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android / kernel / google-modules / wlan / bcmdhd / bcm4390 / refs/heads/android-gs-caimito-6.1-android15-dp / . / include / wlioctl.h
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/*
* Custom OID/ioctl definitions for
*
*
* Broadcom 802.11abg Networking Device Driver
*
* Definitions subject to change without notice.
*
* Copyright (C) 2024, Broadcom.
*
* Unless you and Broadcom execute a separate written software license
* agreement governing use of this software, this software is licensed to you
* under the terms of the GNU General Public License version 2 (the "GPL"),
* available at http://www.broadcom.com/licenses/GPLv2.php, with the
* following added to such license:
*
* As a special exception, the copyright holders of this software give you
* permission to link this software with independent modules, and to copy and
* distribute the resulting executable under terms of your choice, provided that
* you also meet, for each linked independent module, the terms and conditions of
* the license of that module. An independent module is a module which is not
* derived from this software. The special exception does not apply to any
* modifications of the software.
*
*
* <<Broadcom-WL-IPTag/Dual:>>
*/
#ifndef _wlioctl_h_
#define _wlioctl_h_
#include <typedefs.h>
#include <ethernet.h>
#include <bcmip.h>
#include <bcmeth.h>
#include <bcmip.h>
#include <bcmipv6.h>
#include <bcmevent.h>
#include <802.11.h>
#include <802.11s.h>
#include <802.1d.h>
#include <bcmwifi_channels.h>
#ifdef WL11AX
#include <802.11ax.h>
#endif /* WL11AX */
#ifdef WL11BE
#include <802.11be.h>
#endif /* WL11BE */
#include <bcmwifi_rates.h>
#include <wlioctl_defs.h>
#include <bcmipv6.h>
#include <bcm_mpool_pub.h>
#include <bcmcdc.h>
#define SSSR_NEW_API
/* Include bcmerror.h for error codes or aliases */
#ifdef BCMUTILS_ERR_CODES
#include <bcmerror.h>
#endif /* BCMUTILS_ERR_CODES */
#include <bcmtlv.h>
#ifndef USE_LEGACY_RSPEC_DEFS
#include <bcmwifi_rspec.h>
#endif
#ifdef FTM
#include <ftm_ioctl.h>
#endif
#include <wlioctl_counters.h>
/* NOTE re: Module specific error codes.
*
* BCME_.. error codes are extended by various features - e.g. FTM, NAN, SAE etc.
* The current process is to allocate a range of 1024 negative 32 bit integers to
* each module that extends the error codes to indicate a module specific status.
*
* The next range to use is below. If that range is used for a new feature, please
* update the range to be used by the next feature.
*
* The error codes -4096 ... -5119 are reserved for firmware signing.
*
* Next available (inclusive) range: [-8*1024 + 1, -7*1024]
*
* End Note
*/
/* 11ax trigger frame format - versioning info */
#define TRIG_FRAME_FORMAT_11AX_DRAFT_1P1 0
#define TRIG_FRAME_INFO_VER2 1 // support 11AX and 11BE triggers
#define TRIGGER_FRAME_SPEC_11AX 0
#define TRIGGER_FRAME_SPEC_11BE 1
#define WL_NAN_REKEY WL_NAN_CMD_CFG_REKEY
typedef struct {
uint32 num;
chanspec_t list[BCM_FLEX_ARRAY];
} chanspec_list_t;
#define RSN_KCK_LENGTH 16
#define RSN_KEK_LENGTH 16
#define TPK_FTM_LEN 16
#ifndef INTF_NAME_SIZ
#define INTF_NAME_SIZ 16
#endif
#define WL_ASSOC_START_EVT_DATA_VERSION_1 1
typedef struct assoc_event_data {
uint32 version;
uint32 flags;
chanspec_t join_chspec;
uint16 PAD;
} assoc_event_data_t;
/**Used to send ioctls over the transport pipe */
typedef struct remote_ioctl {
cdc_ioctl_t msg;
uint32 data_len;
char intf_name[INTF_NAME_SIZ];
} rem_ioctl_t;
#define REMOTE_SIZE sizeof(rem_ioctl_t)
#define BCM_IOV_XTLV_VERSION_0 0
#define MAX_NUM_D11CORES 2
#define PHY_SAMP_TXTONE_MAX_NUM 2u
/**DFS Forced param */
typedef struct wl_dfs_forced_params {
chanspec_t chspec;
uint16 version;
chanspec_list_t chspec_list;
} wl_dfs_forced_t;
#define DFS_PREFCHANLIST_VER 0x01
#define WL_CHSPEC_LIST_FIXED_SIZE OFFSETOF(chanspec_list_t, list)
/* size of dfs forced param size given n channels are in the list */
#define WL_DFS_FORCED_PARAMS_SIZE(n) \
(sizeof(wl_dfs_forced_t) + (((n) < 1) ? (0) : (((n) - 1)* sizeof(chanspec_t))))
#define WL_DFS_FORCED_PARAMS_FIXED_SIZE \
(WL_CHSPEC_LIST_FIXED_SIZE + OFFSETOF(wl_dfs_forced_t, chspec_list))
#define WL_DFS_FORCED_PARAMS_MAX_SIZE \
WL_DFS_FORCED_PARAMS_FIXED_SIZE + (WL_NUMCHANNELS * sizeof(chanspec_t))
/**association decision information */
typedef struct {
uint8 assoc_approved; /**< (re)association approved */
uint8 PAD;
uint16 reject_reason; /**< reason code for rejecting association */
struct ether_addr da;
uint8 PAD[6];
#if defined(NDIS) && (NDISVER >= 0x0620)
LARGE_INTEGER sys_time; /**< current system time */
#else
int64 sys_time; /**< current system time */
#endif
} assoc_decision_t;
#define DFS_SCAN_S_IDLE -1
#define DFS_SCAN_S_RADAR_FREE 0
#define DFS_SCAN_S_RADAR_FOUND 1
#define DFS_SCAN_S_INPROGESS 2
#define DFS_SCAN_S_SCAN_ABORTED 3
#define DFS_SCAN_S_SCAN_MODESW_INPROGRESS 4
#define DFS_SCAN_S_MAX 5
#define ACTION_FRAME_SIZE 1800
#define WL_RAND_GAS_MAC (0x01 << 0u)
typedef struct wl_action_frame_v1 {
struct ether_addr da;
uint16 len;
uint32 packetId;
uint8 data[ACTION_FRAME_SIZE];
} wl_action_frame_v1_t;
typedef struct wl_action_frame_v2 {
uint16 version;
uint16 len_total;
uint16 data_offset;
struct ether_addr da;
uint32 packetId;
struct ether_addr rand_mac_addr;
struct ether_addr rand_mac_mask;
uint16 flags;
uint16 len_data;
uint8 data[];
} wl_action_frame_v2_t;
typedef struct ssid_info
{
uint8 ssid_len; /**< the length of SSID */
uint8 ssid[32]; /**< SSID string */
} ssid_info_t;
typedef struct wl_af_params_v1 {
uint32 channel;
int32 dwell_time;
struct ether_addr BSSID;
uint8 PAD[2];
wl_action_frame_v1_t action_frame;
} wl_af_params_v1_t;
#define WL_WIFI_ACTION_FRAME_SIZE_V1 sizeof(wl_action_frame_v1_t)
#define WL_WIFI_AF_PARAMS_SIZE_V1 sizeof(wl_af_params_v1_t)
typedef struct wl_af_params_v2 {
uint16 version;
uint16 length;
uint32 channel;
int32 dwell_time;
struct ether_addr BSSID;
uint8 PAD[2];
wl_action_frame_v2_t action_frame;
} wl_af_params_v2_t;
#define WL_WIFI_ACTION_FRAME_SIZE_V2 sizeof(wl_action_frame_v2_t)
#define WL_WIFI_AF_PARAMS_SIZE_V2 sizeof(wl_af_params_v2_t)
/* version of actframe iovar to be returned as part of wl_actframe_version structure */
#define WL_ACTFRAME_VERSION_MAJOR_2 2u
/**< current version of actframe_version structure */
#define WL_ACTFRAME_VERSION_V1 1u
/** actframe interface version */
typedef struct wl_actframe_version_v1 {
uint16 version; /**< version of the structure */
uint16 length; /**< length of the entire structure */
/* actframe interface version numbers */
uint16 actframe_ver_major; /**< actframe interface major version number */
} wl_actframe_version_v1_t;
#define MFP_TEST_FLAG_NORMAL 0
#define MFP_TEST_FLAG_ANY_KEY 1
typedef struct wl_sa_query {
uint32 flag;
uint8 action;
uint8 PAD;
uint16 id;
struct ether_addr da;
uint16 PAD;
} wl_sa_query_t;
/* EXT_STA */
/**association information */
typedef struct {
uint32 assoc_req; /**< offset to association request frame */
uint32 assoc_req_len; /**< association request frame length */
uint32 assoc_rsp; /**< offset to association response frame */
uint32 assoc_rsp_len; /**< association response frame length */
uint32 bcn; /**< offset to AP beacon */
uint32 bcn_len; /**< AP beacon length */
uint32 wsec; /**< ucast security algo */
uint32 wpaie; /**< offset to WPA ie */
uint8 auth_alg; /**< 802.11 authentication mode */
uint8 WPA_auth; /**< WPA: authenticated key management */
uint8 ewc_cap; /**< EWC (MIMO) capable */
uint8 ofdm; /**< OFDM */
} assoc_info_t;
/* defined(EXT_STA) */
/* Flags for OBSS IOVAR Parameters */
#define WL_OBSS_DYN_BWSW_FLAG_ACTIVITY_PERIOD (0x01)
#define WL_OBSS_DYN_BWSW_FLAG_NOACTIVITY_PERIOD (0x02)
#define WL_OBSS_DYN_BWSW_FLAG_NOACTIVITY_INCR_PERIOD (0x04)
#define WL_OBSS_DYN_BWSW_FLAG_PSEUDO_SENSE_PERIOD (0x08)
#define WL_OBSS_DYN_BWSW_FLAG_RX_CRS_PERIOD (0x10)
#define WL_OBSS_DYN_BWSW_FLAG_DUR_THRESHOLD (0x20)
#define WL_OBSS_DYN_BWSW_FLAG_TXOP_PERIOD (0x40)
/* OBSS IOVAR Version information */
#define WL_PROT_OBSS_CONFIG_PARAMS_VERSION_1 1
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint8 obss_bwsw_activity_cfm_count_cfg; /**< configurable count in
* seconds before we confirm that OBSS is present and
* dynamically activate dynamic bwswitch.
*/
uint8 obss_bwsw_no_activity_cfm_count_cfg; /**< configurable count in
* seconds before we confirm that OBSS is GONE and
* dynamically start pseudo upgrade. If in pseudo sense time, we
* will see OBSS, [means that, we false detected that OBSS-is-gone
* in watchdog] this count will be incremented in steps of
* obss_bwsw_no_activity_cfm_count_incr_cfg for confirming OBSS
* detection again. Note that, at present, max 30seconds is
* allowed like this. [OBSS_BWSW_NO_ACTIVITY_MAX_INCR_DEFAULT]
*/
uint8 obss_bwsw_no_activity_cfm_count_incr_cfg; /* see above
*/
uint16 obss_bwsw_pseudo_sense_count_cfg; /**< number of msecs/cnt to be in
* pseudo state. This is used to sense/measure the stats from lq.
*/
uint8 obss_bwsw_rx_crs_threshold_cfg; /**< RX CRS default threshold */
uint8 obss_bwsw_dur_thres; /**< OBSS dyn bwsw trigger/RX CRS Sec */
uint8 obss_bwsw_txop_threshold_cfg; /**< TXOP default threshold */
} BWL_POST_PACKED_STRUCT wlc_obss_dynbwsw_config_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 version; /**< version field */
uint32 config_mask;
uint32 reset_mask;
wlc_obss_dynbwsw_config_t config_params;
} BWL_POST_PACKED_STRUCT obss_config_params_t;
#include <packed_section_end.h>
/**bsscfg type */
typedef enum bsscfg_type {
BSSCFG_TYPE_GENERIC = 0, /**< Generic AP/STA/IBSS BSS */
BSSCFG_TYPE_P2P = 1, /**< P2P BSS */
/* index 2 earlier used for BTAMP */
BSSCFG_TYPE_PSTA = 3,
BSSCFG_TYPE_TDLS = 4,
BSSCFG_TYPE_SLOTTED_BSS = 5,
BSSCFG_TYPE_PROXD = 6,
BSSCFG_TYPE_NAN = 7,
BSSCFG_TYPE_MESH = 8,
BSSCFG_TYPE_AIBSS = 9
} bsscfg_type_t;
/* bsscfg subtype */
typedef enum bsscfg_subtype {
BSSCFG_SUBTYPE_NONE = 0,
BSSCFG_GENERIC_STA = 1, /* GENERIC */
BSSCFG_GENERIC_AP = 2,
BSSCFG_GENERIC_IBSS = 6,
BSSCFG_SUBTYPE_P2P_GC = 3, /* P2P */
BSSCFG_SUBTYPE_P2P_GO = 4,
BSSCFG_SUBTYPE_P2P_DISC = 5,
/* Remove the next 3 P2P subtypes in the future */
BSSCFG_P2P_GC = BSSCFG_SUBTYPE_P2P_GC, /* to be removed */
BSSCFG_P2P_GO = BSSCFG_SUBTYPE_P2P_GO, /* to be removed */
BSSCFG_P2P_DISC = BSSCFG_SUBTYPE_P2P_DISC, /* to be removed */
/* Index 7 & 8 earlier used for BTAMP */
BSSCFG_SUBTYPE_AWDL = 9, /* SLOTTED_BSS_TYPE */
BSSCFG_SUBTYPE_NAN_MGMT = 10,
BSSCFG_SUBTYPE_NAN_DATA = 11,
BSSCFG_SUBTYPE_NAN_MGMT_DATA = 12
} bsscfg_subtype_t;
typedef struct wlc_bsscfg_info {
uint32 type;
uint32 subtype;
} wlc_bsscfg_info_t;
/* ULP SHM Offsets info */
typedef struct ulp_shm_info {
uint32 m_ulp_ctrl_sdio;
uint32 m_ulp_wakeevt_ind;
uint32 m_ulp_wakeind;
} ulp_shm_info_t;
/* Note: Due to unpredictable size, bool type should not be used in any ioctl argument structure
* Cf PR53622
*/
#define WL_BSS_INFO_VER_109 109
#define WL_BSS_INFO_VER_114 114
#define WL_BSS_INFO_VER_115 115
/**
* BSS info structure
* Applications MUST CHECK ie_offset field and length field to access IEs and
* next bss_info structure in a vector (in wl_scan_results_t)
*/
typedef struct wl_bss_info {
uint32 version; /**< version field */
uint32 length; /**< byte length of data in this record,
* starting at version and including IEs
*/
struct ether_addr BSSID;
uint16 beacon_period; /**< units are Kusec */
uint16 capability; /**< Capability information */
uint8 SSID_len;
uint8 SSID[32];
uint8 bcnflags; /* additional flags w.r.t. beacon */
struct {
uint32 count; /**< # rates in this set */
uint8 rates[16]; /**< rates in 500kbps units w/hi bit set if basic */
} rateset; /**< supported rates */
chanspec_t chanspec; /**< chanspec for bss */
uint16 atim_window; /**< units are Kusec */
uint8 dtim_period; /**< DTIM period */
uint8 accessnet; /* from beacon interwork IE (if bcnflags) */
int16 RSSI; /**< receive signal strength (in dBm) */
int8 phy_noise; /**< noise (in dBm) */
uint8 n_cap; /**< BSS is 802.11N Capable */
uint8 freespace1; /* make implicit padding explicit */
uint8 load; /**< BSS Load (channel utilization of BSSLoad IE) */
uint32 nbss_cap; /**< 802.11N+AC BSS Capabilities */
uint8 ctl_ch; /**< 802.11N BSS control channel number */
uint8 PAD[3]; /**< explicit struct alignment padding */
uint16 vht_rxmcsmap; /**< VHT rx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint16 vht_txmcsmap; /**< VHT tx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint8 flags; /**< flags */
uint8 vht_cap; /**< BSS is vht capable */
uint8 flags2; /**< extended flags */
uint8 reserved; /**< Reserved for expansion of BSS properties */
uint8 basic_mcs[MCSSET_LEN]; /**< 802.11N BSS required MCS set */
uint16 ie_offset; /**< offset at which IEs start, from beginning */
uint16 freespace2; /* making implicit padding explicit */
uint32 ie_length; /**< byte length of Information Elements */
int16 SNR; /**< average SNR of during frame reception */
uint16 vht_mcsmap; /**< STA's Associated vhtmcsmap */
uint16 vht_mcsmap_prop; /**< STA's Associated prop vhtmcsmap */
uint16 vht_txmcsmap_prop; /**< prop VHT tx mcs prop */
} wl_bss_info_v109_t;
/**
* BSS info structure
* Applications MUST CHECK ie_offset field and length field to access IEs and
* next bss_info structure in a vector (in wl_scan_results_t)
*/
typedef struct wl_bss_info_v109_1 {
uint32 version; /**< version field */
uint32 length; /**< byte length of data in this record,
* starting at version and including IEs
*/
struct ether_addr BSSID;
uint16 beacon_period; /**< units are Kusec */
uint16 capability; /**< Capability information */
uint8 SSID_len;
uint8 SSID[32];
uint8 bcnflags; /* additional flags w.r.t. beacon */
struct {
uint32 count; /**< # rates in this set */
uint8 rates[16]; /**< rates in 500kbps units w/hi bit set if basic */
} rateset; /**< supported rates */
chanspec_t chanspec; /**< chanspec for bss */
uint16 atim_window; /**< units are Kusec */
uint8 dtim_period; /**< DTIM period */
uint8 accessnet; /* from beacon interwork IE (if bcnflags) */
int16 RSSI; /**< receive signal strength (in dBm) */
int8 phy_noise; /**< noise (in dBm) */
uint8 n_cap; /**< BSS is 802.11N Capable */
uint8 he_cap; /**< BSS is he capable */
uint8 load; /**< BSS Load (channel utilization of BSSLoad IE) */
uint32 nbss_cap; /**< 802.11N+AC BSS Capabilities */
uint8 ctl_ch; /**< 802.11N BSS control channel number */
uint8 PAD[3]; /**< explicit struct alignment padding */
uint16 vht_rxmcsmap; /**< VHT rx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint16 vht_txmcsmap; /**< VHT tx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint8 flags; /**< flags */
uint8 vht_cap; /**< BSS is vht capable */
uint8 flags2; /**< extended flags */
uint8 reserved; /**< Reserved for expansion of BSS properties */
uint8 basic_mcs[MCSSET_LEN]; /**< 802.11N BSS required MCS set */
uint16 ie_offset; /**< offset at which IEs start, from beginning */
uint16 freespace2; /* making implicit padding explicit */
uint32 ie_length; /**< byte length of Information Elements */
int16 SNR; /**< average SNR of during frame reception */
uint16 vht_mcsmap; /**< STA's Associated vhtmcsmap */
uint16 vht_mcsmap_prop; /**< STA's Associated prop vhtmcsmap */
uint16 vht_txmcsmap_prop; /**< prop VHT tx mcs prop */
uint32 he_mcsmap; /**< STA's Associated hemcsmap */
uint32 he_rxmcsmap; /**< HE rx mcs map (802.11ax IE, HE_CAP_MCS_MAP_*) */
uint32 he_txmcsmap; /**< HE tx mcs map (802.11ax IE, HE_CAP_MCS_MAP_*) */
} wl_bss_info_v109_1_t;
/**
* BSS info structure
* Applications MUST CHECK ie_offset field and length field to access IEs and
* next bss_info structure in a vector (in wl_scan_results_t)
*/
typedef struct wl_bss_info_v109_2 {
uint32 version; /**< version field */
uint32 length; /**< byte length of data in this record,
* starting at version and including IEs
*/
struct ether_addr BSSID;
uint16 beacon_period; /**< units are Kusec */
uint16 capability; /**< Capability information */
uint8 SSID_len;
uint8 SSID[32];
uint8 bcnflags; /* additional flags w.r.t. beacon */
struct {
uint32 count; /**< # rates in this set */
uint8 rates[16]; /**< rates in 500kbps units w/hi bit set if basic */
} rateset; /**< supported rates */
chanspec_t chanspec; /**< chanspec for bss */
uint16 atim_window; /**< units are Kusec */
uint8 dtim_period; /**< DTIM period */
uint8 accessnet; /* from beacon interwork IE (if bcnflags) */
int16 RSSI; /**< receive signal strength (in dBm) */
int8 phy_noise; /**< noise (in dBm) */
uint8 n_cap; /**< BSS is 802.11N Capable */
uint8 he_cap; /**< BSS is he capable */
uint8 load; /**< BSS Load (channel utilization of BSSLoad IE) */
uint32 nbss_cap; /**< 802.11N+AC BSS Capabilities */
uint8 ctl_ch; /**< 802.11N BSS control channel number */
uint8 RSVD1[3];
uint16 vht_rxmcsmap; /**< VHT rx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint16 vht_txmcsmap; /**< VHT tx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint8 flags; /**< flags */
uint8 vht_cap; /**< BSS is vht capable */
uint8 flags2; /**< extended flags */
uint8 RSVD2;
uint8 basic_mcs[MCSSET_LEN]; /**< 802.11N BSS required MCS set */
uint16 ie_offset; /**< offset at which IEs start, from beginning */
uint16 freespace2; /* making implicit padding explicit */
uint32 ie_length; /**< byte length of Information Elements */
int16 SNR; /**< average SNR of during frame reception */
uint16 vht_mcsmap; /**< STA's Associated vhtmcsmap */
uint16 vht_mcsmap_prop; /**< STA's Associated prop vhtmcsmap */
uint16 vht_txmcsmap_prop; /**< prop VHT tx mcs prop */
uint32 he_mcsmap; /**< STA's Associated hemcsmap */
uint32 he_rxmcsmap; /**< HE rx mcs map (802.11ax IE, HE_CAP_MCS_MAP_*) */
uint32 he_txmcsmap; /**< HE tx mcs map (802.11ax IE, HE_CAP_MCS_MAP_*) */
uint32 timestamp[2]; /* Beacon Timestamp for FAKEAP req */
} wl_bss_info_v109_2_t;
/**
* BSS info structure
* Applications MUST CHECK ie_offset field and length field to access IEs and
* next bss_info structure in a vector (in wl_scan_results_t)
*/
typedef struct wl_bss_info_v112 {
uint32 version; /**< version field */
uint32 length; /**< byte length of data in this record,
* starting at version and including IEs
*/
struct ether_addr BSSID;
uint16 beacon_period; /**< units are Kusec */
uint16 capability; /**< Capability information */
uint8 SSID_len;
uint8 SSID[32]; /* values can be short ssid or ssid indicates
* in flags2 WL_BSS2_FLAGS_SHORT_SSID
*/
uint8 bcnflags; /* additional flags w.r.t. beacon */
struct {
uint32 count; /**< # rates in this set */
uint8 rates[16]; /**< rates in 500kbps units w/hi bit set if basic */
} rateset; /**< supported rates */
chanspec_t chanspec; /**< chanspec for bss */
uint16 atim_window; /**< units are Kusec */
uint8 dtim_period; /**< DTIM period */
uint8 accessnet; /* from beacon interwork IE (if bcnflags) */
int16 RSSI; /**< receive signal strength (in dBm) */
int8 phy_noise; /**< noise (in dBm) */
uint8 n_cap; /**< BSS is 802.11N Capable */
uint8 he_cap; /**< BSS is he capable */
uint8 load; /**< BSS Load (channel utilization of BSSLoad IE) */
uint32 nbss_cap; /**< 802.11N+AC BSS Capabilities */
uint8 ctl_ch; /**< 802.11N BSS control channel number */
uint8 RSVD1[3];
uint16 vht_rxmcsmap; /**< VHT rx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint16 vht_txmcsmap; /**< VHT tx mcs map (802.11ac IE, VHT_CAP_MCS_MAP_*) */
uint8 flags; /**< flags */
uint8 vht_cap; /**< BSS is vht capable */
uint8 flags2; /**< extended flags */
uint8 RSVD2;
uint8 basic_mcs[MCSSET_LEN]; /**< 802.11N BSS required MCS set */
uint16 ie_offset; /**< offset at which IEs start, from beginning */
uint16 freespace2; /* making implicit padding explicit */
uint32 ie_length; /**< byte length of Information Elements */
int16 SNR; /**< average SNR of during frame reception */
uint16 vht_mcsmap; /**< STA's Associated vhtmcsmap */
uint16 vht_mcsmap_prop; /**< STA's Associated prop vhtmcsmap */
uint16 vht_txmcsmap_prop; /**< prop VHT tx mcs prop */
uint32 he_mcsmap; /**< STA's Associated hemcsmap */
uint32 he_rxmcsmap; /**< HE rx mcs map (802.11ax IE, HE_CAP_MCS_MAP_*) */
uint32 he_txmcsmap; /**< HE tx mcs map (802.11ax IE, HE_CAP_MCS_MAP_*) */
uint32 timestamp[2]; /* Beacon Timestamp for FAKEAP req */
uint8 pad1[20];
} wl_bss_info_v112_t;
/* EHT-MCS Map for the current operating channel width.
