83edd6341d7732addbb1a563ad2

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qcacmn: Add APIs to configure target AFC flags

Add common code to configure target AFC flags:
enable_6ghz_sp_pwrmode_supp, afc_disable_timer_check,
afc_disable_request_id_check.

Remove cfg_get set

qcacmn: Add APIs to configure target AFC flags

Add common code to configure target AFC flags:
enable_6ghz_sp_pwrmode_supp, afc_disable_timer_check,
afc_disable_request_id_check.

Remove cfg_get set is_afc_reg_noaction code, add it to psoc regulatory
private data.

Add APIs to set and get these AFC configures.

Change-Id: Idf74b245113eee18b071a7fbb92bb151cd535ce8
CRs-Fixed: 3154185

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qcacmn: Add min_psd changes for best power mode

Add reg txops to fetch min_psd for punctured SP channels.
min_psd is computed from afc response. Using the min_psd power value,
EIRP is computed for t

qcacmn: Add min_psd changes for best power mode

Add reg txops to fetch min_psd for punctured SP channels.
min_psd is computed from afc response. Using the min_psd power value,
EIRP is computed for the non-punctured BW using the formula
EIRP = PSD + 10 * log10(non-punctured BW).
Add an entry in bw_to_10log10_map for all possible non-punctured
bandwidth.

CRs-Fixed: 3329625
Change-Id: I79707cb233640342c521e41e9c4d776e121c1d6d

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qcacmn: Add target_if support for EIRP preference

Add target_if support to set EIRP as the preferred power in the
WMI_VDEV_SET_TPC_CMDID to the target.

Change-Id: I77850ce93a3561c9765b8d70ae84e940b

qcacmn: Add target_if support for EIRP preference

Add target_if support to set EIRP as the preferred power in the
WMI_VDEV_SET_TPC_CMDID to the target.

Change-Id: I77850ce93a3561c9765b8d70ae84e940b2bbf4d4
CRs-Fixed: 3307372

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qcacmn: target_if: Fix misspellings

Fix misspellings in target_if/...

Change-Id: I405f4c709ffd70b1927970ebd51a215c49f6dc88
CRs-Fixed: 3304693

qcacmn: Add support to store and use fcc rules sent by firmware

When set_fcc_channel is set, host driver sets tx_power info about
channels 12, 13 to hardcoded values. Now firmware sends information

qcacmn: Add support to store and use fcc rules sent by firmware

When set_fcc_channel is set, host driver sets tx_power info about
channels 12, 13 to hardcoded values. Now firmware sends information
about channels 12, 13 to host driver and currently there is no
support to extract and store this information and use it to
modify tx_power of channels 12, 13 in host driver.

Add support to store the tx_power of channels 12, 13 received
from firmware and use this to modify tx_power of fcc channels.

Change-Id: Ie7b20a75bb09956a70b7b133ce7ce9beb8db138b
CRs-Fixed: 3270676

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qcacmn: Set global_tbl_lookup to true if country opclass is global

In function reg_freq_width_to_chan_op_class_auto, global_tbl_lookup is set
to false for 2.4 GHz and 5 GHz without considering the g

qcacmn: Set global_tbl_lookup to true if country opclass is global

In function reg_freq_width_to_chan_op_class_auto, global_tbl_lookup is set
to false for 2.4 GHz and 5 GHz without considering the global opclass set
by user command. This results in wrong opclass information in eCSA.

Add an api to check if global opclass is set and update global_tbl_lookup
accordingly in reg_freq_width_to_chan_op_class_auto.

Change-Id: I069131d6068fb546f2b59f1e752a3c8c50f15759
CRs-Fixed: 3168817

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qcacmn: AFC device deployment type support

Add init sequence handling to support AFC device deployment type
Set AFC device deployment type to regulatory private obj

Change-Id: Ib041d2010552412aaaa4

qcacmn: AFC device deployment type support

Add init sequence handling to support AFC device deployment type
Set AFC device deployment type to regulatory private obj

Change-Id: Ib041d2010552412aaaa41395915d948aa2ea2bba
CRs-Fixed: 3190288

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