*
* The map consists of two parts:
*
* 1. EHT-MCS Map subfield defined in IEEE P802.11be D1.2 EHT-MCS Map (20MHz-Only Non-AP STA)
* for mcs 0 - 13
* 2. EHT-MCS Bitmap defined in this file for mcs 14 & 15 (See WL_EHT_MCS_BMP_MCS_x_POS)
*/
typedef struct wl_eht_mcsmap {
uint8 mcs_0_13[4]; /* mcs 0 - 13 mcsmap */
uint8 mcs_14_15[1]; /* mcs 14 & 15 bitmap */
} wl_eht_mcsmap_t;
/* EHT mcs 14 & 15 bit positions */
#define WL_EHT_MCS_BMP_MCS_14_POS 0u
#define WL_EHT_MCS_BMP_MCS_15_POS 1u
/* EHT mcs 14 & 15 field width */
#define WL_EHT_MCS_BMP_MCS_SZ 1u /* 1 bit per mcs */
/**
* BSS info structure
* Applications MUST CHECK ie_offset field and length field to access IEs and
* next bss_info structure in a vector (in wl_scan_results_t)
*/
typedef struct wl_bss_info_v114 {
uint32 version; /**< version field */
uint32 length; /**< byte length of data in this record,
* starting at version and including IEs
*/
struct ether_addr BSSID;
uint16 beacon_period; /**< units are Kusec */
uint16 capability; /**< Capability information */
uint8 SSID_len;
uint8 SSID[32]; /* values can be short ssid or ssid indicates
* in flags2 WL_BSS2_FLAGS_SHORT_SSID
*/
uint8 bcnflags; /* additional flags w.r.t. beacon */
struct {
uint32 count; /**< # rates in this set */
uint8 rates[16]; /**< rates in 500kbps units w/hi bit set if basic */
} rateset; /**< supported rates */
chanspec_t chanspec; /**< chanspec for bss */
uint16 atim_window; /**< units are Kusec */
uint8 dtim_period; /**< DTIM period */
uint8 accessnet; /* from beacon interwork IE (if bcnflags) */
int16 RSSI; /**< receive signal strength (in dBm) */
int8 phy_noise; /**< noise (in dBm) */
uint8 n_cap; /**< BSS is 802.11N Capable */
uint8 he_cap; /**< BSS is he capable */
uint8 load; /**< BSS Load (channel utilization of BSSLoad IE) */
uint32 nbss_cap; /**< 802.11N+AC BSS Capabilities */
uint8 ctl_ch; /**< 802.11N BSS control channel number */
uint8 RSVD1[3];
uint16 vht_rxmcsmap; /**< VHT rx mcs map (802.11ac) */
uint16 vht_txmcsmap; /**< VHT tx mcs map (802.11ac) */
uint8 flags; /**< flags */
uint8 vht_cap; /**< BSS is vht capable */
uint8 flags2; /**< extended flags */
uint8 RSVD2[1];
uint8 basic_mcs[MCSSET_LEN]; /**< 802.11N BSS required MCS set */
uint16 ie_offset; /**< offset at which IEs start, from beginning */
uint8 RSVD3[2]; /* making implicit padding explicit */
uint32 ie_length; /**< byte length of Information Elements */
int16 SNR; /**< average SNR of during frame reception */
uint16 vht_mcsmap; /**< STA's Associated vhtmcsmap */
uint16 vht_mcsmap_prop; /**< STA's Associated prop vhtmcsmap */
uint16 vht_txmcsmap_prop; /**< prop VHT tx mcs prop */
uint32 he_mcsmap; /**< STA's Associated hemcsmap */
uint32 he_rxmcsmap; /**< HE rx mcs map (802.11ax) */
uint32 he_txmcsmap; /**< HE tx mcs map (802.11ax) */
uint32 timestamp[2]; /* Beacon Timestamp for FAKEAP req */
uint8 eht_cap; /* BSS is EHT capable */
uint8 RSVD4[1];
wl_eht_mcsmap_t eht_mcsmap_sta; /* EHT-MCS Map for the STA in associated state */
wl_eht_mcsmap_t eht_mcsmap; /* EHT-MCS Map for the BSS operating chan width */
} wl_bss_info_v114_t;
/**
* BSS info structure
* Applications MUST CHECK ie_offset field and length field to access IEs and
* next bss_info structure in a vector (in wl_scan_results_t)
*/
typedef struct wl_bss_info_v115 {
uint32 version; /**< version field */
uint32 length; /**< byte length of data in this record,
* starting at version and including IEs
*/
struct ether_addr BSSID;
uint16 beacon_period; /**< units are Kusec */
uint16 capability; /**< Capability information */
uint8 SSID_len;
uint8 SSID[32]; /* values can be short ssid or ssid indicates
* in flags2 WL_BSS2_FLAGS_SHORT_SSID
*/
uint8 bcnflags; /* additional flags w.r.t. beacon */
struct {
uint32 count; /**< # rates in this set */
uint8 rates[16]; /**< rates in 500kbps units w/hi bit set if basic */
} rateset; /**< supported rates */
chanspec_t chanspec; /**< chanspec for bss */
uint16 atim_window; /**< units are Kusec */
uint8 dtim_period; /**< DTIM period */
uint8 accessnet; /* from beacon interwork IE (if bcnflags) */
int16 RSSI; /**< receive signal strength (in dBm) */
int8 phy_noise; /**< noise (in dBm) */
uint8 n_cap; /**< BSS is 802.11N Capable */
uint8 he_cap; /**< BSS is he capable */
uint8 load; /**< BSS Load (channel utilization of BSSLoad IE) */
uint32 nbss_cap; /**< 802.11N+AC BSS Capabilities */
uint8 ctl_ch; /**< 802.11N BSS control channel number */
uint8 RSVD1[3];
uint16 vht_rxmcsmap; /**< VHT rx mcs map (802.11ac) */
uint16 vht_txmcsmap; /**< VHT tx mcs map (802.11ac) */
uint8 flags; /**< flags */
uint8 vht_cap; /**< BSS is vht capable */
uint8 flags2; /**< extended flags */
uint8 RSVD2[1];
uint8 basic_mcs[MCSSET_LEN]; /**< 802.11N BSS required MCS set */
uint16 ie_offset; /**< offset at which IEs start, from beginning */
uint8 RSVD3[2]; /* making implicit padding explicit */
uint32 ie_length; /**< byte length of Information Elements */
int16 SNR; /**< average SNR of during frame reception */
uint16 vht_mcsmap; /**< STA's Associated vhtmcsmap */
uint16 vht_mcsmap_prop; /**< STA's Associated prop vhtmcsmap */
uint16 vht_txmcsmap_prop; /**< prop VHT tx mcs prop */
uint32 he_mcsmap; /**< STA's Associated hemcsmap */
uint32 he_rxmcsmap; /**< HE rx mcs map (802.11ax) */
uint32 he_txmcsmap; /**< HE tx mcs map (802.11ax) */
uint32 timestamp[2]; /* Beacon Timestamp for FAKEAP req */
uint8 eht_cap; /* BSS is EHT capable */
uint8 RSVD4[1];
wl_eht_mcsmap_t eht_mcsmap_sta; /* EHT-MCS Map for the STA in associated state */
wl_eht_mcsmap_t eht_mcsmap; /* EHT-MCS Map for the BSS operating chan width */
struct ether_addr mld_addr; /* AP MLD address */
uint8 RSVD5[2];
} wl_bss_info_v115_t;
/**
* BSS info structure
* Applications MUST CHECK ie_offset field and length field to access IEs and
* next bss_info structure in a vector (in wl_scan_results_t)
*/
typedef struct wl_bss_info_v116 {
uint32 version; /**< version field */
uint32 length; /**< byte length of data in this record,
* starting at version and including IEs
*/
struct ether_addr BSSID;
uint16 beacon_period; /**< units are Kusec */
uint16 capability; /**< Capability information */
uint8 SSID_len;
uint8 SSID[32]; /* values can be short ssid or ssid indicates
* in flags2 WL_BSS2_FLAGS_SHORT_SSID
*/
uint8 bcnflags; /* additional flags w.r.t. beacon */
struct {
uint32 count; /**< # rates in this set */
uint8 rates[16]; /**< rates in 500kbps units w/hi bit set if basic */
} rateset; /**< supported rates */
chanspec_t chanspec; /**< chanspec for bss */
uint16 atim_window; /**< units are Kusec */
uint8 dtim_period; /**< DTIM period */
uint8 accessnet; /* from beacon interwork IE (if bcnflags) */
int16 RSSI; /**< receive signal strength (in dBm) */
int8 phy_noise; /**< noise (in dBm) */
uint8 n_cap; /**< BSS is 802.11N Capable */
uint8 he_cap; /**< BSS is he capable */
uint8 load; /**< BSS Load (channel utilization of BSSLoad IE) */
uint32 nbss_cap; /**< 802.11N+AC BSS Capabilities */
uint8 ctl_ch; /**< 802.11N BSS control channel number */
uint8 RSVD1[3];
uint16 vht_rxmcsmap; /**< VHT rx mcs map (802.11ac) */
uint16 vht_txmcsmap; /**< VHT tx mcs map (802.11ac) */
uint8 flags; /**< flags */
uint8 vht_cap; /**< BSS is vht capable */
uint8 flags2; /**< extended flags */
uint8 reginfo6g; /**< regulatory info of 6GHz BSS */
uint8 basic_mcs[MCSSET_LEN]; /**< 802.11N BSS required MCS set */
uint16 ie_offset; /**< offset at which IEs start, from beginning */
uint8 RSVD3[2]; /* making implicit padding explicit */
uint32 ie_length; /**< byte length of Information Elements */
int16 SNR; /**< average SNR of during frame reception */
uint16 vht_mcsmap; /**< STA's Associated vhtmcsmap */
uint16 vht_mcsmap_prop; /**< STA's Associated prop vhtmcsmap */
uint16 vht_txmcsmap_prop; /**< prop VHT tx mcs prop */
uint32 he_mcsmap; /**< STA's Associated hemcsmap */
uint32 he_rxmcsmap; /**< HE rx mcs map (802.11ax) */
uint32 he_txmcsmap; /**< HE tx mcs map (802.11ax) */
uint32 timestamp[2]; /* Beacon Timestamp for FAKEAP req */
uint8 eht_cap; /* BSS is EHT capable */
uint8 RSVD4[1];
wl_eht_mcsmap_t eht_mcsmap_sta; /* EHT-MCS Map for the STA in associated state */
wl_eht_mcsmap_t eht_mcsmap; /* EHT-MCS Map for the BSS operating chan width */
struct ether_addr mld_addr; /* AP MLD address */
uint8 RSVD5[2];
} wl_bss_info_v116_t;
#define WL_GSCAN_FULL_RESULT_VERSION 2 /* current version of wl_gscan_result_t struct */
typedef struct wl_gscan_bss_info_v2 {
uint32 timestamp[2];
wl_bss_info_v109_t info;
/* Do not add any more members below, fixed */
/* and variable length Information Elements to follow */
} wl_gscan_bss_info_v2_t;
typedef struct wl_gscan_bss_info_v3 {
uint32 timestamp[2];
uint8 info[]; /* var length wl_bss_info_X structures */
/* Do not add any more members below, fixed */
/* and variable length Information Elements to follow */
} wl_gscan_bss_info_v3_t;
typedef struct wl_bsscfg {
uint32 bsscfg_idx;
uint32 wsec;
uint32 WPA_auth;
uint32 wsec_index;
uint32 associated;
uint32 BSS;
uint32 phytest_on;
struct ether_addr prev_BSSID;
struct ether_addr BSSID;
uint32 targetbss_wpa2_flags;
uint32 assoc_type;
uint32 assoc_state;
} wl_bsscfg_t;
typedef struct wl_if_add {
uint32 bsscfg_flags;
uint32 if_flags;
uint32 ap;
struct ether_addr mac_addr;
uint16 PAD;
uint32 wlc_index;
} wl_if_add_t;
typedef struct wl_bss_config {
uint32 atim_window;
uint32 beacon_period;
uint32 chanspec;
} wl_bss_config_t;
/* Number of Bsscolor supported per core */
#ifndef HE_MAX_BSSCOLOR_RES
#define HE_MAX_BSSCOLOR_RES 2
#endif
#ifndef HE_MAX_STAID_PER_BSSCOLOR
#define HE_MAX_STAID_PER_BSSCOLOR 4
#endif
/* BSSColor indices */
#define BSSCOLOR0_IDX 0
#define BSSCOLOR1_IDX 1
#define HE_BSSCOLOR0 0
#define HE_BSSCOLOR_MAX_VAL 63
/* STAID indices */
#define STAID0_IDX 0
#define STAID1_IDX 1
#define STAID2_IDX 2
#define STAID3_IDX 3
#define HE_STAID_MAX_VAL 0x07FF
#define HE_BSSCOLOR_EMLSR_LINKID_VALID 0x80
#define HE_BSSCOLOR_EMLSR_LINKID_MASK 0x7F
typedef struct wl_bsscolor_info {
uint16 version; /**< structure version */
uint16 length; /**< length of the bsscolor info */
uint8 bsscolor_index; /**< bsscolor index 0-1 */
uint8 bsscolor; /**<bsscolor value from 0 to 63 */
uint8 partial_bsscolor_ind;
uint8 disable_bsscolor_ind; /**< To disable particular bsscolor */
/* bsscolor_disable to be added as part of D1.0 */
uint16 staid_info[HE_MAX_STAID_PER_BSSCOLOR]; /**< 0-3 staid info of each bsscolor */
uint8 emlsr_linkid; /**<emlsr linkid of the cfg */
uint8 PAD[3];
} wl_bsscolor_info_t;
#define WL_BSS_USER_RADAR_CHAN_SELECT 0x1 /**< User application will randomly select
* radar channel.
*/
#define DLOAD_HANDLER_VER 1 /**< Downloader version */
#define DLOAD_FLAG_VER_MASK 0xf000 /**< Downloader version mask */
#define DLOAD_FLAG_VER_SHIFT 12 /**< Downloader version shift */
#define DL_CRC_NOT_INUSE 0x0001u
#define DL_BEGIN 0x0002u /* First BLOB fragment */
#define DL_END 0x0004u /* Last BLOB fragment */
#define DL_FORCE 0x0008u /* Force download */
/* Flags for Major/Minor/Date number shift and mask */
#define EPI_VER_SHIFT 16
#define EPI_VER_MASK 0xFFFF
/** generic download types & flags */
enum {
DL_TYPE_UCODE = 1,
DL_TYPE_CLM = 2,
DL_TYPE_DRRBLOB = 3
};
/** ucode type values */
enum {
UCODE_FW,
INIT_VALS,
BS_INIT_VALS
};
struct wl_dload_data {
uint16 flag;
uint16 dload_type;
uint32 len;
uint32 crc;
uint8 data[BCM_FLEX_ARRAY];
};
typedef struct wl_dload_data wl_dload_data_t;
struct wl_ucode_info {
uint32 ucode_type;
uint32 num_chunks;
uint32 chunk_len;
uint32 chunk_num;
uint8 data_chunk[BCM_FLEX_ARRAY];
};
typedef struct wl_ucode_info wl_ucode_info_t;
struct wl_clm_dload_info {
uint32 ds_id;
uint32 clm_total_len;
uint32 num_chunks;
uint32 chunk_len;
uint32 chunk_offset;
uint8 data_chunk[BCM_FLEX_ARRAY];
};
typedef struct wl_clm_dload_info wl_clm_dload_info_t;
/* Max size for MSF fw version field */
#define WL_MSFVER_MAX_FW_VERSION_LEN (64u)
/* Indication for an undefined MSF calibration content version */
#define WL_MSFVER_UNDEFINED (0xFFFFFFFFu)
typedef struct wl_msf_ver_s {
char fw_ver[WL_MSFVER_MAX_FW_VERSION_LEN]; /* FW Version */
uint32 main_rx_ver; /* Main core Rx MSF content version */
uint32 main_tx_ver; /* Main core Tx MSF content version */
uint32 aux_rx_ver; /* Aux core Rx MSF content version */
uint32 aux_tx_ver; /* Aux core Tx MSF content version */
uint32 scan_rx_ver; /* Scan core Rx MSF content version */
uint8 main_rx_is_generic; /* Flag - Main core Rx MSF content is generic */
uint8 main_tx_is_generic; /* Flag - Main core Tx MSF content is generic */
uint8 aux_rx_is_generic; /* Flag - Aux core Rx MSF content is generic */
uint8 aux_tx_is_generic; /* Flag - Aux core Tx MSF content is generic */
uint8 scan_rx_is_generic; /* Flag - Scan core Rx MSF content is generic */
uint8 PAD[3];
} wl_msf_ver_t;
/* CALLOAD IOVAR - uses bcm iov sub-command framework */
#define WL_CAL_IOV_MAJOR_VER_1 1
#define WL_CAL_IOV_MINOR_VER_1 1
#define WL_CAL_IOV_MAJOR_VER_SHIFT 8
#define WL_CAL_IOV_VERSION_1_1 ((WL_CAL_IOV_MAJOR_VER_1 << WL_CAL_IOV_MAJOR_VER_SHIFT) | \
WL_CAL_IOV_MINOR_VER_1)
/* CALLOAD subcommand ids */
enum wl_cal_subcmd_ids {
WL_CAL_SUBCMD_VERSION = 0u, /* Get cal iovar version */
WL_CAL_SUBCMD_LOAD = 1u, /* FW MSF calibration content version */
WL_CAL_SUBCMD_FW_VER = 2u, /* FW MSF calibration content version */
WL_CAL_SUBCMD_STATUS = 3u, /* MSF load status */
WL_CAL_SUBCMD_LAST
};
typedef struct wl_cal_status_ver_s {
uint32 status; /* calload status */
uint32 flags; /* Copy of calload flags - Mainly DL_FORCE */
wl_msf_ver_t fw_ver; /* FW MSF content versions for all cores */
wl_msf_ver_t msf_ver; /* Downloaded MSF content versions for all cores */
} wl_cal_status_ver_t;
typedef struct wlc_ssid {
uint32 SSID_len;
uint8 SSID[DOT11_MAX_SSID_LEN];
} wlc_ssid_t;
typedef struct wlc_ssid_ext {
uint8 hidden;
uint8 PAD;
uint16 flags;
uint8 SSID_len;
int8 rssi_thresh;
uint8 SSID[DOT11_MAX_SSID_LEN];
} wlc_ssid_ext_t;
#define MAX_PREFERRED_AP_NUM 5
typedef struct wlc_fastssidinfo {
uint32 SSID_channel[MAX_PREFERRED_AP_NUM];
wlc_ssid_t SSID_info[MAX_PREFERRED_AP_NUM];
} wlc_fastssidinfo_t;
typedef struct wnm_url {
uint8 len;
uint8 data[BCM_FLEX_ARRAY];
} wnm_url_t;
typedef struct chan_scandata {
uint8 txpower;
uint8 PAD;
chanspec_t channel; /**< Channel num, bw, ctrl_sb and band */
uint32 channel_mintime;
uint32 channel_maxtime;
} chan_scandata_t;
typedef enum wl_scan_type {
EXTDSCAN_FOREGROUND_SCAN,
EXTDSCAN_BACKGROUND_SCAN,
EXTDSCAN_FORCEDBACKGROUND_SCAN
} wl_scan_type_t;
#define WLC_EXTDSCAN_MAX_SSID 5
typedef struct wl_extdscan_params {
int8 nprobes; /**< 0, passive, otherwise active */
int8 split_scan; /**< split scan */
int8 band; /**< band */
int8 PAD;
wlc_ssid_t ssid[WLC_EXTDSCAN_MAX_SSID]; /**< ssid list */
uint32 tx_rate; /**< in 500ksec units */
wl_scan_type_t scan_type; /**< enum */
int32 channel_num;
chan_scandata_t channel_list[BCM_FLEX_ARRAY]; /**< list of chandata structs */
} wl_extdscan_params_t;
#define WL_EXTDSCAN_PARAMS_FIXED_SIZE (OFFSETOF(wl_extdscan_params_t, channel_list))
#define WL_SCAN_PARAMS_SSID_MAX 10
typedef struct wl_scan_params_v1 {
wlc_ssid_t ssid; /**< default: {0, ""} */
struct ether_addr bssid; /**< default: bcast */
int8 bss_type; /**< default: any,
* DOT11_BSSTYPE_ANY/INFRASTRUCTURE/INDEPENDENT
*/
uint8 scan_type; /**< flags, 0 use default */
int32 nprobes; /**< -1 use default, number of probes per channel */
int32 active_time; /**< -1 use default, dwell time per channel for
* active scanning
*/
int32 passive_time; /**< -1 use default, dwell time per channel
* for passive scanning
*/
int32 home_time; /**< -1 use default, dwell time for the home channel
* between channel scans
*/
int32 channel_num; /**< count of channels and ssids that follow
*
* low half is count of channels in channel_list, 0
* means default (use all available channels)
*
* high half is entries in wlc_ssid_t array that
* follows channel_list, aligned for int32 (4 bytes)
* meaning an odd channel count implies a 2-byte pad
* between end of channel_list and first ssid
*
* if ssid count is zero, single ssid in the fixed
* parameter portion is assumed, otherwise ssid in
* the fixed portion is ignored
*/
uint16 channel_list[BCM_FLEX_ARRAY];
} wl_scan_params_v1_t;
/** size of wl_scan_params_v1 not including variable length array */
#define WL_SCAN_PARAMS_V1_FIXED_SIZE (OFFSETOF(wl_scan_params_v1_t, channel_list))
#define WL_MAX_ROAMSCAN_V1_DATSZ \
(WL_SCAN_PARAMS_V1_FIXED_SIZE + (WL_NUMCHANNELS * sizeof(uint16)))
/* changes in wl_scan_params_v2 as comapred to wl_scan_params (v1)
* unit8 scantype to uint32
*/
typedef struct wl_scan_params_v2 {
uint16 version; /* Version of wl_scan_params, change value of
* WL_SCAN_PARAM_VERSION on version update
*/
uint16 length; /* length of structure wl_scan_params_v1_t
* without implicit pad
*/
wlc_ssid_t ssid; /**< default: {0, ""} */
struct ether_addr bssid; /**< default: bcast */
int8 bss_type; /**< default: any,
* DOT11_BSSTYPE_ANY/INFRASTRUCTURE/INDEPENDENT
*/
uint8 PAD;
uint32 scan_type; /**< flags, 0 use default, and flags specified in
* WL_SCANFLAGS_XXX
*/
int32 nprobes; /**< -1 use default, number of probes per channel */
int32 active_time; /**< -1 use default, dwell time per channel for
* active scanning
*/
int32 passive_time; /**< -1 use default, dwell time per channel
* for passive scanning
*/
int32 home_time; /**< -1 use default, dwell time for the home channel
* between channel scans
*/
int32 channel_num; /**< count of channels and ssids that follow
*
* low half is count of channels in channel_list, 0
* means default (use all available channels)
*
* high half is entries in wlc_ssid_t array that
* follows channel_list, aligned for int32 (4 bytes)
* meaning an odd channel count implies a 2-byte pad
* between end of channel_list and first ssid
*
* if ssid count is zero, single ssid in the fixed
* parameter portion is assumed, otherwise ssid in
* the fixed portion is ignored
*/
uint16 channel_list[BCM_FLEX_ARRAY];
} wl_scan_params_v2_t;
#define WL_SCAN_PARAMS_VERSION_V2 2
/** size of wl_scan_params not including variable length array */
#define WL_SCAN_PARAMS_V2_FIXED_SIZE (OFFSETOF(wl_scan_params_v2_t, channel_list))
#define WL_MAX_ROAMSCAN_V2_DATSZ \
(WL_SCAN_PARAMS_V2_FIXED_SIZE + (WL_NUMCHANNELS * sizeof(uint16)))
/* changes in wl_scan_params_v3 as comapred to wl_scan_params (v2)
* pad byte used to differentiate Short SSID and Regular SSID
*/
typedef struct wl_scan_params_v3 {
uint16 version; /* Version of wl_scan_params, change value of
* WL_SCAN_PARAM_VERSION on version update
*/
uint16 length; /* length of structure wl_scan_params_v1_t
* without implicit pad
*/
wlc_ssid_t ssid; /**< default: {0, ""} */
struct ether_addr bssid; /**< default: bcast */
int8 bss_type; /**< default: any,
* DOT11_BSSTYPE_ANY/INFRASTRUCTURE/INDEPENDENT
*/
uint8 ssid_type; /**< ssid_type_flag ,0 use default, and flags specified
* WL_SCAN_SSID_FLAGS
*/
uint32 scan_type; /**< flags, 0 use default, and flags specified in
* WL_SCANFLAGS_XXX
*/
int32 nprobes; /**< -1 use default, number of probes per channel */
int32 active_time; /**< -1 use default, dwell time per channel for
* active scanning
*/
int32 passive_time; /**< -1 use default, dwell time per channel
* for passive scanning
*/
int32 home_time; /**< -1 use default, dwell time for the home channel
* between channel scans
*/
int32 channel_num; /**< count of channels and ssids that follow
*
* low half is count of channels in channel_list, 0
* means default (use all available channels)
*
* high half is entries in wlc_ssid_t array that
* follows channel_list, aligned for int32 (4 bytes)
* meaning an odd channel count implies a 2-byte pad
* between end of channel_list and first ssid
*
* if ssid count is zero, single ssid in the fixed
* parameter portion is assumed, otherwise ssid in
* the fixed portion is ignored
*/
uint16 channel_list[]; /**< list of chanspecs */
} wl_scan_params_v3_t;
#define WL_SCAN_PARAMS_VERSION_V3 3
/** size of wl_scan_params not including variable length array */
#define WL_SCAN_PARAMS_V3_FIXED_SIZE (OFFSETOF(wl_scan_params_v3_t, channel_list))
#define WL_MAX_ROAMSCAN_V3_DATSZ \
(WL_SCAN_PARAMS_V3_FIXED_SIZE + (WL_NUMCHANNELS * sizeof(uint16)))
/* changes in wl_scan_params_v4 as comapred to wl_scan_params (v3)
* adding scan_type_ext field.
*/
typedef struct wl_scan_params_v4 {
uint16 version; /* Version of wl_scan_params, change value of
* WL_SCAN_PARAM_VERSION on version update
*/
uint16 length; /* length of structure wl_scan_params_v1_t
* without implicit pad
*/
wlc_ssid_t ssid; /**< default: {0, ""} */
struct ether_addr bssid; /**< default: bcast */
int8 bss_type; /**< default: any,
* DOT11_BSSTYPE_ANY/INFRASTRUCTURE/INDEPENDENT
*/
uint8 ssid_type; /**< ssid_type_flag ,0 use default, and flags specified
* WL_SCAN_SSID_FLAGS
*/
uint32 scan_type; /**< flags, 0 use default, and flags specified in
* WL_SCANFLAGS_XXX
*/
uint32 scan_type_ext; /**< flags, 0 use default, and flags specified in
* WL_SCANFLAGS_EXT_XXX
*/
int32 nprobes; /**< -1 use default, number of probes per channel */
int32 active_time; /**< -1 use default, dwell time per channel for
* active scanning
*/
int32 passive_time; /**< -1 use default, dwell time per channel
* for passive scanning
*/
int32 home_time; /**< -1 use default, dwell time for the home channel
* between channel scans
*/
#ifdef WL_SCAN_TX
/* This feature does not ever go into ROM.
* Therefore, the #ifdef inside this structure definition
* does not increase risk of ROM invalidation, and is OK.
*/
int32 scan_tx_cnt; /**< -1 use default, number of mgmt frames per channel */
#endif /* WL_SCAN_TX */
int32 channel_num; /**< count of channels and ssids that follow
*
* low half is count of channels in channel_list, 0
* means default (use all available channels)
*
* high half is entries in wlc_ssid_t array that
* follows channel_list, aligned for int32 (4 bytes)
* meaning an odd channel count implies a 2-byte pad
* between end of channel_list and first ssid
*
* if ssid count is zero, single ssid in the fixed
* parameter portion is assumed, otherwise ssid in
* the fixed portion is ignored
*/
uint16 channel_list[]; /**< list of chanspecs */
} wl_scan_params_v4_t;
#define WL_SCAN_PARAMS_VERSION_V4 4
/** size of wl_scan_params not including variable length array */
#define WL_SCAN_PARAMS_V4_FIXED_SIZE (OFFSETOF(wl_scan_params_v4_t, channel_list))
#define WL_MAX_ROAMSCAN_V4_DATSZ \
(WL_SCAN_PARAMS_V4_FIXED_SIZE + (WL_NUMCHANNELS * sizeof(uint16)))
#define ISCAN_REQ_VERSION_V1 1
#define ISCAN_REQ_VERSION_V2 2
/** incremental scan struct */
typedef struct wl_iscan_params_v1 {
uint32 version;
uint16 action;
uint16 scan_duration;
struct wl_scan_params_v1 params;
} wl_iscan_params_v1_t;
/** incremental scan struct */
typedef struct wl_iscan_params_v2 {
uint32 version;
uint16 action;
uint16 scan_duration;
wl_scan_params_v2_t params;
} wl_iscan_params_v2_t;
/** incremental scan struct */
typedef struct wl_iscan_params_v3 {
uint32 version;
uint16 action;
uint16 scan_duration;
wl_scan_params_v3_t params;
} wl_iscan_params_v3_t;
/** Scan parameter modification for some special case (eg. BT5G) */
#define WL_SCAN_PARAMS_MODS_V1 1u
enum wl_scan_params_mods_xtlv_ids {
WL_SPM_BT5G_NONE = 0,
WL_SPM_BT5G_ASSOC = 1,
WL_SPM_BT5G_FIRST = WL_SPM_BT5G_ASSOC,
WL_SPM_BT5G_HIPRIO = 2,
WL_SPM_BT5G_LOPRIO = 3,
WL_SPM_BT5G_LAST = WL_SPM_BT5G_LOPRIO
};
#define WL_SPM_BT5G_PRIO_CNT (WL_SPM_BT5G_LAST - WL_SPM_BT5G_FIRST + 1)
typedef struct wl_scan_params_mods {
uint16 version; /* IOVAR version */
uint16 length; /* Total XTLVs length */
uint8 spm_xtlvs[]; /* bcm_xtlv_t */
} wl_scan_params_mods_t;
/* The scan dwell time modification is in percentage.
* The existing scan parameter is multiplied with the modifier percentage and rounded up
*/
#define WL_SCAN_PARAMS_MOD(param, mod) (uint16)(((param) * (mod) + 99u) / 100u)
typedef struct wl_scan_params_mods_bt5g {
uint16 active_time_mod; /* in percentage (can be more than 100%) */
uint16 passive_time_mod; /* in percentage (can be more than 100%) */
uint16 nprobes_mod; /* in percentage (can be more than 100%) */
uint16 pad;
} wl_scan_params_mods_bt5g_t;
/** 3 fields + size of wl_scan_params, not including variable length array */
#define WL_ISCAN_PARAMS_FIXED_SIZE (OFFSETOF(wl_iscan_params_t, params) + sizeof(wlc_ssid_t))
#define WL_ISCAN_PARAMS_V2_FIXED_SIZE \
(OFFSETOF(wl_iscan_params_v2_t, params) + sizeof(wlc_ssid_t))
#define WL_ISCAN_PARAMS_V3_FIXED_SIZE \
(OFFSETOF(wl_iscan_params_v3_t, params) + sizeof(wlc_ssid_t))
typedef struct wl_scan_results_v109 {
uint32 buflen;
uint32 version;
uint32 count;
wl_bss_info_v109_t bss_info[BCM_FLEX_ARRAY];
} wl_scan_results_v109_t;
#define WL_SCAN_RESULTS_V109_FIXED_SIZE (OFFSETOF(wl_scan_results_v109_t, bss_info))
typedef struct wl_scan_results_v2 {
uint32 buflen;
uint32 version;
uint32 count;
uint8 bss_info[]; /* var length wl_bss_info_X structures */
} wl_scan_results_v2_t;
#define WL_SCAN_RESULTS_V2_FIXED_SIZE (OFFSETOF(wl_scan_results_v2_t, bss_info))
#if defined(SIMPLE_ISCAN)
/** the buf length can be WLC_IOCTL_MAXLEN (8K) to reduce iteration */
#define WLC_IW_ISCAN_MAXLEN 2048
typedef struct iscan_buf {
struct iscan_buf * next;
int8 iscan_buf[WLC_IW_ISCAN_MAXLEN];
} iscan_buf_t;
#endif /* SIMPLE_ISCAN */
#define ESCAN_REQ_VERSION_V1 1
#define ESCAN_REQ_VERSION_V2 2
#define ESCAN_REQ_VERSION_V3 3
#define ESCAN_REQ_VERSION_V4 4
typedef struct wl_escan_params_v1 {
uint32 version;
uint16 action;
uint16 sync_id;
struct wl_scan_params_v1 params;
} wl_escan_params_v1_t;
typedef struct wl_escan_params_v2 {
uint32 version;
uint16 action;
uint16 sync_id;
wl_scan_params_v2_t params;
} wl_escan_params_v2_t;
typedef struct wl_escan_params_v3 {
uint32 version;
uint16 action;
uint16 sync_id;
wl_scan_params_v3_t params;
} wl_escan_params_v3_t;
typedef struct wl_escan_params_v4 {
uint32 version;
uint16 action;
uint16 sync_id;
wl_scan_params_v4_t params;
} wl_escan_params_v4_t;
#define WL_ESCAN_PARAMS_V1_FIXED_SIZE (OFFSETOF(wl_escan_params_v1_t, params) + sizeof(wlc_ssid_t))
#define WL_ESCAN_PARAMS_V2_FIXED_SIZE (OFFSETOF(wl_escan_params_v2_t, params) + sizeof(wlc_ssid_t))
#define WL_ESCAN_PARAMS_V3_FIXED_SIZE (OFFSETOF(wl_escan_params_v3_t, params) + sizeof(wlc_ssid_t))
#define WL_ESCAN_PARAMS_V4_FIXED_SIZE (OFFSETOF(wl_escan_params_v4_t, params) + sizeof(wlc_ssid_t))
/** event scan reduces amount of SOC memory needed to store scan results */
typedef struct wl_escan_result_v109 {
uint32 buflen;
uint32 version;
uint16 sync_id;
uint16 bss_count;
wl_bss_info_v109_t bss_info[BCM_FLEX_ARRAY];
} wl_escan_result_v109_t;
#define WL_ESCAN_RESULTS_V109_FIXED_SIZE (OFFSETOF(wl_escan_result_v109_t, bss_info))
/** event scan reduces amount of SOC memory needed to store scan results */
typedef struct wl_escan_result_v2 {
uint32 buflen;
uint32 version;
uint16 sync_id;
uint16 bss_count;
uint8 bss_info[]; /* var length wl_bss_info_X structures */
} wl_escan_result_v2_t;
#define WL_ESCAN_RESULTS_V2_FIXED_SIZE (OFFSETOF(wl_escan_result_v2_t, bss_info))
typedef struct wl_gscan_result_v2 {
uint32 buflen;
uint32 version;
uint32 scan_ch_bucket;
wl_gscan_bss_info_v2_t bss_info[BCM_FLEX_ARRAY];
} wl_gscan_result_v2_t;
typedef struct wl_gscan_result_v2_1 {
uint32 buflen;
uint32 version;
uint32 scan_ch_bucket;
uint8 bss_info[]; /* var length wl_bss_info_X structures */
} wl_gscan_result_v2_1_t;
/** incremental scan results struct */
typedef struct wl_iscan_results {
uint32 status;
wl_scan_results_v109_t results;
} wl_iscan_results_v109_t;
/** incremental scan results struct */
typedef struct wl_iscan_results_v2 {
uint32 status;
wl_scan_results_v2_t results;
} wl_iscan_results_v2_t;
typedef struct wl_probe_params {
wlc_ssid_t ssid;
struct ether_addr bssid;
struct ether_addr mac;
} wl_probe_params_t;
#define WL_MAXRATES_IN_SET 16 /**< max # of rates in a rateset */
typedef struct wl_rateset {
uint32 count; /**< # rates in this set */
uint8 rates[WL_MAXRATES_IN_SET]; /**< rates in 500kbps units w/hi bit set if basic */
} wl_rateset_t;
#define WL_VHT_CAP_MCS_MAP_NSS_MAX 8
typedef struct wl_rateset_args_v1 {
uint32 count; /**< # rates in this set */
uint8 rates[WL_MAXRATES_IN_SET]; /**< rates in 500kbps units w/hi bit set if basic */
uint8 mcs[MCSSET_LEN]; /**< supported mcs index bit map */
uint16 vht_mcs[WL_VHT_CAP_MCS_MAP_NSS_MAX]; /**< supported mcs index bit map per nss */
} wl_rateset_args_v1_t;
#define RATESET_ARGS_V1 (1)
#define RATESET_ARGS_V2 (2)
#define RATESET_ARGS_V3 (3)
/* RATESET_VERSION_ENABLED is defined in wl.mk post J branch.
* Guidelines to use wl_rateset_args_t:
* [a] in wlioctl.h: Add macro RATESET_ARGS_VX where X is the new version number.
* [b] in wlioctl.h: Add a new structure with wl_rateset_args_vX_t
* [c] in wlu.c app: Add support to parse new structure under RATESET_ARGS_VX
* [d] in wlc_types.h: in respective branch and trunk: redefine wl_rateset_args_t with
* new wl_rateset_args_vX_t
*/
/* Note: dependent structures: sta_info_vX_t. When any update to this structure happens,
* update sta_info_vX_t also.
*/
#define WL_HE_CAP_MCS_MAP_NSS_MAX 8
typedef struct wl_rateset_args_v2 {
uint16 version; /**< version. */
uint16 len; /**< length */
uint32 count; /**< # rates in this set */
uint8 rates[WL_MAXRATES_IN_SET]; /**< rates in 500kbps units w/hi bit set if basic */
uint8 mcs[MCSSET_LEN]; /**< supported mcs index bit map */
uint16 vht_mcs[WL_VHT_CAP_MCS_MAP_NSS_MAX]; /**< supported mcs index bit map per nss */
uint16 he_mcs[WL_HE_CAP_MCS_MAP_NSS_MAX]; /**< supported he mcs index bit map per nss */
} wl_rateset_args_v2_t;
/* HE Rates BITMAP */
#define WL_HE_CAP_MCS_0_7_MAP 0x00ff
#define WL_HE_CAP_MCS_0_9_MAP 0x03ff
#define WL_HE_CAP_MCS_0_11_MAP 0x0fff
/* Note: dependent structures: sta_info_vX_t. When any update to this structure happens,
* update sta_info_vX_t also.
*/
#define WL_EHT_MCS_MAP_NSS_MAX 8u /* could be max. 16 streams by the spec,
* but it's to control our own rateset
* so it probably won't exceed 4 streams
* anyway...
*/
typedef struct wl_rateset_args_v3 {
uint16 version; /**< version. */
uint16 len; /**< length */
uint32 count; /**< # rates in 'rates' */
uint8 rates[WL_MAXRATES_IN_SET]; /**< rates in 500kbps units w/hi bit set if basic */
uint8 mcs[MCSSET_LEN]; /**< supported mcs index bit map */
uint16 vht_mcs[WL_VHT_CAP_MCS_MAP_NSS_MAX]; /**< supported VHT mcs per nss */
uint16 he_mcs[WL_HE_CAP_MCS_MAP_NSS_MAX]; /**< supported HE mcs per nss */
uint16 eht_mcs[WL_EHT_MCS_MAP_NSS_MAX]; /**< supported EHT mcs bitmap per nss */
} wl_rateset_args_v3_t;
/* 20MHz only EHT-MCS Map mcs range bitmap */
#define WL_EHT_MCS_BMP_MCS_0_7 0x00ffu /* mcs 0 - 7 */
#define WL_EHT_MCS_BMP_MCS_8_9 0x0300u /* mcs 8 & 9 */
#define WL_EHT_MCS_BMP_MCS_10_11 0x0c00u /* mcs 10 & 11 */
#define WL_EHT_MCS_BMP_MCS_12_13 0x3000u /* mcs 12 & 13 */
#define WL_EHT_MCS_BMP_MCS_14 0x4000u /* mcs 14 */
#define WL_EHT_MCS_BMP_MCS_15 0x8000u /* mcs 15 */
#define TXBF_RATE_MCS_ALL 4
#define TXBF_RATE_VHT_ALL 4
#define TXBF_RATE_OFDM_ALL 8
typedef struct wl_txbf_rateset {
uint8 txbf_rate_mcs[TXBF_RATE_MCS_ALL]; /**< one for each stream */
uint8 txbf_rate_mcs_bcm[TXBF_RATE_MCS_ALL]; /**< one for each stream */
uint16 txbf_rate_vht[TXBF_RATE_VHT_ALL]; /**< one for each stream */
uint16 txbf_rate_vht_bcm[TXBF_RATE_VHT_ALL]; /**< one for each stream */
uint8 txbf_rate_ofdm[TXBF_RATE_OFDM_ALL]; /**< bitmap of ofdm rates that enables txbf */
uint8 txbf_rate_ofdm_bcm[TXBF_RATE_OFDM_ALL]; /* bitmap of ofdm rates that enables txbf */
uint8 txbf_rate_ofdm_cnt;
uint8 txbf_rate_ofdm_cnt_bcm;
} wl_txbf_rateset_t;
#define NUM_BFGAIN_ARRAY_1RX 2
#define NUM_BFGAIN_ARRAY_2RX 3
#define NUM_BFGAIN_ARRAY_3RX 4
#define NUM_BFGAIN_ARRAY_4RX 5
typedef struct wl_txbf_expgainset {
/* bitmap for each element: B[4:0]=>c0, B[9:5]=>c1, B[14:10]=>c2, B[19:15]=>c[3-7]
* B[24:20]=>c[8-9], B[29:25]=>c[10-11]
*/
uint32 bfgain_2x1[NUM_BFGAIN_ARRAY_1RX]; /* exp 1ss, imp 1ss */
uint32 bfgain_2x2[NUM_BFGAIN_ARRAY_2RX]; /* exp [1-2]ss, imp 1ss */
uint32 bfgain_3x1[NUM_BFGAIN_ARRAY_1RX];
uint32 bfgain_3x2[NUM_BFGAIN_ARRAY_2RX];
uint32 bfgain_3x3[NUM_BFGAIN_ARRAY_3RX]; /* exp [1-3]ss, imp 1ss */
uint32 bfgain_4x1[NUM_BFGAIN_ARRAY_1RX];
uint32 bfgain_4x2[NUM_BFGAIN_ARRAY_2RX];
uint32 bfgain_4x3[NUM_BFGAIN_ARRAY_3RX];
uint32 bfgain_4x4[NUM_BFGAIN_ARRAY_4RX]; /* exp [1-4]ss, imp 1ss */
} wl_txbf_expgainset_t;
#define OFDM_RATE_MASK 0x0000007f
typedef uint8 ofdm_rates_t;
typedef struct wl_rates_info {
wl_rateset_t rs_tgt;
uint32 phy_type;
int32 bandtype;
uint8 cck_only;
uint8 rate_mask;
uint8 mcsallow;
uint8 bw;
uint8 txstreams;
uint8 PAD[3];
} wl_rates_info_t;
/**uint32 list */
typedef struct wl_uint32_list {
/** in - # of elements, out - # of entries */
uint32 count;
/** variable length uint32 list */
uint32 element[BCM_FLEX_ARRAY];
} wl_uint32_list_t;
/* Size in bytes for wl_uint32_list_t with 'count' elements */
#define WL_UINT32_LIST_SIZE(count) (((count) + 1) * sizeof(uint32))
#define CHAN_INFO_LIST_ALL_V1 1
typedef struct wl_chanspec_attr_s_v1 {
uint32 chaninfo;
uint32 chanspec;
} wl_chanspec_attr_v1_t;
/**chanspecs list */
typedef struct wl_chanspec_list_s_v1 {
uint16 version;
/** in - # of chanspecs, out - # of entries */
uint16 count;
/** variable length chanspecs list */
wl_chanspec_attr_v1_t chspecs[BCM_FLEX_ARRAY];
} wl_chanspec_list_v1_t;
/* ML assoc and scan params */
typedef struct wl_ml_assoc_scan_params_v1 {
uint8 ml_assoc_mode; /* whether to follow strictly ordered assoc ? */
uint8 ml_scan_mode; /* to identify whether ml scan needs to be triggered */
uint8 pad[2];
} wl_ml_assoc_scan_params_v1_t;
/* WLC_SET_ALLOW_MODE values */
#define ALLOW_MODE_ANY_BSSID 0
#define ALLOW_MODE_ONLY_DESIRED_BSSID 1
#define ALLOW_MODE_NO_BSSID 2
/** used for association with a specific BSSID and chanspec list */
typedef struct wl_assoc_params {
struct ether_addr bssid; /**< 00:00:00:00:00:00: broadcast scan */
uint16 bssid_cnt; /**< 0: use chanspec_num, and the single bssid,
* otherwise count of chanspecs in chanspec_list
* AND paired bssids following chanspec_list
* also, chanspec_num has to be set to zero
* for bssid list to be used
*/
int32 chanspec_num; /**< 0: all available channels,
* otherwise count of chanspecs in chanspec_list
*/
chanspec_t chanspec_list[BCM_FLEX_ARRAY]; /**< list of chanspecs */
} wl_assoc_params_t;
typedef struct wl_assoc_params_v1 {
uint16 version;
uint16 flags;
struct ether_addr bssid; /**< 00:00:00:00:00:00: broadcast scan */
uint16 bssid_cnt; /**< 0: use chanspec_num, and the single bssid,
* otherwise count of chanspecs in chanspec_list
* AND paired bssids following chanspec_list
* also, chanspec_num has to be set to zero
* for bssid list to be used
*/
int32 chanspec_num; /**< 0: all available channels,
* otherwise count of chanspecs in chanspec_list
*/
chanspec_t chanspec_list[BCM_FLEX_ARRAY]; /**< list of chanspecs */
} wl_assoc_params_v1_t;
typedef struct wl_assoc_params_v2 {
uint16 version;
uint16 flags;
struct ether_addr bssid; /**< 00:00:00:00:00:00: broadcast scan */
uint16 bssid_cnt; /**< 0: use chanspec_num, and the single
* bssid, otherwise count of chanspecs in
* chanspec_list AND paired bssids
* following chanspec_list also,
* chanspec_num has to be set to zero
* for bssid list to be used
*/
/* ML assoc and scan params */
wl_ml_assoc_scan_params_v1_t ml_assoc_scan_param;
int32 chanspec_num; /**< 0: all available channels,
* otherwise count of chanspecs
* in chanspec_list
*/
chanspec_t chanspec_list[]; /**< list of chanspecs */
} wl_assoc_params_v2_t;
typedef struct wl_assoc_params_v3 {
uint16 version;
uint16 flags;
struct ether_addr bssid; /**< 00:00:00:00:00:00: broadcast scan */
uint16 bssid_cnt; /**< 0: use chanspec_num, and the single
* bssid, otherwise count of chanspecs in
* chanspec_list AND paired bssids
* following chanspec_list also,
* chanspec_num has to be set to zero
* for bssid list to be used
*/
struct ether_addr mld_addr; /**< 00:00:00:00:00:00: &
* broadcast consider invalid
*/
uint8 pad[2];
int32 chanspec_num; /**< 0: all available channels,
* otherwise count of chanspecs
* in chanspec_list
*/
chanspec_t chanspec_list[]; /**< list of chanspecs. Follows
* bssid's depending on bssid_cnt
*/
} wl_assoc_params_v3_t;
/** Assoc params flags */
#define ASSOC_HINT_BSSID_PRESENT 0x0001u
/* FW to delete PMKSA of bssid listed in assoc params */
#define WL_ASSOC_PARAM_FLAG_DEL_PMKSA 0x0002u
#define WL_ASSOC_PARAM_FLAG_ACTIVE6G 0x0004u
/* Flag is set when extra Ml probe needs to be sent */
#define WL_ASSOC_PARAM_FLAG_SEND_EXTRA_ML_PRB 0x0010u
#define WL_ASSOC_PARAMS_FIXED_SIZE OFFSETOF(wl_assoc_params_t, chanspec_list)
#define WL_ASSOC_PARAMS_FIXED_SIZE_V1 OFFSETOF(wl_assoc_params_v1_t, chanspec_list)
#define WL_ASSOC_PARAMS_FIXED_SIZE_V2 OFFSETOF(wl_assoc_params_v2_t, chanspec_list)
#define WL_ASSOC_PARAMS_FIXED_SIZE_V3 OFFSETOF(wl_assoc_params_v3_t, chanspec_list)
#define WL_ASSOC_ML_SCAN_MODE_MAX_V1 2u /* Max ml scan mode */
#define WL_ASSOC_ML_SCAN_MODE_0 0u /* scan ML channels if found in rnr */
#define WL_ASSOC_ML_SCAN_MODE_1 1u /* Scan only the channels provided in
* chanspec list
*/
#define WL_ASSOC_ML_ASSOC_MODE_MAX_V1 2u /* Max ml assoc mode */
#define WL_ASSOC_ML_ASSOC_MODE_0 0u /* use scoring to join */
#define WL_ASSOC_ML_ASSOC_MODE_1 1u /* Overwrite scoring, perform assoc in the order of
* provided chanspec list
*/
/** used for reassociation/roam to a specific BSSID and channel */
typedef wl_assoc_params_t wl_reassoc_params_t;
typedef wl_assoc_params_v1_t wl_reassoc_params_v1_t;
/* reassoc params is jumped to use v3 marking to keep in sync with
* assoc param revision marking.
*/
typedef wl_assoc_params_v3_t wl_reassoc_params_v3_t;
#define WL_REASSOC_PARAMS_FIXED_SIZE WL_ASSOC_PARAMS_FIXED_SIZE
#define WL_REASSOC_PARAMS_FIXED_SIZE_V1 WL_ASSOC_PARAMS_FIXED_SIZE_V1
#define WL_REASSOC_PARAMS_FIXED_SIZE_V3 WL_ASSOC_PARAMS_FIXED_SIZE_V3
#define WL_EXT_REASSOC_VER 1
#define WL_EXT_REASSOC_VER_1 2
#define WL_EXT_REASSOC_VER_3 3
typedef struct wl_ext_reassoc_params {
uint16 version;
uint16 length;
uint32 flags;
wl_reassoc_params_t params;
} wl_ext_reassoc_params_t;
/* Flags field defined above in wl_ext_reassoc_params
* The below flag bit is used to specify the type
* of scan to be used for reassoc
*/
#define WL_SCAN_MODE_HIGH_ACC 0u /**< use high accuracy scans for roam */
#define WL_SCAN_MODE_LOW_SPAN 1u /**< use low span scans for roam */
#define WL_SCAN_MODE_LOW_POWER 2u /**< use low power scans for roam */
#define WL_SCAN_MODE_NO_6GHZ_FOLLOWUP 4u /* 6G active scan not done due to RNR or FILS */
#define WL_EXTREASSOC_PARAMS_FIXED_SIZE (OFFSETOF(wl_ext_reassoc_params_t, params) + \
WL_REASSOC_PARAMS_FIXED_SIZE)
typedef struct wl_ext_reassoc_params_v1 {
uint16 version;
uint16 length;
uint32 flags;
wl_reassoc_params_v1_t params;
} wl_ext_reassoc_params_v1_t;
#define WL_EXTREASSOC_PARAMS_FIXED_SIZE_V1 (OFFSETOF(wl_ext_reassoc_params_v1_t, params) + \
WL_REASSOC_PARAMS_FIXED_SIZE_V1)
typedef struct wl_ext_reassoc_params_v3 {
uint16 version;
uint16 length;
uint32 flags;
wl_reassoc_params_v3_t params;
} wl_ext_reassoc_params_v3_t;
#define WL_EXTREASSOC_PARAMS_FIXED_SIZE_V3 (OFFSETOF(wl_ext_reassoc_params_v3_t, params) + \
WL_REASSOC_PARAMS_FIXED_SIZE_V3)
/** used for association to a specific BSSID and channel */
typedef wl_assoc_params_t wl_join_assoc_params_t;
typedef wl_assoc_params_v1_t wl_join_assoc_params_v1_t;
typedef wl_assoc_params_v2_t wl_join_assoc_params_v2_t;
typedef wl_assoc_params_v3_t wl_join_assoc_params_v3_t;
#define WL_JOIN_ASSOC_PARAMS_FIXED_SIZE WL_ASSOC_PARAMS_FIXED_SIZE
#define WL_JOIN_ASSOC_PARAMS_FIXED_SIZE_V1 WL_ASSOC_PARAMS_FIXED_SIZE_V1
#define WL_JOIN_ASSOC_PARAMS_FIXED_SIZE_V2 WL_ASSOC_PARAMS_FIXED_SIZE_V2
#define WL_JOIN_ASSOC_PARAMS_FIXED_SIZE_V3 WL_ASSOC_PARAMS_FIXED_SIZE_V3
/** used for join with or without a specific bssid and channel list */
typedef struct wl_join_params {
wlc_ssid_t ssid;
wl_assoc_params_t params; /**< optional field, but it must include the fixed portion
* of the wl_assoc_params_t struct when it does present.
*/
} wl_join_params_t;
/** used for join with or without a specific bssid and channel list */
typedef struct wl_join_params_v1 {
wlc_ssid_t ssid;
wl_assoc_params_v1_t params; /**< optional field, but it must include the fixed portion
* of the wl_assoc_params_t struct when it does present.
*/
} wl_join_params_v1_t;
/** used for join with or without a specific bssid and channel list */
typedef struct wl_join_params_v2 {
wlc_ssid_t ssid;
wl_assoc_params_v2_t params; /**< optional field, but it must include the fixed portion
* of the wl_assoc_params_t struct when it does present.
*/
} wl_join_params_v2_t;
/** used for join with or without a specific bssid and channel list */
typedef struct wl_join_params_v3 {
wlc_ssid_t ssid;
wl_assoc_params_v3_t params; /**< optional field, but it must include the fixed portion
* of the wl_assoc_params_t struct when it does present.
*/
} wl_join_params_v3_t;
#define WL_JOIN_PARAMS_FIXED_SIZE (OFFSETOF(wl_join_params_t, params) + \
WL_ASSOC_PARAMS_FIXED_SIZE)
#define WL_JOIN_PARAMS_FIXED_SIZE_V1 (OFFSETOF(wl_join_params_v1_t, params) + \
WL_ASSOC_PARAMS_FIXED_SIZE_V1)
#define WL_JOIN_PARAMS_FIXED_SIZE_V2 (OFFSETOF(wl_join_params_v2_t, params) + \
WL_ASSOC_PARAMS_FIXED_SIZE_V2)
#define WL_JOIN_PARAMS_FIXED_SIZE_V3 (OFFSETOF(wl_join_params_v3_t, params) + \
WL_ASSOC_PARAMS_FIXED_SIZE_V3)
typedef struct wlc_roam_exp_params {
int8 a_band_boost_threshold;
int8 a_band_penalty_threshold;
int8 a_band_boost_factor;
int8 a_band_penalty_factor;
int8 cur_bssid_boost;
int8 alert_roam_trigger_threshold;
int16 a_band_max_boost;
} wlc_roam_exp_params_t;
#define ROAM_EXP_CFG_VERSION_1 1
#define ROAM_EXP_ENABLE_FLAG (1 << 0)
#define ROAM_EXP_CFG_PRESENT (1 << 1)
typedef struct wl_roam_exp_cfg {
uint16 version;
uint16 flags;
wlc_roam_exp_params_t params;
} wl_roam_exp_cfg_t;
typedef struct wl_bssid_pref_list {
struct ether_addr bssid;
/* Add this to modify rssi */
int8 rssi_factor;
int8 flags;
} wl_bssid_pref_list_t;
#define BSSID_PREF_LIST_VERSION_1 1
#define ROAM_EXP_CLEAR_BSSID_PREF (1 << 0)
typedef struct wl_bssid_pref_cfg {
uint16 version;
uint16 flags;
uint16 count;
uint16 reserved;
wl_bssid_pref_list_t bssids[];
} wl_bssid_pref_cfg_t;
#define SSID_WHITELIST_VERSION_1 1
#define ROAM_EXP_CLEAR_SSID_WHITELIST (1 << 0)
/* Roam SSID whitelist, ssids in this list are ok to */
/* be considered as targets to join when considering a roam */
typedef struct wl_ssid_whitelist {
uint16 version;
uint16 flags;
uint8 ssid_count;
uint8 reserved[3];
wlc_ssid_t ssids[];
} wl_ssid_whitelist_t;
#define ROAM_EXP_EVENT_VERSION_1 1
typedef struct wl_roam_exp_event {
uint16 version;
uint16 flags;
wlc_ssid_t cur_ssid;
} wl_roam_exp_event_t;
/** scan params for extended join */
typedef struct wl_join_scan_params {
uint8 scan_type; /**< 0 use default, active or passive scan */
uint8 PAD[3];
int32 nprobes; /**< -1 use default, number of probes per channel */
int32 active_time; /**< -1 use default, dwell time per channel for
* active scanning
*/
int32 passive_time; /**< -1 use default, dwell time per channel
* for passive scanning
*/
int32 home_time; /**< -1 use default, dwell time for the home channel
* between channel scans
*/
} wl_join_scan_params_t;
/** scan params v1 for extended join */
typedef struct wl_join_scan_params_v1 {
uint8 scan_type; /**< 0 use default, active or passive scan */
uint8 ml_scan_mode; /* 0 ==> scan ml channels reported in rnr
* 1 ==> scan only the provided channels
*/
uint8 PAD[2];
int32 nprobes; /**< -1 use default, number of probes per channel */
int32 active_time; /**< -1 use default, dwell time per channel for
* active scanning
*/
int32 passive_time; /**< -1 use default, dwell time per channel
* for passive scanning
*/
int32 home_time; /**< -1 use default, dwell time for the home channel
* between channel scans
*/
} wl_join_scan_params_v1_t;
/** scan params v3 for extended join
* removed the ml scan mode as it is not required
*/
typedef struct wl_join_scan_params_v3 {
uint8 scan_type; /**< 0 use default, active or passive scan */
uint8 PAD[3];
int32 nprobes; /**< -1 use default, number of probes per channel */
int32 active_time; /**< -1 use default, dwell time per channel for
* active scanning
*/
int32 passive_time; /**< -1 use default, dwell time per channel
* for passive scanning
*/
int32 home_time; /**< -1 use default, dwell time for the home channel
* between channel scans
*/
} wl_join_scan_params_v3_t;
#define wl_join_assoc_params_t wl_assoc_params_t
#define wl_join_assoc_params_v1_t wl_assoc_params_v1_t
#define wl_join_assoc_params_v2_t wl_assoc_params_v2_t
#define wl_join_assoc_params_v3_t wl_assoc_params_v3_t
/** extended join params */
typedef struct wl_extjoin_params {
wlc_ssid_t ssid; /**< {0, ""}: wildcard scan */
wl_join_scan_params_t scan;
wl_join_assoc_params_t assoc; /**< optional field, but it must include the fixed portion
* of the wl_join_assoc_params_t struct when it does
* present.
*/
} wl_extjoin_params_t;
typedef struct wl_extjoin_params_v1 {
uint16 version;
uint16 PAD;
wlc_ssid_t ssid; /**< {0, ""}: wildcard scan */
wl_join_scan_params_t scan;
wl_join_assoc_params_v1_t assoc; /**< optional field, but it must include the fixed portion
* of the wl_join_assoc_params_t struct when it does
* present.
*/
} wl_extjoin_params_v1_t;
typedef struct wl_extjoin_params_v2 {
uint16 version;
uint16 PAD;
wlc_ssid_t ssid; /**< {0, ""}: wildcard scan */
wl_join_scan_params_v1_t scan;
wl_join_assoc_params_v2_t assoc; /**< optional field, but it must include the fixed
* portion of the wl_join_assoc_params_t struct
* when it does present.
*/
} wl_extjoin_params_v2_t;
typedef struct wl_extjoin_params_v3 {
uint16 version;
uint16 PAD;
wlc_ssid_t ssid; /**< {0, ""}: wildcard scan */
wl_join_scan_params_v3_t scan;
wl_join_assoc_params_v3_t assoc; /**< optional field, but it must include the fixed
* portion of the wl_join_assoc_params_t struct
* when it does present.
*/
} wl_extjoin_params_v3_t;
#define WL_EXTJOIN_PARAMS_FIXED_SIZE (OFFSETOF(wl_extjoin_params_t, assoc) + \
WL_JOIN_ASSOC_PARAMS_FIXED_SIZE)
#define WL_EXTJOIN_PARAMS_FIXED_SIZE_V1 (OFFSETOF(wl_extjoin_params_v1_t, assoc) + \
WL_JOIN_ASSOC_PARAMS_FIXED_SIZE_V1)
#define WL_EXTJOIN_PARAMS_FIXED_SIZE_V2 (OFFSETOF(wl_extjoin_params_v2_t, assoc) + \
WL_JOIN_ASSOC_PARAMS_FIXED_SIZE_V2)
#define WL_EXTJOIN_PARAMS_FIXED_SIZE_V3 (OFFSETOF(wl_extjoin_params_v3_t, assoc) + \
WL_JOIN_ASSOC_PARAMS_FIXED_SIZE_V3)
#define ANT_SELCFG_MAX 4 /**< max number of antenna configurations */
#define MAX_STREAMS_SUPPORTED 4 /**< max number of streams supported */
typedef struct {
uint8 ant_config[ANT_SELCFG_MAX]; /**< antenna configuration */
uint8 num_antcfg; /**< number of available antenna configurations */
} wlc_antselcfg_t;
#define WIFI_RADIO_STAT_VERSION_1 (1u)
#define WIFI_RADIO_STAT_VERSION_2 (2u)
typedef enum wl_radiostats_slice_index {
WL_RADIOSTAT_SLICE_INDEX_MAIN = 0u,
WL_RADIOSTAT_SLICE_INDEX_AUX = 1u,
WL_RADIOSTAT_SLICE_INDEX_SCAN = 2u,
WL_RADIOSTAT_SLICE_INDEX_MAX = 3u
} wl_radiostats_slice_index_t;
#define WIFI_RADIO_STAT_FIXED_LEN OFFSETOF(wifi_radio_stat, channels)
typedef struct wifi_radio_stat_v1 {
uint16 version;
uint16 length;
uint32 radio;
uint32 on_time;
uint32 tx_time;
uint32 rx_time;
uint32 on_time_scan;
uint32 on_time_nbd;
uint32 on_time_gscan;
uint32 on_time_roam_scan;
uint32 on_time_pno_scan;
uint32 on_time_hs20;
uint32 num_channels;
uint8 channels[];
} wifi_radio_stat_v1_t;
typedef struct wifi_radio_stat_v2 {
uint16 version;
uint16 length;
uint32 radio;
uint32 on_time;
uint32 tx_time;
uint32 rx_time;
uint32 on_time_scan;
uint32 on_time_nbd;
uint32 on_time_gscan;
uint32 on_time_roam_scan;
uint32 on_time_pno_scan;
uint32 on_time_hs20;
uint32 myrx_time;
uint32 num_channels;
uint8 channels[];
} wifi_radio_stat_v2_t;
/* per rate statistics */
#define WLC_LINKSTATS_RATESTATS_V1 1u
/* wifi rate */
typedef struct wlc_link_stats_wifi_rate_v1 {
uint32 preamble; /* 0: OFDM, 1:CCK, 2:HT 3:VHT 4:HE 5:EHT 6..7 reserved */
uint32 nss; /* 0:1x1, 1:2x2, 3:3x3, 4:4x4 */
uint32 bw; /* 0:20MHz, 1:40Mhz, 2:80Mhz, 3:160Mhz */
uint32 rateMcsIdx; /* OFDM/CCK rate code would be as per ieee std
* in the units of 0.5mbps
* For HT/VHT/HE/EHT, it would be mcs index
*/
uint32 reserved; /* reserved */
uint32 bitrate; /* units of 100 Kbps */
} wlc_link_stats_wifi_rate_v1_t;
typedef struct wlc_link_stats_wifi_rate_stat_v1 {
uint16 version;
uint16 length;
uint32 tx_mpdu; /* number of successfully transmitted data pkts (ACK rcvd) */
uint32 rx_mpdu; /* number of received data pkts */
uint32 mpdu_lost; /* number of data packet losses (no ACK) */
uint32 retries; /* total number of data pkt retries */
uint32 retries_short; /* number of short data pkt retries */
uint32 retries_long; /* number of long data pkt retries */
wlc_link_stats_wifi_rate_v1_t rate; /* rate info */
} wlc_link_stats_wifi_rate_stat_v1_t;
/* This is obsolete.Pls add new fields by extending versioned structure.
* cca_congest_ext_vX_t [X is latest version]
*/
typedef struct cca_congest {
uint32 duration; /**< millisecs spent sampling this channel */
union {
uint32 congest_ibss; /**< millisecs in our bss (presumably this traffic will */
/**< move if cur bss moves channels) */
uint32 congest_me; /**< millisecs in my own traffic */
};
union {
uint32 congest_obss; /**< traffic not in our bss */
uint32 congest_notme; /**< traffic not from/to me (including bc/mc) */
};
uint32 interference; /**< millisecs detecting a non 802.11 interferer. */
uint32 timestamp; /**< second timestamp */
} cca_congest_t;
/* This is obsolete.Pls add new fields by extending versioned structure.
* cca_congest_ext_channel_req_vX_t [X is latest version]
*/
typedef struct cca_congest_channel_req {
chanspec_t chanspec; /**< Which channel? */
uint16 num_secs; /**< How many secs worth of data */
cca_congest_t secs[BCM_FLEX_ARRAY]; /**< Data */
} cca_congest_channel_req_t;
typedef struct cca_congest_ext {
uint32 timestamp; /**< second timestamp */
/* Base structure of cca_congest_t: CCA statistics all inclusive */
uint32 duration; /**< millisecs spent sampling this channel */
uint32 congest_meonly; /**< millisecs in my own traffic (TX + RX) */
uint32 congest_ibss; /**< millisecs in our bss (presumably this traffic will */
/**< move if cur bss moves channels) */
uint32 congest_obss; /**< traffic not in our bss */
uint32 interference; /**< millisecs detecting a non 802.11 interferer. */
/* CCA statistics for non PM only */
uint32 duration_nopm; /**< millisecs spent sampling this channel */
uint32 congest_meonly_nopm; /**< millisecs in my own traffic (TX + RX) */
uint32 congest_ibss_nopm; /**< millisecs in our bss (presumably this traffic will */
/**< move if cur bss moves channels) */
uint32 congest_obss_nopm; /**< traffic not in our bss */
uint32 interference_nopm; /**< millisecs detecting a non 802.11 interferer. */
/* CCA statistics for during PM only */
uint32 duration_pm; /**< millisecs spent sampling this channel */
uint32 congest_meonly_pm; /**< millisecs in my own traffic (TX + RX) */
uint32 congest_ibss_pm; /**< millisecs in our bss (presumably this traffic will */
/**< move if cur bss moves channels) */
uint32 congest_obss_pm; /**< traffic not in our bss */
uint32 interference_pm; /**< millisecs detecting a non 802.11 interferer. */
} cca_congest_ext_t;
typedef struct cca_congest_ext_v2 {
uint32 timestamp; /**< second timestamp */
/* Base structure of cca_congest_t: CCA statistics all inclusive */
uint32 duration; /**< millisecs spent sampling this channel */
uint32 congest_meonly; /**< millisecs in my own traffic (TX + RX) */
uint32 congest_ibss; /**< millisecs in our bss (presumably this traffic will */
/**< move if cur bss moves channels) */
uint32 congest_obss; /**< traffic not in our bss */
uint32 interference; /**< millisecs detecting a non 802.11 interferer. */
/* CCA statistics for non PM only */
uint32 duration_nopm; /**< millisecs spent sampling this channel */
uint32 congest_meonly_nopm; /**< millisecs in my own traffic (TX + RX) */
uint32 congest_ibss_nopm; /**< millisecs in our bss (presumably this traffic will */
/**< move if cur bss moves channels) */
uint32 congest_obss_nopm; /**< traffic not in our bss */
uint32 interference_nopm; /**< millisecs detecting a non 802.11 interferer. */
/* CCA statistics for during PM only */
uint32 duration_pm; /**< millisecs spent sampling this channel */
uint32 congest_meonly_pm; /**< millisecs in my own traffic (TX + RX) */
uint32 congest_ibss_pm; /**< millisecs in our bss (presumably this traffic will */
/**< move if cur bss moves channels) */
uint32 congest_obss_pm; /**< traffic not in our bss */
uint32 interference_pm; /**< millisecs detecting a non 802.11 interferer. */
uint32 radio_on_time; /* Awake time on this channel */
uint32 cca_busy_time; /* CCA is held busy on this channel */
} cca_congest_ext_v2_t;
#define WL_CCA_EXT_REQ_VER 0u
#define WL_CCA_EXT_REQ_VER_V2 2u
#define WL_CCA_EXT_REQ_VER_V3 3u
#define WL_CCA_EXT_REQ_VER_V4 4u
typedef struct cca_congest_ext_channel_req {
uint16 ver; /**< version of this struct */
uint16 len; /**< len of this structure */
chanspec_t chanspec; /**< Which channel? */
uint16 num_secs; /**< How many secs worth of data */
struct cca_congest_ext secs[BCM_FLEX_ARRAY]; /**< Data - 3 sets for ALL - non-PM - PM */
} cca_congest_ext_channel_req_t;
typedef struct cca_congest_ext_channel_req_v2 {
uint16 ver; /**< version of this struct */
uint16 len; /**< len of this structure */
chanspec_t chanspec; /**< Which channel? */
uint16 num_secs; /* How many secs worth of data */
cca_congest_ext_v2_t secs[1]; /* Data - 3 sets for ALL - non-PM - PM */
} cca_congest_ext_channel_req_v2_t;
/* Struct holding all channels cca statistics V3 */
typedef struct cca_congest_ext_channel_req_v3 {
uint16 ver;
uint16 len;
uint8 PAD[2];
uint16 num_of_entries;
cca_congest_ext_channel_req_v2_t per_chan_stats[BCM_FLEX_ARRAY];
} cca_congest_ext_channel_req_v3_t;
#define BANDMASK_2G BCM_BIT(0)
#define BANDMASK_5G BCM_BIT(1)
#define BANDMASK_6G BCM_BIT(2)
/* Struct holding all channels cca statistics V4 */
typedef struct cca_congest_ext_channel_req_v4 {
uint16 ver;
uint16 len;
uint8 bandmask; /* BIT(0)-2G BIT(1)-5G BIT(2)-6G */
uint8 PAD[1];
uint16 num_of_entries;
cca_congest_ext_channel_req_v2_t per_chan_stats[BCM_FLEX_ARRAY];
} cca_congest_ext_channel_req_v4_t;
typedef struct {
uint32 duration; /**< millisecs spent sampling this channel */
uint32 congest; /**< millisecs detecting busy CCA */
uint32 timestamp; /**< second timestamp */
} cca_congest_simple_t;
// ED: Energy Detection Thresholds
#define PHY_EDTHRESH_MAX_COUNT 2u /* WLC_API_VERSION_MAJOR >= 17u */
// Desense Reasons
#define BPHY_DESENSE_ACI_MASK (1 << 0u) // Desense due to GBD
#define OFDM_DESENSE_ACI_MASK (1 << 1u)
#define BPHY_DESENSE_BTC_MASK (1 << 2u) // Desense due to BT Coex operation
#define OFDM_DESENSE_BTC_MASK (1 << 3u)
#define BPHY_DESENSE_LTE_MASK (1 << 4u) // Desense due to LTE Coex operation
#define OFDM_DESENSE_LTE_MASK (1 << 5u)
#define DESENSE_ON_LTE_MASK (1 << 6u) // Desense due to InitGain or CRS desense
#define DESENSE_ON_BTC_MASK (1 << 7u)
typedef struct {
int32 ofdm_desense;
int32 bphy_desense;
uint32 reason; /**< bit flags for desense reasons */
} wl_phy_rxdesense_t;
/* The following two structure must have same first 4 fields.
* The cca_chan_qual_event_t is used to report CCA in older formats and NF.
* The cca_only_chan_qual_event_t is used to report CCA only with newer format.
*/
typedef struct {
uint16 status; /**< misc status */
uint16 id; /**< sub-event ID */
chanspec_t chanspec; /**< Which channel? */
uint16 len; /**< number of bytes to follow */
union {
cca_congest_simple_t cca_busy; /**< CCA busy */
cca_congest_t cca_busy_ext; /**< Extended CCA report */
int32 noise; /**< noise floor */
};
} cca_chan_qual_event_t;
typedef struct {
uint16 status; /**< misc status */
uint16 id; /**< sub-event ID */
chanspec_t chanspec; /**< Which channel? */
uint16 len; /**< number of bytes to follow */
union {
cca_congest_simple_t cca_busy; /**< CCA busy */
struct {
cca_congest_t cca_busy_ext; /**< Extended CCA report */
cca_congest_t cca_busy_nopm; /**< Extedned CCA report (PM awake time) */
cca_congest_t cca_busy_pm; /**< Extedned CCA report (PM sleep time) */
};
};
} cca_only_chan_qual_event_t;
typedef struct {
uint16 status; /**< misc status */
uint16 id; /**< sub-event ID */
/* id is used to indicate the number of bytes to read */
chanspec_t chanspec; /**< Which channel? */
uint16 len; /**< number of bytes to follow */
union {
cca_congest_simple_t cca_busy; /**< CCA busy */
struct {
cca_congest_t cca_busy_ext; /**< Extended CCA report */
cca_congest_t cca_busy_nopm; /**< Extedned CCA report (PM awake time) */
cca_congest_t cca_busy_pm; /**< Extedned CCA report (PM sleep time) */
};
};
int32 ofdm_desense;
} cca_only_chan_qual_event_v2_t;
typedef struct {
uint16 status; /**< misc status */
uint16 id; /**< sub-event ID */
chanspec_t chanspec; /**< Which channel? */
uint16 len; /**< number of bytes to follow */
cca_congest_t cca_busy_ext; /**< Extended CCA report */
cca_congest_t cca_busy_nopm; /**< Extedned CCA report (PM awake time) */
cca_congest_t cca_busy_pm; /**< Extedned CCA report (PM sleep time) */
wl_phy_rxdesense_t desense; /**< PHY RX desense states & reasons */
} cca_only_chan_qual_event_v3_t;
typedef struct {
uint32 msrmnt_time; /**< Time for Measurement (msec) */
uint32 msrmnt_done; /**< flag set when measurement complete */
char buf[];
} cca_stats_n_flags;
typedef struct {
uint32 msrmnt_query; /* host to driver query for measurement done */
uint32 time_req; /* time required for measurement */
uint8 report_opt; /* option to print different stats in report */
uint8 PAD[3];
} cca_msrmnt_query;
/* interference sources */
enum interference_source {
ITFR_NONE = 0, /**< interference */
ITFR_PHONE, /**< wireless phone */
ITFR_VIDEO_CAMERA, /**< wireless video camera */
ITFR_MICROWAVE_OVEN, /**< microwave oven */
ITFR_BABY_MONITOR, /**< wireless baby monitor */
ITFR_BLUETOOTH, /**< bluetooth */
ITFR_VIDEO_CAMERA_OR_BABY_MONITOR, /**< wireless camera or baby monitor */
ITFR_BLUETOOTH_OR_BABY_MONITOR, /**< bluetooth or baby monitor */
ITFR_VIDEO_CAMERA_OR_PHONE, /**< video camera or phone */
ITFR_UNIDENTIFIED /**< interference from unidentified source */
};
/** structure for interference source report */
typedef struct {
uint32 flags; /**< flags. bit definitions below */
uint32 source; /**< last detected interference source */
uint32 timestamp; /**< second timestamp on interferenced flag change */
} interference_source_rep_t;
#define WLC_CNTRY_BUF_SZ 4 /**< Country string is 3 bytes + NUL */
typedef struct wl_country {
char country_abbrev[WLC_CNTRY_BUF_SZ]; /**< nul-terminated country code used in
* the Country IE
*/
int32 rev; /**< revision specifier for ccode
* on set, -1 indicates unspecified.
* on get, rev >= 0
*/
char ccode[WLC_CNTRY_BUF_SZ]; /**< nul-terminated built-in country code.
* variable length, but fixed size in
* struct allows simple allocation for
* expected country strings <= 3 chars.
*/
} wl_country_t;
#define CCODE_INFO_VERSION_1 1
typedef enum wl_ccode_role {
WLC_CCODE_ROLE_ACTIVE = 0,
WLC_CCODE_ROLE_HOST,
WLC_CCODE_ROLE_80211D_ASSOC,
WLC_CCODE_ROLE_80211D_SCAN,
WLC_CCODE_ROLE_DEFAULT,
WLC_CCODE_ROLE_DEFAULT_SROM_BKUP,
WLC_CCODE_LAST
} wl_ccode_role_t;
#define WLC_NUM_CCODE_INFO WLC_CCODE_LAST
typedef struct wl_ccode_entry {
uint16 reserved;
uint8 band;
uint8 role;
char ccode[WLC_CNTRY_BUF_SZ];
} wl_ccode_entry_t;
typedef struct wl_ccode_info {
uint16 version;
uint16 count; /**< Number of ccodes entries in the set */
wl_ccode_entry_t ccodelist[BCM_FLEX_ARRAY];
} wl_ccode_info_t;
#define WL_CCODE_INFO_FIXED_LEN OFFSETOF(wl_ccode_info_t, ccodelist)
typedef struct wl_channels_in_country {
uint32 buflen;
uint32 band;
char country_abbrev[WLC_CNTRY_BUF_SZ];
uint32 count;
uint32 channel[BCM_FLEX_ARRAY];
} wl_channels_in_country_t;
typedef struct wl_country_list {
uint32 buflen;
uint32 band_set;
uint32 band;
uint32 count;
char country_abbrev[BCM_FLEX_ARRAY];
} wl_country_list_t;
typedef struct wl_rm_req_elt {
int8 type;
int8 flags;
chanspec_t chanspec;
uint32 token; /**< token for this measurement */
uint32 tsf_h; /**< TSF high 32-bits of Measurement start time */
uint32 tsf_l; /**< TSF low 32-bits */
uint32 dur; /**< TUs */
} wl_rm_req_elt_t;
typedef struct wl_rm_req {
uint32 token; /**< overall measurement set token */
uint32 count; /**< number of measurement requests */
void *cb; /**< completion callback function: may be NULL */
void *cb_arg; /**< arg to completion callback function */
wl_rm_req_elt_t req[BCM_FLEX_ARRAY]; /**< variable length block of requests */
} wl_rm_req_t;
#define WL_RM_REQ_FIXED_LEN OFFSETOF(wl_rm_req_t, req)
typedef struct wl_rm_rep_elt {
int8 type;
int8 flags;
chanspec_t chanspec;
uint32 token; /**< token for this measurement */
uint32 tsf_h; /**< TSF high 32-bits of Measurement start time */
uint32 tsf_l; /**< TSF low 32-bits */
uint32 dur; /**< TUs */
uint32 len; /**< byte length of data block */
uint8 data[1]; /**< variable length data block */
} wl_rm_rep_elt_t;
#define WL_RM_REP_ELT_FIXED_LEN 24 /**< length excluding data block */
#define WL_RPI_REP_BIN_NUM 8
typedef struct wl_rm_rpi_rep {
uint8 rpi[WL_RPI_REP_BIN_NUM];
int8 rpi_max[WL_RPI_REP_BIN_NUM];
} wl_rm_rpi_rep_t;
typedef struct wl_rm_rep {
uint32 token; /**< overall measurement set token */
uint32 len; /**< length of measurement report block */
wl_rm_rep_elt_t rep[BCM_FLEX_ARRAY];
} wl_rm_rep_t;
#define WL_RM_REP_FIXED_LEN 8
#ifdef BCMCCX
#define LEAP_USER_MAX 32
#define LEAP_DOMAIN_MAX 32
#define LEAP_PASSWORD_MAX 32
typedef struct wl_leap_info {
wlc_ssid_t ssid;
uint8 user_len;
uint8 user[LEAP_USER_MAX];
uint8 password_len;
uint8 password[LEAP_PASSWORD_MAX];
uint8 domain_len;
uint8 domain[LEAP_DOMAIN_MAX];
uint8 PAD;
} wl_leap_info_t;
typedef struct wl_leap_list {
uint32 buflen;
uint32 version;
uint32 count;
wl_leap_info_t leap_info[BCM_FLEX_ARRAY];
} wl_leap_list_t;
#endif /* BCMCCX */
#define WL_SUP_IOV_VERSION_1 0x0001u
enum {
WL_SUP_CMD_NONE = 0,
/* Get SUP IOVAR bersion */
WL_SUP_CMD_GET_VERSION = 1u,
/* IOVAR to send GTK rekey request */
WL_SUP_CMD_SEND_GTK_REQ = 2u,
/* Set/Get skip GTK M1 processing state */
WL_SUP_CMD_IGNORE_GTK_M1 = 3u
};
typedef uint16 wl_sup_cmd_t;
typedef struct wl_sup_iov_v1 {
uint16 version; /* structure version will be incremented
* when header is changed.
*/
uint16 len; /* data field lenth. */
wl_sup_cmd_t cmd; /* sub-command id. */
uint8 data[]; /* variable */
} wl_sup_iov_v1_t;
#define WLC_SUP_TD_POLICY_XTLV_ID 0x1u
#define WLC_SUP_TD_POLICY_XTLV_ELEM_SIZE 0x4u /* 4B aligned */
#define WLC_SUP_TD_POLICY_XTLV_SIZE (BCM_XTLV_HDR_SIZE + WLC_SUP_TD_POLICY_XTLV_ELEM_SIZE)
typedef struct wl_wsec_key {
uint32 index; /**< key index */
uint32 len; /**< key length */
uint8 data[DOT11_MAX_KEY_SIZE]; /**< key data */
uint32 PAD[18];
uint32 algo; /**< CRYPTO_ALGO_AES_CCM, CRYPTO_ALGO_WEP128, etc */
uint32 flags; /**< misc flags */
uint32 PAD[2];
int32 PAD;
int32 iv_initialized; /**< has IV been initialized already? */
int32 PAD;
/* Rx IV */
struct {
uint32 hi; /**< upper 32 bits of IV */
uint16 lo; /**< lower 16 bits of IV */
uint16 PAD;
} rxiv;
uint32 PAD[2];
struct ether_addr ea; /**< per station */
uint16 PAD;
} wl_wsec_key_t;
/* Min length for PSK passphrase */
#define WSEC_MIN_PSK_LEN 8
/* Max length of supported passphrases for PSK */
#define WSEC_MAX_PSK_LEN 64
/* Max length of supported passphrases for SAE */
#define WSEC_MAX_PASSPHRASE_LEN 256u
/* Max length of SAE password ID */
#define WSEC_MAX_SAE_PASSWORD_ID 255u
/* Flag for key material needing passhash'ing */
#define WSEC_PASSPHRASE 1u
/* Flag indicating an SAE passphrase */
#define WSEC_SAE_PASSPHRASE 2u
/**receptacle for WLC_SET_WSEC_PMK parameter */
typedef struct wsec_pmk {
uint16 key_len; /* octets in key material */
uint16 flags; /* key handling qualification */
uint8 key[WSEC_MAX_PASSPHRASE_LEN]; /* PMK material */
uint16 opt_len; /* optional field length */
uint8 opt_tlvs[BCM_FLEX_ARRAY]; /* optional filed in bcm_xtlv_t format */
} wsec_pmk_t;
typedef enum {
WL_PMK_TLV_PASSWORD_ID = 1,
WL_PMK_TLV_SSID = 2,
WL_PMK_TLV_BSSID = 3
} wl_pmk_tlv_types_t;
#define WL_AUTH_EVENT_DATA_V1 0x1
#define WL_AUTH_EVENT_DATA_V2 0x2
/* tlv ids for auth event */
#define WL_AUTH_PMK_TLV_ID 1u
#define WL_AUTH_PMKID_TLV_ID 2u
#define WL_AUTH_PMKID_TYPE_TLV_ID 3u
#define WL_AUTH_SSID_TLV_ID 4u
#define WL_AUTH_PMKID_TYPE_BSSID 1u
#define WL_AUTH_PMKID_TYPE_SSID 2u
/* AUTH event data
* pmk and pmkid in case of SAE auth
* xtlvs will be 32 bit alligned
*/
typedef struct wl_auth_event {
uint16 version;
uint16 length;
uint8 xtlvs[];
} wl_auth_event_t;
#define WL_AUTH_EVENT_FIXED_LEN_V1 OFFSETOF(wl_auth_event_t, xtlvs)
#define WL_AUTH_EVENT_FIXED_LEN_V2 OFFSETOF(wl_auth_event_t, xtlvs)
#define WL_PMKSA_EVENT_DATA_V1 1u
/* tlv ids for PMKSA event */
#define WL_PMK_TLV_ID 1u
#define WL_PMKID_TLV_ID 2u
#define WL_PEER_ADDR_TLV_ID 3u
/* PMKSA event data structure */
typedef struct wl_pmksa_event {
uint16 version;
uint16 length;
uint8 xtlvs[];
} wl_pmksa_event_t;
#define WL_PMKSA_EVENT_FIXED_LEN_V1 OFFSETOF(wl_pmksa_event_t, xtlvs)
#define FILS_CACHE_ID_LEN 2u
#define PMK_LEN_MAX 48u
typedef struct _pmkid_v1 {
struct ether_addr BSSID;
uint8 PMKID[WPA2_PMKID_LEN];
} pmkid_v1_t;
#define PMKID_ELEM_V2_LENGTH (sizeof(struct ether_addr) + WPA2_PMKID_LEN + PMK_LEN_MAX + \
sizeof(ssid_info_t) + FILS_CACHE_ID_LEN)
typedef struct _pmkid_v2 {
uint16 length; /* Should match PMKID_ELEM_VX_LENGTH */
struct ether_addr BSSID;
uint8 PMKID[WPA2_PMKID_LEN];
uint8 pmk[PMK_LEN_MAX]; /* for FILS key deriviation */
uint16 pmk_len;
ssid_info_t ssid;
uint8 fils_cache_id[FILS_CACHE_ID_LEN];
uint8 PAD;
} pmkid_v2_t;
#define PMKID_LIST_VER_2 2
typedef struct _pmkid_v3 {
struct ether_addr bssid;
uint8 pmkid[WPA2_PMKID_LEN];
uint8 pmkid_len;
uint8 pmk[PMK_LEN_MAX];
uint8 pmk_len;
uint16 fils_cache_id; /* 2-byte length */
uint8 akm;
uint8 ssid_len;
uint8 ssid[DOT11_MAX_SSID_LEN]; /* For FILS, to save ESSID */
/* one pmkid used in whole ESS */
uint32 time_left; /* remaining time until expirary in sec. */
/* 0 means expired, all 0xFF means never expire */
} pmkid_v3_t;
#define PMKID_LIST_VER_3 3
typedef struct _pmkid_list_v1 {
uint32 npmkid;
pmkid_v1_t pmkid[BCM_FLEX_ARRAY];
} pmkid_list_v1_t;
typedef struct _pmkid_list_v2 {
uint16 version;
uint16 length;
pmkid_v2_t pmkid[BCM_FLEX_ARRAY];
} pmkid_list_v2_t;
#define PMKDB_SET_IOVAR 0x0001u
#define PMKDB_GET_IOVAR 0x0002u
#define PMKDB_CLEAR_IOVAR 0x0004u
#define PMKDB_ALL_CFGS 0x0008u /* option for PMKDB_GET_IOVAR */
typedef struct _pmkid_list_v3 {
uint16 version;
uint16 length;
uint16 count;
uint16 flag;
pmkid_v3_t pmkid[];
} pmkid_list_v3_t;
typedef struct _pmkid_cand {
struct ether_addr BSSID;
uint8 preauth;
} pmkid_cand_t;
typedef struct _pmkid_cand_list {
uint32 npmkid_cand;
pmkid_cand_t pmkid_cand[BCM_FLEX_ARRAY];
} pmkid_cand_list_t;
#define WL_STA_ANT_MAX 4 /**< max possible rx antennas */
typedef struct wl_assoc_info {
uint32 req_len;
uint32 resp_len;
uint32 flags;
struct dot11_assoc_req req;
struct ether_addr reassoc_bssid; /**< used in reassoc's */
struct dot11_assoc_resp resp;
uint32 state;
} wl_assoc_info_t;
/** srom read/write struct passed through ioctl */
typedef struct {
uint32 byteoff; /**< byte offset */
uint32 nbytes; /**< number of bytes */
uint16 buf[];
} srom_rw_t;
#define CISH_FLAG_PCIECIS (1 << 15) /**< write CIS format bit for PCIe CIS */
/** similar cis (srom or otp) struct [iovar: may not be aligned] */
typedef struct {
uint16 source; /**< cis source */
uint16 flags; /**< flags */
uint32 byteoff; /**< byte offset */
uint32 nbytes; /**< number of bytes */
/* data follows here */
} cis_rw_t;
/** R_REG and W_REG struct passed through ioctl */
typedef struct {
uint32 byteoff; /**< byte offset of the field in d11regs_t */
uint32 val; /**< read/write value of the field */
uint32 size; /**< sizeof the field */
uint32 band; /**< band (optional) */
} rw_reg_t;
/**
* Structure used by GET/SET_ATTEN ioctls - it controls power in b/g-band
* PCL - Power Control Loop
*/
typedef struct {
uint16 auto_ctrl; /**< WL_ATTEN_XX */
uint16 bb; /**< Baseband attenuation */
uint16 radio; /**< Radio attenuation */
uint16 txctl1; /**< Radio TX_CTL1 value */
} atten_t;
/** Per-AC retry parameters */
struct wme_tx_params_s {
uint8 short_retry;
uint8 short_fallback;
uint8 long_retry;
uint8 long_fallback;
uint16 max_rate; /**< In units of 512 Kbps */
};
typedef struct wme_tx_params_s wme_tx_params_t;
#define WL_WME_TX_PARAMS_IO_BYTES (sizeof(wme_tx_params_t) * AC_COUNT)
/**Used to get specific link/ac parameters */
typedef struct {
int32 ac;
uint8 val;
struct ether_addr ea;
uint8 PAD;
} link_val_t;
#define WL_PM_MUTE_TX_VER 1
typedef struct wl_pm_mute_tx {
uint16 version; /**< version */
uint16 len; /**< length */
uint16 deadline; /**< deadline timer (in milliseconds) */
uint8 enable; /**< set to 1 to enable mode; set to 0 to disable it */
uint8 PAD;
} wl_pm_mute_tx_t;
/*
* Pay attention to version if structure changes.
*/
/* sta_info_t version 4 */
typedef struct {
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
uint16 cap; /**< sta's advertised capabilities */
uint16 PAD;
uint32 flags; /**< flags defined below */
uint32 idle; /**< time since data pkt rx'd from sta */
struct ether_addr ea; /**< Station address */
uint16 PAD;
wl_rateset_t rateset; /**< rateset in use */
uint32 in; /**< seconds elapsed since associated */
uint32 listen_interval_inms; /**< Min Listen interval in ms for this STA */
uint32 tx_pkts; /**< # of user packets transmitted (unicast) */
uint32 tx_failures; /**< # of user packets failed */
uint32 rx_ucast_pkts; /**< # of unicast packets received */
uint32 rx_mcast_pkts; /**< # of multicast packets received */
uint32 tx_rate; /**< Rate used by last tx frame */
uint32 rx_rate; /**< Rate of last successful rx frame */
uint32 rx_decrypt_succeeds; /**< # of packet decrypted successfully */
uint32 rx_decrypt_failures; /**< # of packet decrypted unsuccessfully */
uint32 tx_tot_pkts; /**< # of user tx pkts (ucast + mcast) */
uint32 rx_tot_pkts; /**< # of data packets recvd (uni + mcast) */
uint32 tx_mcast_pkts; /**< # of mcast pkts txed */
uint64 tx_tot_bytes; /**< data bytes txed (ucast + mcast) */
uint64 rx_tot_bytes; /**< data bytes recvd (ucast + mcast) */
uint64 tx_ucast_bytes; /**< data bytes txed (ucast) */
uint64 tx_mcast_bytes; /**< # data bytes txed (mcast) */
uint64 rx_ucast_bytes; /**< data bytes recvd (ucast) */
uint64 rx_mcast_bytes; /**< data bytes recvd (mcast) */
int8 rssi[WL_STA_ANT_MAX]; /**< average rssi per antenna
* of data frames
*/
int8 nf[WL_STA_ANT_MAX]; /**< per antenna noise floor */
uint16 aid; /**< association ID */
uint16 ht_capabilities; /**< advertised ht caps */
uint16 vht_flags; /**< converted vht flags */
uint16 PAD;
uint32 tx_pkts_retried; /**< # of frames where a retry was
* necessary
*/
uint32 tx_pkts_retry_exhausted; /**< # of user frames where a retry
* was exhausted
*/
int8 rx_lastpkt_rssi[WL_STA_ANT_MAX]; /**< Per antenna RSSI of last
* received data frame.
*/
/* TX WLAN retry/failure statistics:
* Separated for host requested frames and WLAN locally generated frames.
* Include unicast frame only where the retries/failures can be counted.
*/
uint32 tx_pkts_total; /**< # user frames sent successfully */
uint32 tx_pkts_retries; /**< # user frames retries */
uint32 tx_pkts_fw_total; /**< # FW generated sent successfully */
uint32 tx_pkts_fw_retries; /**< # retries for FW generated frames */
uint32 tx_pkts_fw_retry_exhausted; /**< # FW generated where a retry
* was exhausted
*/
uint32 rx_pkts_retried; /**< # rx with retry bit set */
uint32 tx_rate_fallback; /**< lowest fallback TX rate */
/* Fields above this line are common to sta_info_t versions 4 and 5 */
uint32 rx_dur_total; /* total user RX duration (estimated) */
chanspec_t chanspec; /** chanspec this sta is on */
uint16 PAD;
wl_rateset_args_v1_t rateset_adv; /* rateset along with mcs index bitmap */
uint32 PAD;
} sta_info_v4_t;
/* Note: Version 4 is the latest version of sta_info_t. Version 5 is abandoned.
* Please add new fields to version 4, not version 5.
*/
/* sta_info_t version 5 */
typedef struct {
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
uint16 cap; /**< sta's advertised capabilities */
uint16 PAD;
uint32 flags; /**< flags defined below */
uint32 idle; /**< time since data pkt rx'd from sta */
struct ether_addr ea; /**< Station address */
uint16 PAD;
wl_rateset_t rateset; /**< rateset in use */
uint32 in; /**< seconds elapsed since associated */
uint32 listen_interval_inms; /**< Min Listen interval in ms for this STA */
uint32 tx_pkts; /**< # of user packets transmitted (unicast) */
uint32 tx_failures; /**< # of user packets failed */
uint32 rx_ucast_pkts; /**< # of unicast packets received */
uint32 rx_mcast_pkts; /**< # of multicast packets received */
uint32 tx_rate; /**< Rate used by last tx frame */
uint32 rx_rate; /**< Rate of last successful rx frame */
uint32 rx_decrypt_succeeds; /**< # of packet decrypted successfully */
uint32 rx_decrypt_failures; /**< # of packet decrypted unsuccessfully */
uint32 tx_tot_pkts; /**< # of user tx pkts (ucast + mcast) */
uint32 rx_tot_pkts; /**< # of data packets recvd (uni + mcast) */
uint32 tx_mcast_pkts; /**< # of mcast pkts txed */
uint64 tx_tot_bytes; /**< data bytes txed (ucast + mcast) */
uint64 rx_tot_bytes; /**< data bytes recvd (ucast + mcast) */
uint64 tx_ucast_bytes; /**< data bytes txed (ucast) */
uint64 tx_mcast_bytes; /**< # data bytes txed (mcast) */
uint64 rx_ucast_bytes; /**< data bytes recvd (ucast) */
uint64 rx_mcast_bytes; /**< data bytes recvd (mcast) */
int8 rssi[WL_STA_ANT_MAX]; /**< average rssi per antenna
* of data frames
*/
int8 nf[WL_STA_ANT_MAX]; /**< per antenna noise floor */
uint16 aid; /**< association ID */
uint16 ht_capabilities; /**< advertised ht caps */
uint16 vht_flags; /**< converted vht flags */
uint16 PAD;
uint32 tx_pkts_retried; /**< # of frames where a retry was
* necessary
*/
uint32 tx_pkts_retry_exhausted; /**< # of user frames where a retry
* was exhausted
*/
int8 rx_lastpkt_rssi[WL_STA_ANT_MAX]; /**< Per antenna RSSI of last
* received data frame.
*/
/* TX WLAN retry/failure statistics:
* Separated for host requested frames and WLAN locally generated frames.
* Include unicast frame only where the retries/failures can be counted.
*/
uint32 tx_pkts_total; /**< # user frames sent successfully */
uint32 tx_pkts_retries; /**< # user frames retries */
uint32 tx_pkts_fw_total; /**< # FW generated sent successfully */
uint32 tx_pkts_fw_retries; /**< # retries for FW generated frames */
uint32 tx_pkts_fw_retry_exhausted; /**< # FW generated where a retry
* was exhausted
*/
uint32 rx_pkts_retried; /**< # rx with retry bit set */
uint32 tx_rate_fallback; /**< lowest fallback TX rate */
/* Fields above this line are common to sta_info_t versions 4 and 5 */
chanspec_t chanspec; /** chanspec this sta is on */
uint16 PAD;
wl_rateset_args_v1_t rateset_adv; /* rateset along with mcs index bitmap */
} sta_info_v5_t;
/*
* Pay attention to version if structure changes.
*/
/* sta_info_t version 6
changes to wl_rateset_args_t is leading to update this struct version as well.
*/
typedef struct sta_info_v6 {
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
uint16 cap; /**< sta's advertised capabilities */
uint16 PAD;
uint32 flags; /**< flags defined below */
uint32 idle; /**< time since data pkt rx'd from sta */
struct ether_addr ea; /**< Station address */
uint16 PAD;
wl_rateset_t rateset; /**< rateset in use */
uint32 in; /**< seconds elapsed since associated */
uint32 listen_interval_inms; /**< Min Listen interval in ms for this STA */
uint32 tx_pkts; /**< # of user packets transmitted (unicast) */
uint32 tx_failures; /**< # of user packets failed */
uint32 rx_ucast_pkts; /**< # of unicast packets received */
uint32 rx_mcast_pkts; /**< # of multicast packets received */
uint32 tx_rate; /**< Rate used by last tx frame */
uint32 rx_rate; /**< Rate of last successful rx frame */
uint32 rx_decrypt_succeeds; /**< # of packet decrypted successfully */
uint32 rx_decrypt_failures; /**< # of packet decrypted unsuccessfully */
uint32 tx_tot_pkts; /**< # of user tx pkts (ucast + mcast) */
uint32 rx_tot_pkts; /**< # of data packets recvd (uni + mcast) */
uint32 tx_mcast_pkts; /**< # of mcast pkts txed */
uint64 tx_tot_bytes; /**< data bytes txed (ucast + mcast) */
uint64 rx_tot_bytes; /**< data bytes recvd (ucast + mcast) */
uint64 tx_ucast_bytes; /**< data bytes txed (ucast) */
uint64 tx_mcast_bytes; /**< # data bytes txed (mcast) */
uint64 rx_ucast_bytes; /**< data bytes recvd (ucast) */
uint64 rx_mcast_bytes; /**< data bytes recvd (mcast) */
int8 rssi[WL_STA_ANT_MAX]; /**< average rssi per antenna
* of data frames
*/
int8 nf[WL_STA_ANT_MAX]; /**< per antenna noise floor */
uint16 aid; /**< association ID */
uint16 ht_capabilities; /**< advertised ht caps */
uint16 vht_flags; /**< converted vht flags */
uint16 PAD;
uint32 tx_pkts_retried; /**< # of frames where a retry was
* necessary
*/
uint32 tx_pkts_retry_exhausted; /**< # of user frames where a retry
* was exhausted
*/
int8 rx_lastpkt_rssi[WL_STA_ANT_MAX]; /**< Per antenna RSSI of last
* received data frame.
*/
/* TX WLAN retry/failure statistics:
* Separated for host requested frames and WLAN locally generated frames.
* Include unicast frame only where the retries/failures can be counted.
*/
uint32 tx_pkts_total; /**< # user frames sent successfully */
uint32 tx_pkts_retries; /**< # user frames retries */
uint32 tx_pkts_fw_total; /**< # FW generated sent successfully */
uint32 tx_pkts_fw_retries; /**< # retries for FW generated frames */
uint32 tx_pkts_fw_retry_exhausted; /**< # FW generated where a retry
* was exhausted
*/
uint32 rx_pkts_retried; /**< # rx with retry bit set */
uint32 tx_rate_fallback; /**< lowest fallback TX rate */
/* Fields above this line are common to sta_info_t versions 4 and 5 */
uint32 rx_dur_total; /* total user RX duration (estimated) */
chanspec_t chanspec; /** chanspec this sta is on */
uint16 PAD;
wl_rateset_args_v2_t rateset_adv; /* rateset along with mcs index bitmap */
} sta_info_v6_t;
/*
* Pay attention to version if structure changes.
*/
/* sta_info_t version 7
changes to wl_rateset_args_t is leading to update this struct version as well.
*/
typedef struct sta_info_v7 {
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
uint16 cap; /**< sta's advertised capabilities */
uint16 PAD;
uint32 flags; /**< flags defined below */
uint32 idle; /**< time since data pkt rx'd from sta */
struct ether_addr ea; /**< Station address */
uint16 PAD;
wl_rateset_t rateset; /**< rateset in use */
uint32 in; /**< seconds elapsed since associated */
uint32 listen_interval_inms; /**< Min Listen interval in ms for this STA */
uint32 tx_pkts; /**< # of user packets transmitted (unicast) */
uint32 tx_failures; /**< # of user packets failed */
uint32 rx_ucast_pkts; /**< # of unicast packets received */
uint32 rx_mcast_pkts; /**< # of multicast packets received */
uint32 tx_rate; /**< Rate used by last tx frame */
uint32 rx_rate; /**< Rate of last successful rx frame */
uint32 rx_decrypt_succeeds; /**< # of packet decrypted successfully */
uint32 rx_decrypt_failures; /**< # of packet decrypted unsuccessfully */
uint32 tx_tot_pkts; /**< # of user tx pkts (ucast + mcast) */
uint32 rx_tot_pkts; /**< # of data packets recvd (uni + mcast) */
uint32 tx_mcast_pkts; /**< # of mcast pkts txed */
uint64 tx_tot_bytes; /**< data bytes txed (ucast + mcast) */
uint64 rx_tot_bytes; /**< data bytes recvd (ucast + mcast) */
uint64 tx_ucast_bytes; /**< data bytes txed (ucast) */
uint64 tx_mcast_bytes; /**< # data bytes txed (mcast) */
uint64 rx_ucast_bytes; /**< data bytes recvd (ucast) */
uint64 rx_mcast_bytes; /**< data bytes recvd (mcast) */
int8 rssi[WL_STA_ANT_MAX]; /**< average rssi per antenna
* of data frames
*/
int8 nf[WL_STA_ANT_MAX]; /**< per antenna noise floor */
uint16 aid; /**< association ID */
uint16 ht_capabilities; /**< advertised ht caps */
uint16 vht_flags; /**< converted vht flags */
uint16 PAD;
uint32 tx_pkts_retried; /**< # of frames where a retry was
* necessary
*/
uint32 tx_pkts_retry_exhausted; /**< # of user frames where a retry
* was exhausted
*/
int8 rx_lastpkt_rssi[WL_STA_ANT_MAX]; /**< Per antenna RSSI of last
* received data frame.
*/
/* TX WLAN retry/failure statistics:
* Separated for host requested frames and WLAN locally generated frames.
* Include unicast frame only where the retries/failures can be counted.
*/
uint32 tx_pkts_total; /**< # user frames sent successfully */
uint32 tx_pkts_retries; /**< # user frames retries */
uint32 tx_pkts_fw_total; /**< # FW generated sent successfully */
uint32 tx_pkts_fw_retries; /**< # retries for FW generated frames */
uint32 tx_pkts_fw_retry_exhausted; /**< # FW generated where a retry
* was exhausted
*/
uint32 rx_pkts_retried; /**< # rx with retry bit set */
uint32 tx_rate_fallback; /**< lowest fallback TX rate */
/* Fields above this line are common to sta_info_t versions 4 and 5 */
uint32 rx_dur_total; /* total user RX duration (estimated) */
chanspec_t chanspec; /** chanspec this sta is on */
uint16 PAD;
wl_rateset_args_v3_t rateset_adv; /* rateset along with mcs index bitmap */
} sta_info_v7_t;
/* define to help support one version older sta_info_t from user level
* applications.
*/
#define WL_OLD_STAINFO_SIZE OFFSETOF(sta_info_t, tx_tot_pkts)
#define WL_STA_VER_4 4u
#define WL_STA_VER_5 5u
#define WL_STA_VER_6 6u
#define WL_STA_VER_7 7u
#define WLC_NUMRATES 16 /**< max # of rates in a rateset */
/**Used to get specific STA parameters */
typedef struct {
uint32 val;
struct ether_addr ea;
uint16 PAD;
} scb_val_t;
/**Used by iovar versions of some ioctls, i.e. WLC_SCB_AUTHORIZE et al */
typedef struct {
uint32 code;
scb_val_t ioctl_args;
} authops_t;
/** channel encoding */
typedef struct channel_info {
int32 hw_channel;
int32 target_channel;
int32 scan_channel;
} channel_info_t;
/** For ioctls that take a list of MAC addresses */
typedef struct maclist {
uint32 count; /**< number of MAC addresses */
struct ether_addr ea[BCM_FLEX_ARRAY]; /**< variable length array of MAC addresses */
} maclist_t;
typedef struct wds_client_info {
char ifname[INTF_NAME_SIZ]; /* WDS ifname */
struct ether_addr ea; /* WDS client MAC address */
} wds_client_info_t;
#define WDS_MACLIST_MAGIC 0xFFFFFFFF
#define WDS_MACLIST_VERSION 1
/* For wds MAC list ioctls */
typedef struct wds_maclist {
uint32 count; /* Number of WDS clients */
uint32 magic; /* Magic number */
uint32 version; /* Version number */
struct wds_client_info client_list[BCM_FLEX_ARRAY]; /* Var len array of WDS clients */
} wds_maclist_t;
/**get pkt count struct passed through ioctl */
typedef struct get_pktcnt {
uint32 rx_good_pkt;
uint32 rx_bad_pkt;
uint32 tx_good_pkt;
uint32 tx_bad_pkt;
uint32 rx_ocast_good_pkt; /**< unicast packets destined for others */
} get_pktcnt_t;
/* NINTENDO2 */
#define LQ_IDX_MIN 0
#define LQ_IDX_MAX 1
#define LQ_IDX_AVG 2
#define LQ_IDX_SUM 2
#define LQ_IDX_LAST 3
#define LQ_STOP_MONITOR 0
#define LQ_START_MONITOR 1
/** Get averages RSSI, Rx PHY rate and SNR values */
/* Link Quality */
typedef struct {
int32 rssi[LQ_IDX_LAST]; /**< Array to keep min, max, avg rssi */
int32 snr[LQ_IDX_LAST]; /**< Array to keep min, max, avg snr */
int32 isvalid; /**< Flag indicating whether above data is valid */
} wl_lq_t;
typedef enum wl_wakeup_reason_type {
LCD_ON = 1,
LCD_OFF,
DRC1_WAKE,
DRC2_WAKE,
REASON_LAST
} wl_wr_type_t;
typedef struct {
/** Unique filter id */
uint32 id;
/** stores the reason for the last wake up */
uint8 reason;
uint8 PAD[3];
} wl_wr_t;
/** Get MAC specific rate histogram command */
typedef struct {
struct ether_addr ea; /**< MAC Address */
uint8 ac_cat; /**< Access Category */
uint8 num_pkts; /**< Number of packet entries to be averaged */
} wl_mac_ratehisto_cmd_t;
/** Get MAC rate histogram response */
/* deprecated after JAGUAR branch */
typedef struct {
uint32 rate[DOT11_RATE_MAX + 1]; /**< Rates */
uint32 mcs[WL_RATESET_SZ_HT_IOCTL * WL_TX_CHAINS_MAX]; /**< MCS counts */
uint32 vht[WL_RATESET_SZ_VHT_MCS][WL_TX_CHAINS_MAX]; /**< VHT counts */
uint32 tsf_timer[2][2]; /**< Start and End time for 8bytes value */
uint32 prop11n_mcs[WLC_11N_LAST_PROP_MCS - WLC_11N_FIRST_PROP_MCS + 1]; /** MCS counts */
} wl_mac_ratehisto_res_t;
/* sta_info ecounters */
typedef struct {
struct ether_addr ea; /* Station MAC addr */
struct ether_addr BSSID; /* BSSID of the BSS */
uint32 tx_pkts_fw_total; /* # FW generated sent successfully */
uint32 tx_pkts_fw_retries; /* # retries for FW generated frames */
uint32 tx_pkts_fw_retry_exhausted; /* # FW generated which
* failed after retry
*/
} sta_info_ecounters_t;
#define STAMON_MODULE_VER 1
/**Linux network driver ioctl encoding */
typedef struct wl_ioctl {
uint32 cmd; /**< common ioctl definition */
void *buf; /**< pointer to user buffer */
uint32 len; /**< length of user buffer */
uint8 set; /**< 1=set IOCTL; 0=query IOCTL */
uint8 PAD[3];
uint32 used; /**< bytes read or written (optional) */
uint32 needed; /**< bytes needed (optional) */
} wl_ioctl_t;
#ifdef CONFIG_COMPAT
typedef struct compat_wl_ioctl {
uint32 cmd; /**< common ioctl definition */
uint32 buf; /**< pointer to user buffer */
uint32 len; /**< length of user buffer */
uint8 set; /**< 1=set IOCTL; 0=query IOCTL */
uint8 PAD[3];
uint32 used; /**< bytes read or written (optional) */
uint32 needed; /**< bytes needed (optional) */
} compat_wl_ioctl_t;
#endif /* CONFIG_COMPAT */
#define WL_NUM_RATES_CCK 4 /**< 1, 2, 5.5, 11 Mbps */
#define WL_NUM_RATES_OFDM 8 /**< 6, 9, 12, 18, 24, 36, 48, 54 Mbps SISO/CDD */
#define WL_NUM_RATES_MCS_1STREAM 8 /**< MCS 0-7 1-stream rates - SISO/CDD/STBC/MCS */
#define WL_NUM_RATES_EXTRA_VHT 2 /**< Additional VHT 11AC rates */
#define WL_NUM_RATES_VHT 10
#define WL_NUM_RATES_VHT_ALL (WL_NUM_RATES_VHT + WL_NUM_RATES_EXTRA_VHT)
#define WL_NUM_RATES_HE 12
#define WL_NUM_RATES_EHT 16u
#define WL_NUM_RATES_MCS32 1
#define UC_PATH_LEN 128u /**< uCode path length */
/*
* Structure for passing hardware and software
* revision info up from the driver.
*/
typedef struct wlc_rev_info {
uint32 vendorid; /**< PCI vendor id */
uint32 deviceid; /**< device id of chip */
uint32 radiorev; /**< radio revision */
uint32 chiprev; /**< chip revision */
uint32 corerev; /**< core revision */
uint32 boardid; /**< board identifier (usu. PCI sub-device id) */
uint32 boardvendor; /**< board vendor (usu. PCI sub-vendor id) */
uint32 boardrev; /**< board revision */
uint32 driverrev; /**< driver version */
uint32 ucoderev; /**< uCode version */
uint32 bus; /**< bus type */
uint32 chipnum; /**< chip number */
uint32 phytype; /**< phy type */
uint32 phyrev; /**< phy revision */
uint32 anarev; /**< anacore rev */
uint32 chippkg; /**< chip package info */
uint32 nvramrev; /**< nvram revision number */
uint32 phyminorrev; /**< phy minor rev */
uint32 coreminorrev; /**< core minor rev */
uint32 drvrev_major; /**< driver version: major */
uint32 drvrev_minor; /**< driver version: minor */
uint32 drvrev_rc; /**< driver version: rc */
uint32 drvrev_rc_inc; /**< driver version: rc incremental */
uint16 ucodeprebuilt; /**< uCode prebuilt flag */
uint16 ucodediffct; /**< uCode diff count */
uchar ucodeurl[128u]; /* obsolete, kept for ROM compatiblity */
uchar ucodepath[UC_PATH_LEN]; /**< uCode URL or path */
} wlc_rev_info_t;
#define WL_REV_INFO_LEGACY_LENGTH 48
#define WL_BRAND_MAX 10
typedef struct wl_instance_info {
uint32 instance;
int8 brand[WL_BRAND_MAX];
int8 PAD[4-(WL_BRAND_MAX%4)];
} wl_instance_info_t;
/** structure to change size of tx fifo */
typedef struct wl_txfifo_sz {
uint16 magic;
uint16 fifo;
uint16 size;
} wl_txfifo_sz_t;
/* Transfer info about an IOVar from the driver */
/**Max supported IOV name size in bytes, + 1 for nul termination */
#define WLC_IOV_NAME_LEN (32 + 1)
typedef struct wlc_iov_trx_s {
uint8 module;
uint8 type;
char name[WLC_IOV_NAME_LEN];
} wlc_iov_trx_t;
/** bump this number if you change the ioctl interface */
#define WLC_IOCTL_VERSION 2
#define WLC_IOCTL_VERSION_LEGACY_IOTYPES 1
/* ifdef EXT_STA */
typedef struct _wl_assoc_result {
ulong associated;
ulong NDIS_auth;
ulong NDIS_infra;
} wl_assoc_result_t;
/* EXT_STA */
#define WL_PHY_PAVARS_LEN 64 /**< Phytype, Bandrange, chain, a[0], b[0], c[0], d[0] .. */
#define WL_PHY_PAVAR_VER 1 /**< pavars version */
#define WL_PHY_PAVARS2_NUM 3 /**< a1, b0, b1 */
typedef struct wl_pavars2 {
uint16 ver; /**< version of this struct */
uint16 len; /**< len of this structure */
uint16 inuse; /**< driver return 1 for a1,b0,b1 in current band range */
uint16 phy_type; /**< phy type */
uint16 bandrange;
uint16 chain;
uint16 inpa[WL_PHY_PAVARS2_NUM]; /**< phy pavars for one band range */
} wl_pavars2_t;
typedef struct wl_po {
uint16 phy_type; /**< Phy type */
uint16 band;
uint16 cckpo;
uint16 PAD;
uint32 ofdmpo;
uint16 mcspo[8];
} wl_po_t;
#define WL_NUM_RPCALVARS 5 /**< number of rpcal vars */
typedef struct wl_rpcal {
uint16 value;
uint16 update;
} wl_rpcal_t;
#define WL_NUM_RPCALPHASEVARS 5 /* number of rpcal phase vars */
typedef struct wl_rpcal_phase {
uint16 value;
uint16 update;
} wl_rpcal_phase_t;
typedef struct wl_aci_args {
int32 enter_aci_thresh; /* Trigger level to start detecting ACI */
int32 exit_aci_thresh; /* Trigger level to exit ACI mode */
int32 usec_spin; /* microsecs to delay between rssi samples */
int32 glitch_delay; /* interval between ACI scans when glitch count is consistently high */
uint16 nphy_adcpwr_enter_thresh; /**< ADC power to enter ACI mitigation mode */
uint16 nphy_adcpwr_exit_thresh; /**< ADC power to exit ACI mitigation mode */
uint16 nphy_repeat_ctr; /**< Number of tries per channel to compute power */
uint16 nphy_num_samples; /**< Number of samples to compute power on one channel */
uint16 nphy_undetect_window_sz; /**< num of undetects to exit ACI Mitigation mode */
uint16 nphy_b_energy_lo_aci; /**< low ACI power energy threshold for bphy */
uint16 nphy_b_energy_md_aci; /**< mid ACI power energy threshold for bphy */
uint16 nphy_b_energy_hi_aci; /**< high ACI power energy threshold for bphy */
uint16 nphy_noise_noassoc_glitch_th_up; /**< wl interference 4 */
uint16 nphy_noise_noassoc_glitch_th_dn;
uint16 nphy_noise_assoc_glitch_th_up;
uint16 nphy_noise_assoc_glitch_th_dn;
uint16 nphy_noise_assoc_aci_glitch_th_up;
uint16 nphy_noise_assoc_aci_glitch_th_dn;
uint16 nphy_noise_assoc_enter_th;
uint16 nphy_noise_noassoc_enter_th;
uint16 nphy_noise_assoc_rx_glitch_badplcp_enter_th;
uint16 nphy_noise_noassoc_crsidx_incr;
uint16 nphy_noise_assoc_crsidx_incr;
uint16 nphy_noise_crsidx_decr;
} wl_aci_args_t;
#define WL_ACI_ARGS_LEGACY_LENGTH 16 /**< bytes of pre NPHY aci args */
#define WL_MACFIFO_PLAY_ARGS_T_VERSION 1u /* version of wl_macfifo_play_args_t struct */
enum wl_macfifo_play_flags {
WL_MACFIFO_PLAY_STOP = 0x00u, /* stop playing samples */
WL_MACFIFO_PLAY_START = 0x01u, /* start playing samples */
WL_MACFIFO_PLAY_LOAD = 0x02u, /* for set: load samples
for get: samples are loaded
*/
WL_MACFIFO_PLAY_CAL = 0x08u, /* macfifo play for calibration */
WL_MACFIFO_PLAY_GET_MAX_SIZE = 0x10u, /* get the macfifo buffer size */
WL_MACFIFO_PLAY_GET_STATUS = 0x20u, /* get macfifo play status */
};
typedef struct wl_macfifo_play_args {
uint16 version; /* structure version */
uint16 len; /* size of structure */
uint16 flags;
uint8 PAD[2];
uint32 data_len; /* data length */
} wl_macfifo_play_args_t;
#define WL_MACFIFO_PLAY_DATA_T_VERSION 1u /* version of wl_macfifo_play_data_t struct */
typedef struct wl_macfifo_play_data {
uint16 version; /* structure version */
uint16 len; /* size of structure */
uint32 data_len; /* data length */
} wl_macfifo_play_data_t;
#define WL_SAMPLECOLLECT_T_VERSION 2 /**< version of wl_samplecollect_args_t struct */
typedef struct wl_samplecollect_args {
/* version 0 fields */
uint8 coll_us;
uint8 PAD[3];
int32 cores;
/* add'l version 1 fields */
uint16 version; /**< see definition of WL_SAMPLECOLLECT_T_VERSION */
uint16 length; /**< length of entire structure */
int8 trigger;
uint8 PAD;
uint16 timeout;
uint16 mode;
uint16 PAD;
uint32 pre_dur;
uint32 post_dur;
uint8 gpio_sel;
uint8 downsamp;
uint8 be_deaf;
uint8 agc; /**< loop from init gain and going down */
uint8 filter; /**< override high pass corners to lowest */
/* add'l version 2 fields */
uint8 trigger_state;
uint8 module_sel1;
uint8 module_sel2;
uint16 nsamps;
uint16 PAD;
int32 bitStart;
uint32 gpioCapMask;
uint8 gpio_collection;
uint8 PAD[3];
} wl_samplecollect_args_t;
#define WL_SAMPLEDATA_T_VERSION 1 /**< version of wl_samplecollect_args_t struct */
/* version for unpacked sample data, int16 {(I,Q),Core(0..N)} */
#define WL_SAMPLEDATA_T_VERSION_SPEC_AN 2
typedef struct wl_sampledata {
uint16 version; /**< structure version */
uint16 size; /**< size of structure */
uint16 tag; /**< Header/Data */
uint16 length; /**< data length */
uint32 flag; /**< bit def */
} wl_sampledata_t;
/* WL_OTA START */
/* OTA Test Status */
enum {
WL_OTA_TEST_IDLE = 0, /**< Default Idle state */
WL_OTA_TEST_ACTIVE = 1, /**< Test Running */
WL_OTA_TEST_SUCCESS = 2, /**< Successfully Finished Test */
WL_OTA_TEST_FAIL = 3 /**< Test Failed in the Middle */
};
/* OTA SYNC Status */
enum {
WL_OTA_SYNC_IDLE = 0, /**< Idle state */
WL_OTA_SYNC_ACTIVE = 1, /**< Waiting for Sync */
WL_OTA_SYNC_FAIL = 2 /**< Sync pkt not recieved */
};
/* Various error states dut can get stuck during test */
enum {
WL_OTA_SKIP_TEST_CAL_FAIL = 1, /**< Phy calibration failed */
WL_OTA_SKIP_TEST_SYNCH_FAIL = 2, /**< Sync Packet not recieved */
WL_OTA_SKIP_TEST_FILE_DWNLD_FAIL = 3, /**< Cmd flow file download failed */
WL_OTA_SKIP_TEST_NO_TEST_FOUND = 4, /**< No test found in Flow file */
WL_OTA_SKIP_TEST_WL_NOT_UP = 5, /**< WL UP failed */
WL_OTA_SKIP_TEST_UNKNOWN_CALL /**< Unintentional scheduling on ota test */
};
/* Differentiator for ota_tx and ota_rx */
enum {
WL_OTA_TEST_TX = 0, /**< ota_tx */
WL_OTA_TEST_RX = 1, /**< ota_rx */
};
/* Catch 3 modes of operation: 20Mhz, 40Mhz, 20 in 40 Mhz */
enum {
WL_OTA_TEST_BW_20_IN_40MHZ = 0, /**< 20 in 40 operation */
WL_OTA_TEST_BW_20MHZ = 1, /**< 20 Mhz operation */
WL_OTA_TEST_BW_40MHZ = 2, /**< full 40Mhz operation */
WL_OTA_TEST_BW_80MHZ = 3 /* full 80Mhz operation */
};
#define HT_MCS_INUSE 0x00000080 /* HT MCS in use,indicates b0-6 holds an mcs */
#define VHT_MCS_INUSE 0x00000100 /* VHT MCS in use,indicates b0-6 holds an mcs */
#define OTA_RATE_MASK 0x0000007f /* rate/mcs value */
#define OTA_STF_SISO 0
#define OTA_STF_CDD 1
#define OTA_STF_STBC 2
#define OTA_STF_SDM 3
typedef struct ota_rate_info {
uint8 rate_cnt; /**< Total number of rates */
uint8 PAD;
uint16 rate_val_mbps[WL_OTA_TEST_MAX_NUM_RATE]; /**< array of rates from 1mbps to 130mbps */
/**< for legacy rates : ratein mbps * 2 */
/**< for HT rates : mcs index */
} ota_rate_info_t;
typedef struct ota_power_info {
int8 pwr_ctrl_on; /**< power control on/off */
int8 start_pwr; /**< starting power/index */
int8 delta_pwr; /**< delta power/index */
int8 end_pwr; /**< end power/index */
} ota_power_info_t;
typedef struct ota_packetengine {
uint16 delay; /**< Inter-packet delay */
/**< for ota_tx, delay is tx ifs in micro seconds */
/* for ota_rx, delay is wait time in milliseconds */
uint16 nframes; /**< Number of frames */
uint16 length; /**< Packet length */
} ota_packetengine_t;
/*
* OTA txant/rxant parameter
* bit7-4: 4 bits swdiv_tx/rx_policy bitmask, specify antenna-policy for SW diversity
* bit3-0: 4 bits TxCore bitmask, specify cores used for transmit frames
* (maximum spatial expansion)
*/
#define WL_OTA_TEST_ANT_MASK 0xF0
#define WL_OTA_TEST_CORE_MASK 0x0F
/* OTA txant/rxant 'ant_mask' field; map to Tx/Rx antenna policy for SW diversity */
enum {
WL_OTA_TEST_FORCE_ANT0 = 0x10, /* force antenna to Ant 0 */
WL_OTA_TEST_FORCE_ANT1 = 0x20, /* force antenna to Ant 1 */
};
/* antenna/core fields access */
#define WL_OTA_TEST_GET_ANT(_txant) ((_txant) & WL_OTA_TEST_ANT_MASK)
#define WL_OTA_TEST_GET_CORE(_txant) ((_txant) & WL_OTA_TEST_CORE_MASK)
/** Test info vector */
typedef struct wl_ota_test_args {
uint8 cur_test; /**< test phase */
uint8 chan; /**< channel */
uint8 bw; /**< bandwidth */
uint8 control_band; /**< control band */
uint8 stf_mode; /**< stf mode */
uint8 PAD;
ota_rate_info_t rt_info; /**< Rate info */
ota_packetengine_t pkteng; /**< packeteng info */
uint8 txant; /**< tx antenna */
uint8 rxant; /**< rx antenna */
ota_power_info_t pwr_info; /**< power sweep info */
uint8 wait_for_sync; /**< wait for sync or not */
uint8 ldpc;
uint8 sgi;
uint8 PAD;
/* Update WL_OTA_TESTVEC_T_VERSION for adding new members to this structure */
} wl_ota_test_args_t;
#define WL_OTA_TESTVEC_T_VERSION 1 /* version of wl_ota_test_vector_t struct */
typedef struct wl_ota_test_vector {
uint16 version;
wl_ota_test_args_t test_arg[WL_OTA_TEST_MAX_NUM_SEQ]; /**< Test argument struct */
uint16 test_cnt; /**< Total no of test */
uint8 file_dwnld_valid; /**< File successfully downloaded */
uint8 sync_timeout; /**< sync packet timeout */
int8 sync_fail_action; /**< sync fail action */
struct ether_addr sync_mac; /**< macaddress for sync pkt */
struct ether_addr tx_mac; /**< macaddress for tx */
struct ether_addr rx_mac; /**< macaddress for rx */
int8 loop_test; /**< dbg feature to loop the test */
uint16 test_rxcnt;
/* Update WL_OTA_TESTVEC_T_VERSION for adding new members to this structure */
} wl_ota_test_vector_t;
/** struct copied back form dongle to host to query the status */
typedef struct wl_ota_test_status {
int16 cur_test_cnt; /**< test phase */
int8 skip_test_reason; /**< skip test reasoin */
uint8 PAD;
wl_ota_test_args_t test_arg; /**< cur test arg details */
uint16 test_cnt; /**< total no of test downloaded */
uint8 file_dwnld_valid; /**< file successfully downloaded ? */
uint8 sync_timeout; /**< sync timeout */
int8 sync_fail_action; /**< sync fail action */
struct ether_addr sync_mac; /**< macaddress for sync pkt */
struct ether_addr tx_mac; /**< tx mac address */
struct ether_addr rx_mac; /**< rx mac address */
uint8 test_stage; /**< check the test status */
int8 loop_test; /**< Debug feature to puts test enfine in a loop */
uint8 sync_status; /**< sync status */
} wl_ota_test_status_t;
/* FOR ioctl that take the sta monitor information */
typedef struct stamon_data {
struct ether_addr ea;
uint8 PAD[2];
int32 rssi;
} stamon_data_t;
typedef struct stamon_info {
int32 version;
uint32 count;
stamon_data_t sta_data[BCM_FLEX_ARRAY];
} stamon_info_t;
typedef struct wl_ota_rx_rssi {
uint16 pktcnt; /* Pkt count used for this rx test */
chanspec_t chanspec; /* Channel info on which the packets are received */
int16 rssi; /* Average RSSI of the first 50% packets received */
} wl_ota_rx_rssi_t;
#define WL_OTARSSI_T_VERSION 1 /* version of wl_ota_test_rssi_t struct */
#define WL_OTA_TEST_RSSI_FIXED_SIZE OFFSETOF(wl_ota_test_rssi_t, rx_rssi)
typedef struct wl_ota_test_rssi {
uint8 version;
uint8 testcnt; /* total RSSI values, valid on o/p only */
wl_ota_rx_rssi_t rx_rssi[BCM_FLEX_ARRAY]; /* Variable len array */
} wl_ota_test_rssi_t;
/* WL_OTA END */
/**wl_radar_args_t */
typedef struct {
int32 npulses; /**< required number of pulses at n * t_int */
int32 ncontig; /**< required number of pulses at t_int */
int32 min_pw; /**< minimum pulse width (20 MHz clocks) */
int32 max_pw; /**< maximum pulse width (20 MHz clocks) */
uint16 thresh0; /**< Radar detection, thresh 0 */
uint16 thresh1; /**< Radar detection, thresh 1 */
uint16 blank; /**< Radar detection, blank control */
uint16 fmdemodcfg; /**< Radar detection, fmdemod config */
int32 npulses_lp; /**< Radar detection, minimum long pulses */
int32 min_pw_lp; /**< Minimum pulsewidth for long pulses */
int32 max_pw_lp; /**< Maximum pulsewidth for long pulses */
int32 min_fm_lp; /**< Minimum fm for long pulses */
int32 max_span_lp; /**< Maximum deltat for long pulses */
int32 min_deltat; /**< Minimum spacing between pulses */
int32 max_deltat; /**< Maximum spacing between pulses */
uint16 autocorr; /**< Radar detection, autocorr on or off */
uint16 st_level_time; /**< Radar detection, start_timing level */
uint16 t2_min; /**< minimum clocks needed to remain in state 2 */
uint8 PAD[2];
uint32 version; /**< version */
uint32 fra_pulse_err; /**< sample error margin for detecting French radar pulsed */
int32 npulses_fra; /**< Radar detection, minimum French pulses set */
int32 npulses_stg2; /**< Radar detection, minimum staggered-2 pulses set */
int32 npulses_stg3; /**< Radar detection, minimum staggered-3 pulses set */
uint16 percal_mask; /**< defines which period cal is masked from radar detection */
uint8 PAD[2];
int32 quant; /**< quantization resolution to pulse positions */
uint32 min_burst_intv_lp; /**< minimum burst to burst interval for bin3 radar */
uint32 max_burst_intv_lp; /**< maximum burst to burst interval for bin3 radar */
int32 nskip_rst_lp; /**< number of skipped pulses before resetting lp buffer */
int32 max_pw_tol; /* maximum tolerance allowd in detected pulse width for radar detection */
uint16 feature_mask; /**< 16-bit mask to specify enabled features */
uint16 thresh0_sc; /**< Radar detection, thresh 0 */
uint16 thresh1_sc; /**< Radar detection, thresh 1 */
uint8 PAD[2];
} wl_radar_args_t;
#define WL_RADAR_ARGS_VERSION_2 2
typedef struct {
uint32 version; /**< version */
uint16 thresh0_20_lo; /**< Radar detection, thresh 0 (range 5250-5350MHz) for BW 20MHz */
uint16 thresh1_20_lo; /**< Radar detection, thresh 1 (range 5250-5350MHz) for BW 20MHz */
uint16 thresh0_40_lo; /**< Radar detection, thresh 0 (range 5250-5350MHz) for BW 40MHz */
uint16 thresh1_40_lo; /**< Radar detection, thresh 1 (range 5250-5350MHz) for BW 40MHz */
uint16 thresh0_80_lo; /**< Radar detection, thresh 0 (range 5250-5350MHz) for BW 80MHz */
uint16 thresh1_80_lo; /**< Radar detection, thresh 1 (range 5250-5350MHz) for BW 80MHz */
uint16 thresh0_20_hi; /**< Radar detection, thresh 0 (range 5470-5725MHz) for BW 20MHz */
uint16 thresh1_20_hi; /**< Radar detection, thresh 1 (range 5470-5725MHz) for BW 20MHz */
uint16 thresh0_40_hi; /**< Radar detection, thresh 0 (range 5470-5725MHz) for BW 40MHz */
uint16 thresh1_40_hi; /**< Radar detection, thresh 1 (range 5470-5725MHz) for BW 40MHz */
uint16 thresh0_80_hi; /**< Radar detection, thresh 0 (range 5470-5725MHz) for BW 80MHz */
uint16 thresh1_80_hi; /**< Radar detection, thresh 1 (range 5470-5725MHz) for BW 80MHz */
uint16 thresh0_160_lo; /**< Radar detection, thresh 0 (range 5250-5350MHz) for BW 160MHz */
uint16 thresh1_160_lo; /**< Radar detection, thresh 1 (range 5250-5350MHz) for BW 160MHz */
uint16 thresh0_160_hi; /**< Radar detection, thresh 0 (range 5470-5725MHz) for BW 160MHz */
uint16 thresh1_160_hi; /**< Radar detection, thresh 1 (range 5470-5725MHz) for BW 160MHz */
} wl_radar_thr_t;
typedef struct {
uint32 version; /* version */
uint16 thresh0_sc_20_lo;
uint16 thresh1_sc_20_lo;
uint16 thresh0_sc_40_lo;
uint16 thresh1_sc_40_lo;
uint16 thresh0_sc_80_lo;
uint16 thresh1_sc_80_lo;
uint16 thresh0_sc_20_hi;
uint16 thresh1_sc_20_hi;
uint16 thresh0_sc_40_hi;
uint16 thresh1_sc_40_hi;
uint16 thresh0_sc_80_hi;
uint16 thresh1_sc_80_hi;
uint16 fc_varth_sb;
uint16 fc_varth_bin5_sb;
uint16 notradar_enb;
uint16 max_notradar_lp;
uint16 max_notradar;
uint16 max_notradar_lp_sc;
uint16 max_notradar_sc;
uint16 highpow_war_enb;
uint16 highpow_sp_ratio; //unit is 0.5
} wl_radar_thr2_t;
#define WL_RADAR_THR_VERSION 2
typedef struct {
uint32 ver;
uint32 len;
int32 rssi_th[3];
uint8 rssi_gain_80[4];
uint8 rssi_gain_160[4];
} wl_dyn_switch_th_t;
#define WL_PHY_DYN_SWITCH_TH_VERSION 1
/** RSSI per antenna */
typedef struct {
uint32 version; /**< version field */
uint32 count; /**< number of valid antenna rssi */
int8 rssi_ant[WL_RSSI_ANT_MAX]; /**< rssi per antenna */
int8 rssi_sum; /**< summed rssi across all antennas */
int8 PAD[3];
} wl_rssi_ant_t;
/* SNR per antenna */
typedef struct {
uint32 version; /* version field */
uint32 count; /* number of valid antenna snr */
int8 snr_ant[WL_RSSI_ANT_MAX]; /* snr per antenna */
} wl_snr_ant_t;
/* Noise per antenna */
typedef struct {
uint32 version; /* version field */
uint32 count; /* number of valid antenna NF */
int8 noise_ant[WL_RSSI_ANT_MAX]; /* NF per antenna */
} wl_noise_ant_t;
/* Weighted average support */
#define WL_WA_VER 0 /* Initial version - Basic WA algorithm only */
#define WL_WA_ALGO_BASIC 0 /* Basic weighted average algorithm (all 4 metrics) */
#define WL_WA_TYPE_RSSI 0
#define WL_WA_TYPE_SNR 1
#define WL_WA_TYPE_TXRATE 2
#define WL_WA_TYPE_RXRATE 3
#define WL_WA_TYPE_MAX 4
typedef struct { /* payload of subcmd in xtlv */
uint8 id;
uint8 n_total; /* Total number of samples (n_total >= n_recent) */
uint8 n_recent; /* Number of samples denoted as recent */
uint8 w_recent; /* Total weight for the recent samples (as percentage) */
} wl_wa_basic_params_t;
typedef struct {
uint16 ver;
uint16 len;
uint8 subcmd[]; /* sub-cmd in bcm_xtlv_t */
} wl_wa_cmd_t;
/** data structure used in 'dfs_status' wl interface, which is used to query dfs status */
typedef struct {
uint32 state; /**< noted by WL_DFS_CACSTATE_XX. */
uint32 duration; /**< time spent in ms in state. */
/**
* as dfs enters ISM state, it removes the operational channel from quiet channel
* list and notes the channel in channel_cleared. set to 0 if no channel is cleared
*/
chanspec_t chanspec_cleared;
/** chanspec cleared used to be a uint32, add another to uint16 to maintain size */
uint16 PAD;
} wl_dfs_status_t;
typedef struct {
uint32 state; /* noted by WL_DFS_CACSTATE_XX */
uint32 duration; /* time spent in ms in state */
chanspec_t chanspec; /* chanspec of this core */
chanspec_t chanspec_last_cleared; /* chanspec last cleared for operation by scanning */
uint16 sub_type; /* currently just the index of the core or the respective PLL */
uint16 PAD;
} wl_dfs_sub_status_t;
#define WL_DFS_STATUS_ALL_VERSION (1)
typedef struct {
uint16 version; /* version field; current max version 1 */
uint16 num_sub_status;
wl_dfs_sub_status_t dfs_sub_status[BCM_FLEX_ARRAY]; /* Array of len num_sub_status */
} wl_dfs_status_all_t;
#define WL_DFS_AP_MOVE_VERSION (1)
struct wl_dfs_ap_move_status_v1 {
int16 dfs_status; /* DFS scan status */
chanspec_t chanspec; /* New AP Chanspec */
wl_dfs_status_t cac_status; /* CAC status */
};
typedef struct wl_dfs_ap_move_status_v2 {
int8 version; /* version field; current max version 1 */
int8 move_status; /* DFS move status */
chanspec_t chanspec; /* New AP Chanspec */
wl_dfs_status_all_t scan_status; /* status; see dfs_status_all for wl_dfs_status_all_t */
} wl_dfs_ap_move_status_v2_t;
#define WL_DFS_AP_MOVE_ABORT -1 /* Abort any dfs_ap_move in progress immediately */
#define WL_DFS_AP_MOVE_STUNT -2 /* Stunt move but continue background CSA if in progress */
/** data structure used in 'radar_status' wl interface, which is use to query radar det status */
typedef struct {
uint8 detected;
uint8 PAD[3];
int32 count;
uint8 pretended;
uint8 PAD[3];
uint32 radartype;
uint32 timenow;
uint32 timefromL;
int32 lp_csect_single;
int32 detected_pulse_index;
int32 nconsecq_pulses;
chanspec_t ch;
uint8 PAD[2];
int32 pw[10];
int32 intv[10];
int32 fm[10];
} wl_radar_status_t;
#define NUM_PWRCTRL_RATES 12
typedef struct {
uint8 txpwr_band_max[NUM_PWRCTRL_RATES]; /**< User set target */
uint8 txpwr_limit[NUM_PWRCTRL_RATES]; /**< reg and local power limit */
uint8 txpwr_local_max; /**< local max according to the AP */
uint8 txpwr_local_constraint; /**< local constraint according to the AP */
uint8 txpwr_chan_reg_max; /**< Regulatory max for this channel */
uint8 txpwr_target[2][NUM_PWRCTRL_RATES]; /**< Latest target for 2.4 and 5 Ghz */
uint8 txpwr_est_Pout[2]; /**< Latest estimate for 2.4 and 5 Ghz */
uint8 txpwr_opo[NUM_PWRCTRL_RATES]; /**< On G phy, OFDM power offset */
uint8 txpwr_bphy_cck_max[NUM_PWRCTRL_RATES]; /**< Max CCK power for this band (SROM) */
uint8 txpwr_bphy_ofdm_max; /**< Max OFDM power for this band (SROM) */
uint8 txpwr_aphy_max[NUM_PWRCTRL_RATES]; /**< Max power for A band (SROM) */
int8 txpwr_antgain[2]; /**< Ant gain for each band - from SROM */
uint8 txpwr_est_Pout_gofdm; /**< Pwr estimate for 2.4 OFDM */
} tx_power_legacy_t;
#define WL_TX_POWER_RATES_LEGACY 45
#define WL_TX_POWER_MCS20_FIRST 12
#define WL_TX_POWER_MCS20_NUM 16
#define WL_TX_POWER_MCS40_FIRST 28
#define WL_TX_POWER_MCS40_NUM 17
typedef struct {
uint32 flags;
chanspec_t chanspec; /**< txpwr report for this channel */
chanspec_t local_chanspec; /**< channel on which we are associated */
uint8 local_max; /**< local max according to the AP */
uint8 local_constraint; /**< local constraint according to the AP */
int8 antgain[2]; /**< Ant gain for each band - from SROM */
uint8 rf_cores; /**< count of RF Cores being reported */
uint8 est_Pout[4]; /**< Latest tx power out estimate per RF
* chain without adjustment
*/
uint8 est_Pout_cck; /**< Latest CCK tx power out estimate */
uint8 user_limit[WL_TX_POWER_RATES_LEGACY]; /**< User limit */
uint8 reg_limit[WL_TX_POWER_RATES_LEGACY]; /**< Regulatory power limit */
uint8 board_limit[WL_TX_POWER_RATES_LEGACY]; /**< Max power board can support (SROM) */
uint8 target[WL_TX_POWER_RATES_LEGACY]; /**< Latest target power */
uint8 PAD[2];
} tx_power_legacy2_t;
#define WL_NUM_2x2_ELEMENTS 4
#define WL_NUM_3x3_ELEMENTS 6
#define WL_NUM_4x4_ELEMENTS 10
typedef struct {
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
uint32 flags;
chanspec_t chanspec; /**< txpwr report for this channel */
chanspec_t local_chanspec; /**< channel on which we are associated */
uint32 buflen; /**< ppr buffer length */
uint8 pprbuf[BCM_FLEX_ARRAY]; /**< Latest target power buffer */
} wl_txppr_t;
#define WL_TXPPR_VERSION 1
#define WL_TXPPR_LENGTH (sizeof(wl_txppr_t))
#define TX_POWER_T_VERSION 45
#define TX_POWER_T_VERSION_V2 46
#define TX_POWER_T_VERSION_V3 47
/* curpower ppr types */
enum {
PPRTYPE_TARGETPOWER = 1u,
PPRTYPE_BOARDLIMITS = 2u,
PPRTYPE_REGLIMITS = 3u,
PPRTYPE_RU_REGLIMITS = 4u,
PPRTYPE_RU_BOARDLIMITS = 5u,
PPRTYPE_RU_TARGETPOWER = 6u,
PPRTYPE_DYNAMIC_INFO = 7u,
PPRTYPE_TGT_PWR_PSU = 8u,
PPRTYPE_BOARDLIMITS_PSU = 9u,
PPRTYPE_REGLIMITS_PSU = 10u,
PPRTYPE_TGT_PWR_MRU = 11u,
PPRTYPE_BOARDLIMITS_MRU = 12u,
PPRTYPE_REGLIMITS_MRU = 13u,
PPRTYPE_LAST
};
/** number of ppr serialization buffers, it should be reg, board and target */
#define WL_TXPPR_SER_BUF_NUM (PPRTYPE_LAST - 1)
typedef struct chanspec_txpwr_max {
chanspec_t chanspec; /**< chanspec */
int8 txpwr_max; /**< max txpwr in all the rates */
uint8 txpwr_cat; /**< txpwr category for 6g */
} chanspec_txpwr_max_t;
typedef struct wl_chanspec_txpwr_max {
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
uint32 count; /**< number of (chanspec, txpwr_max) pair */
chanspec_txpwr_max_t txpwr[BCM_FLEX_ARRAY]; /**< array of (chanspec, max_txpwr) pair */
} wl_chanspec_txpwr_max_t;
#define WL_CHANSPEC_TXPWR_MAX_VER 1
#define WL_CHANSPEC_TXPWR_MAX_LEN \
(OFFSETOF(wl_chanspec_txpwr_max_t, txpwr) + sizeof(chanspec_txpwr_max_t))
typedef struct tx_inst_power {
uint8 txpwr_est_Pout[2]; /**< Latest estimate for 2.4 and 5 Ghz */
uint8 txpwr_est_Pout_gofdm; /**< Pwr estimate for 2.4 OFDM */
} tx_inst_power_t;
#define WL_NUM_TXCHAIN_MAX 4
#if WL_NUM_TXCHAIN_MAX > 4
#error "WL_NUM_TXCHAIN_MAX is exceeded more than MCSSQSNR defs (4)"
#endif
typedef struct wl_txchain_pwr_offsets {
int8 offset[WL_NUM_TXCHAIN_MAX]; /**< quarter dBm signed offset for each chain */
} wl_txchain_pwr_offsets_t;
/** maximum channels returned by the get valid channels iovar */
#define WL_NUMCHANNELS 64
#define WL_NUMCHANNELS_MANY_CHAN 10
#define WL_ITER_LIMIT_MANY_CHAN 5
#define WL_MIMO_PS_CFG_VERSION_1 1
typedef struct wl_mimops_cfg {
uint8 version;
/* active_chains: 0 for all, 1 for 1 chain. */
uint8 active_chains;
/* static (0) or dynamic (1).or disabled (3) Mode applies only when active_chains = 0. */
uint8 mode;
/* bandwidth = Full (0), 20M (1), 40M (2), 80M (3). */
uint8 bandwidth;
uint8 applychangesafterlearning;
uint8 PAD[3];
} wl_mimops_cfg_t;
/* This event is for tracing MIMO PS metrics snapshot calls.
* It is helpful to debug out-of-sync issue between
* ucode SHM values and FW snapshot calculation.
* It is part of the EVENT_LOG_TAG_MIMO_PS_TRACE.
*/
#define WL_MIMO_PS_METRICS_SNAPSHOT_TRACE_TYPE 0
typedef struct wl_mimo_ps_metrics_snapshot_trace {
/* type field for this TLV: */
uint16 type;
/* length field for this TLV */
uint16 len;
uint32 idle_slotcnt_mimo; /* MIMO idle slotcnt raw SHM value */
uint32 last_idle_slotcnt_mimo; /* stored value snapshot */
uint32 idle_slotcnt_siso; /* SISO idle slotcnt raw SHM value */
uint32 last_idle_slotcnt_siso; /* stored value snapshot */
uint32 rx_time_mimo; /* Rx MIMO raw SHM value */
uint32 last_rx_time_mimo; /* stored value snapshot */
uint32 rx_time_siso; /* RX SISO raw SHM value */
uint32 last_rx_time_siso; /* stored value snapshot */
uint32 tx_time_1chain; /* Tx 1-chain raw SHM value */
uint32 last_tx_time_1chain; /* stored value snapshot */
uint32 tx_time_2chain; /* Tx 2-chain raw SHM value */
uint32 last_tx_time_2chain; /* stored value snapshot */
uint32 tx_time_3chain; /* Tx 3-chain raw SHM value */
uint32 last_tx_time_3chain; /* stored value snapshot */
uint16 reason; /* reason for snapshot call, see below */
/* Does the call reset last values after delta calculation */
uint16 reset_last;
} wl_mimo_ps_metrics_snapshot_trace_t;
/* reason codes for mimo ps metrics snapshot function calls */
#define WL_MIMOPS_METRICS_SNAPSHOT_REPORT 1
#define WL_MIMOPS_METRICS_SNAPSHOT_RXCHAIN_SET 2
#define WL_MIMOPS_METRICS_SNAPSHOT_ARBI 3
#define WL_MIMOPS_METRICS_SNAPSHOT_SLOTUPD 4
#define WL_MIMOPS_METRICS_SNAPSHOT_PMBCNRX 5
#define WL_MIMOPS_METRICS_SNAPSHOT_BMACINIT 6
#define WL_MIMOPS_METRICS_SNAPSHOT_HT_COMPLETE 7
#define WL_MIMOPS_METRICS_SNAPSHOT_OCL 8
#define WL_MIMO_PS_STATUS_VERSION_2 2
typedef struct wl_mimo_ps_status {
uint8 version;
uint8 ap_cap; /* The associated AP's capability (BW, MIMO/SISO). */
uint8 association_status; /* How we are associated to the AP (MIMO/SISO). */
uint8 mimo_ps_state; /* mimo_ps_cfg states: [0-5]. See below for values */
uint8 mrc_state; /* MRC state: NONE (0), ACTIVE(1) */
uint8 bss_rxchain; /* bss rxchain bitmask */
uint8 bss_txchain; /* bss txchain bitmask */
uint8 bss_bw; /* bandwidth: Full (0), 20M (1), 40M (2), 80M (3), etc */
uint16 hw_state; /* bitmask of hw state. See below for values */
uint8 hw_rxchain; /* actual HW rxchain bitmask */
uint8 hw_txchain; /* actual HW txchain bitmask */
uint8 hw_bw; /* bandwidth: Full (0), 20M (1), 40M (2), 80M (3), etc */
uint8 pm_bcnrx_state; /* actual state of ucode flag */
uint8 basic_rates_present; /* internal flag to trigger siso bcmc rx */
uint8 siso_bcmc_rx_state; /* actual state of ucode flag */
} wl_mimo_ps_status_t;
#define WL_MIMO_PS_STATUS_VERSION_1 1
typedef struct wl_mimo_ps_status_v1 {
uint8 version;
uint8 ap_cap; /* The associated AP's capability (BW, MIMO/SISO). */
uint8 association_status; /* How we are associated to the AP (MIMO/SISO). */
uint8 mimo_ps_state; /* mimo_ps_cfg states: [0-5]. See below for values */
uint8 mrc_state; /* MRC state: NONE (0), ACTIVE(1) */
uint8 bss_rxchain; /* bss rxchain bitmask */
uint8 bss_txchain; /* bss txchain bitmask */
uint8 bss_bw; /* bandwidth: Full (0), 20M (1), 40M (2), 80M (3), etc */
uint16 hw_state; /* bitmask of hw state. See below for values */
uint8 hw_rxchain; /* actual HW rxchain bitmask */
uint8 hw_txchain; /* actual HW txchain bitmask */
uint8 hw_bw; /* bandwidth: Full (0), 20M (1), 40M (2), 80M (3), etc */
uint8 PAD[3];
} wl_mimo_ps_status_v1_t;
#define WL_MIMO_PS_STATUS_AP_CAP(ap_cap) (ap_cap & 0x0F)
#define WL_MIMO_PS_STATUS_AP_CAP_BW(ap_cap) (ap_cap >> 4)
#define WL_MIMO_PS_STATUS_ASSOC_BW_SHIFT 4
/* version 3: assoc status: low nibble is status enum, high other flags */
#define WL_MIMO_PS_STATUS_VERSION_3 3
#define WL_MIMO_PS_STATUS_ASSOC_STATUS_MASK 0x0F
#define WL_MIMO_PS_STATUS_ASSOC_STATUS_VHT_WITHOUT_OMN 0x80
/* mimo_ps_status: ap_cap/association status */
enum {
WL_MIMO_PS_STATUS_ASSOC_NONE = 0,
WL_MIMO_PS_STATUS_ASSOC_SISO = 1,
WL_MIMO_PS_STATUS_ASSOC_MIMO = 2,
WL_MIMO_PS_STATUS_ASSOC_LEGACY = 3
};
/* mimo_ps_status: mimo_ps_cfg states */
enum {
WL_MIMO_PS_CFG_STATE_NONE = 0,
WL_MIMO_PS_CFG_STATE_INFORM_AP_INPROGRESS = 1,
WL_MIMO_PS_CFG_STATE_INFORM_AP_DONE = 2,
WL_MIMO_PS_CFG_STATE_LEARNING = 3,
WL_MIMO_PS_CFG_STATE_HW_CONFIGURE = 4,
WL_MIMO_PS_CFG_STATE_INFORM_AP_PENDING = 5
};
/* mimo_ps_status: hw_state values */
#define WL_MIMO_PS_STATUS_HW_STATE_NONE 0
#define WL_MIMO_PS_STATUS_HW_STATE_LTECOEX (0x1 << 0)
#define WL_MIMO_PS_STATUS_HW_STATE_MIMOPS_BSS (0x1 << 1)
#define WL_MIMO_PS_STATUS_HW_STATE_SCAN (0x1 << 3)
#define WL_MIMO_PS_STATUS_HW_STATE_TXPPR (0x1 << 4)
#define WL_MIMO_PS_STATUS_HW_STATE_PWRTHOTTLE (0x1 << 5)
#define WL_MIMO_PS_STATUS_HW_STATE_TMPSENSE (0x1 << 6)
#define WL_MIMO_PS_STATUS_HW_STATE_IOVAR (0x1 << 7)
#define WL_MIMO_PS_STATUS_HW_STATE_AP_BSS (0x1 << 8)
/* mimo_ps_status: mrc states */
#define WL_MIMO_PS_STATUS_MRC_NONE 0
#define WL_MIMO_PS_STATUS_MRC_ACTIVE 1
/* mimo_ps_status: core flag states for single-core beacon and siso-bcmc rx */
#define WL_MIMO_PS_STATUS_MHF_FLAG_NONE 0
#define WL_MIMO_PS_STATUS_MHF_FLAG_ACTIVE 1
#define WL_MIMO_PS_STATUS_MHF_FLAG_COREDOWN 2
#define WL_MIMO_PS_STATUS_MHF_FLAG_INVALID 3
/* Type values for the REASON */
#define WL_MIMO_PS_PS_LEARNING_ABORTED (1 << 0)
#define WL_MIMO_PS_PS_LEARNING_COMPLETED (1 << 1)
#define WL_MIMO_PS_PS_LEARNING_ONGOING (1 << 2)
typedef struct wl_mimo_ps_learning_event_data {
uint32 startTimeStamp;
uint32 endTimeStamp;
uint16 reason;
struct ether_addr BSSID;
uint32 totalSISO_below_rssi_threshold;
uint32 totalMIMO_below_rssi_threshold;
uint32 totalSISO_above_rssi_threshold;
uint32 totalMIMO_above_rssi_threshold;
} wl_mimo_ps_learning_event_data_t;
#define WL_MIMO_PS_PS_LEARNING_CFG_ABORT (1 << 0)
#define WL_MIMO_PS_PS_LEARNING_CFG_STATUS (1 << 1)
#define WL_MIMO_PS_PS_LEARNING_CFG_CONFIG (1 << 2)
#define WL_MIMO_PS_PS_LEARNING_CFG_MASK (0x7)
#define WL_MIMO_PS_PS_LEARNING_CFG_V1 1
typedef struct wl_mimops_learning_cfg {
/* flag: bit 0 for abort */
/* flag: bit 1 for status */
/* flag: bit 2 for configuring no of packets and rssi */
uint8 flag;
/* mimo ps learning version, compatible version is 0 */
uint8 version;
/* if version is 0 or rssi is 0, ignored */
int8 learning_rssi_threshold;
uint8 reserved;
uint32 no_of_packets_for_learning;
wl_mimo_ps_learning_event_data_t mimops_learning_data;
} wl_mimops_learning_cfg_t;
/* ocl status is reported per slice */
#define WL_OCL_STATUS_VERSION_1 1
typedef struct ocl_status_info {
uint8 version;
uint8 len;
uint16 fw_status; /* Bits representing FW disable reasons */
uint8 hw_status; /* Bits for actual HW config and SISO/MIMO coremask */
uint8 coremask; /* The ocl core mask (indicating listening core) */
} ocl_status_info_t;
#define WL_OCL_STATUS_VERSION_2 2 /* v2 supports disable stats */
typedef struct ocl_status_info_v2 {
uint8 version;
uint8 len;
uint8 hw_status; /* Bits for actual HW config and SISO/MIMO coremask */
uint8 coremask; /* The ocl core mask (indicating listening core) */
uint32 fw_status; /* Bits representing FW disable reasons */
uint32 disable_start_req; /* disable reason which triggered the ocl state change
* from enable to disable, afterwards there could be more
* disable reason(s) active before ocl state is enabled
* again. All current disable reason(s) are
* indicated in fw_status and at snapshot maynot include
* the disable reason which actually triggered ocl disable
* as reasons become active/inactive independently.
*/
uint32 enable_start_req; /* disable reason which triggered the ocl state change
* from disable to enable. This is the reason which very
* recently turned off which caused the ocl to enable.
*/
uint32 cur_ts; /* current timestamp (ms) */
uint32 disable_start_ts; /* disable_start_req timestamp (ms) */
uint32 enable_start_ts; /* enable_start_req timestamp (ms) */
uint32 disable_count_as; /* total effective-disable (i.e., ocl state changing
* from enable-to-disable) count since last assoc
*/
uint32 disable_reqs_count_as; /* total disable requests since last assoc */
uint32 disable_dur_as; /* total disable duration (ms) since last assoc */
uint32 disable_count; /* total effective-disable count */
uint32 disable_reqs_count; /* total disable requests */
uint32 disable_dur; /* total disable duration (ms) */
} ocl_status_info_v2_t;
/* v3 shows per-chanspec OCL status, active link type
* on that chanspec, and user's ocl configuration
*/
#define WL_OCL_STATUS_VERSION_3 3
typedef struct ocl_status_info_v3 {
uint8 version;
uint8 len;
uint8 hw_status; /* Bits for actual HW config and SISO/MIMO coremask */
uint8 coremask; /* The ocl core mask (indicating listening core) */
uint32 fw_status; /* Bits representing FW disable reasons */
uint32 disable_start_req; /* disable reason which triggered the ocl state change
* from enable to disable, afterwards there could be more
* disable reason(s) active before ocl state is enabled
* again. All current disable reason(s) are
* indicated in fw_status and at snapshot maynot include
* the disable reason which actually triggered ocl disable
* as reasons become active/inactive independently.
*/
uint32 enable_start_req; /* disable reason which triggered the ocl state change
* from disable to enable. This is the reason which very
* recently turned off which caused the ocl to enable.
*/
uint32 cur_ts; /* current timestamp (ms) */
uint32 disable_start_ts; /* disable_start_req timestamp (ms) */
uint32 enable_start_ts; /* enable_start_req timestamp (ms) */
uint32 disable_count_as; /* total effective-disable (i.e., ocl state changing
* from enable-to-disable) count since last assoc
*/
uint32 disable_reqs_count_as; /* total disable requests since last assoc */
uint32 disable_dur_as; /* total disable duration (ms) since last assoc */
uint32 disable_count; /* total effective-disable count */
uint32 disable_reqs_count; /* total disable requests */
uint32 disable_dur; /* total disable duration (ms) */
uint16 chanspec; /* chanspec on which ocl_status is reported */
uint8 active_link; /* Bits showing which link is active */
uint8 ocl_en; /* user's configuation */
} ocl_status_info_v3_t;
#define OCL_SET_INFRA (1u << 0u) /* host OCL enable/disable for INFRA */
#define OCL_SET_NAN (1u << 1u) /* host OCL enable/disable for NAN */
#define OCL_SET_AWDL (1u << 2u) /* host OCL enable/disable for AWDL */
/* MWS OCL map */
#define WL_MWS_OCL_OVERRIDE_VERSION_1 1
typedef struct wl_mws_ocl_override {
uint16 version; /* Structure version */
uint16 bitmap_2g; /* bitmap for 2.4G channels bits 1-13 */
uint16 bitmap_5g_lo; /* bitmap for 5G low channels by 2:
* 34-48, 52-56, 60-64, 100-102
*/
uint16 bitmap_5g_mid; /* bitmap for 5G mid channels by 2:
* 104, 108-112, 116-120, 124-128,
* 132-136, 140, 149-151
*/
uint16 bitmap_5g_high; /* bitmap for 5G high channels by 2
* 153, 157-161, 165
*/
} wl_mws_ocl_override_t;
/* Bits for fw_status and disable/enable start request */
#define OCL_DISABLED_HOST (1u << 0u) /* Disabled by host through ocl_enable */
#define OCL_DISABLED_RSSI (1u << 1u) /* Disabled because of ocl_rssi_threshold */
#define OCL_DISABLED_LTEC (1u << 2u) /* Disabled due to LTE Coex activity */
#define OCL_DISABLED_SISO (1u << 3u) /* Disabled while in SISO mode */
#define OCL_DISABLED_CAL (1u << 4u) /* Disabled during active calibration */
#define OCL_DISABLED_CHANSWITCH (1u << 5u) /* Disabled during channel switch */
#define OCL_DISABLED_ASPEND (1u << 6u) /* Disabled due to assoc pending */
#define OCL_DISABLED_SEQ_RANGE (1u << 7u) /* Disabled during SEQ Ranging */
#define OCL_DISABLED_RXIQ_EST_BTLOWAR (1u << 8u) /* Disabled if the bt-lo-war is active */
#define OCL_DISABLED_IDLE_TSSICAL (1u << 9u) /* Disabled if TSSI Cal in progress */
#define OCL_DISABLED_TONE (1u << 10u) /* Disabled if the tone is active */
#define OCL_DISABLED_NOISECAL (1u << 11u) /* Disabled if the noise cal is active */
#define OCL_DISABLED_INIT (1u << 12u) /* Disabled during phy init */
#define OCL_DISABLED_AZ (1u << 13u) /* Disabled during 802.11az ranging */
#define OCL_DISABLED_PHYTS (1u << 14u) /* Disabled during PHYTS */
#define OCL_DISABLED_SCPEND (1u << 15u) /* Disabled due to scan pending */
#define OCL_DISABLED_EMLSR (1u << 16u) /* Disabled due to EMLSR enabled */
#define OCL_DISABLED_BTBPHYWAR (1u << 17u) /* Disabled during BT eSCO traffic */
#define OCL_DISABLED_SCCA_MIT (1u << 18u) /* Disabled when SCCA enabled, sccatxlbt=1 */
#define OCL_DISABLED_BTMRC_USECASE (1u << 19u) /* Disabled when BT has MRC enabled */
/* Bits for hw_status */
#define OCL_HWCFG 0x01u /* State of OCL config bit in phy HW */
#define OCL_HWMIMO 0x02u /* Set if current coremask is > 1 bit */
#define OCL_COREDOWN 0x80u /* Set if core is currently down */
#define WL_OPS_CFG_VERSION_1 1
/* Common IOVAR struct */
typedef struct wl_ops_cfg_v1 {
uint16 version;
uint16 len; /* total length includes fixed fields and variable data[] */
uint16 subcmd_id; /* subcommand id */
uint16 padding; /* reserved / padding for 4 byte align */
uint8 data[]; /* subcommand data; could be empty */
} wl_ops_cfg_v1_t;
/* subcommands ids */
enum {
WL_OPS_CFG_SUBCMD_ENABLE = 0, /* OPS enable/disable mybss and obss
* for nav and plcp options
*/
WL_OPS_CFG_SUBCMD_MAX_SLEEP_DUR = 1, /* Max sleep duration used for OPS */
WL_OPS_CFG_SUBCMD_RESET_STATS = 2 /* Reset stats part of ops_status
* on both slices
*/
};
#define WL_OPS_CFG_MASK 0xffff
#define WL_OPS_CFG_CAP_MASK 0xffff0000
#define WL_OPS_CFG_CAP_SHIFT 16 /* Shift bits to locate the OPS CAP */
#define WL_OPS_MAX_SLEEP_DUR 12500 /* max ops duration in us */
#define WL_OPS_MINOF_MAX_SLEEP_DUR 512 /* minof max ops duration in us */
#define WL_OPS_SUPPORTED_CFG (WL_OPS_MYBSS_PLCP_DUR | WL_OPS_MYBSS_NAV_DUR \
| WL_OPS_OBSS_PLCP_DUR | WL_OPS_OBSS_NAV_DUR)
#define WL_OPS_DEFAULT_CFG WL_OPS_SUPPORTED_CFG
/* WL_OPS_CFG_SUBCMD_ENABLE */
typedef struct wl_ops_cfg_enable {
uint32 bits; /* selectively enable ops for mybss and obss */
} wl_ops_cfg_enable_t;
/* Bits for WL_OPS_CFG_SUBCMD_ENABLE Parameter */
#define WL_OPS_MYBSS_PLCP_DUR 0x1 /* OPS based on mybss 11b & 11n mixed HT frames
* PLCP header duration
*/
#define WL_OPS_MYBSS_NAV_DUR 0x2 /* OPS based on mybss RTS-CTS duration */
#define WL_OPS_OBSS_PLCP_DUR 0x4 /* OPS based on obss 11b & 11n mixed HT frames
* PLCP header duration
*/
#define WL_OPS_OBSS_NAV_DUR 0x8 /* OPS based on obss RTS-CTS duration */
/* WL_OPS_CFG_SUBCMD_MAX_SLEEP_DUR */
typedef struct wl_ops_cfg_max_sleep_dur {
uint32 val; /* maximum sleep duration (us) used for OPS */
} wl_ops_cfg_max_sleep_dur_t;
/* WL_OPS_CFG_SUBCMD_RESET_STATS */
typedef struct wl_ops_cfg_reset_stats {
uint32 val; /* bitmap of slices, 0 means all slices */
} wl_ops_cfg_reset_stats_t;
#define WL_OPS_STATUS_VERSION_1 1
#define WL_OPS_STATUS_VERSION_2 2 /* V1 + a few C RX CCA raw stats */
#define OPS_DUR_HIST_BINS 5 /* number of bins used, 0-1, 1-2, 2-4, 4-8, >8 msec */
typedef struct wl_ops_status_v1 {
uint16 version;
uint16 len; /* Total length including all fixed fields */
uint8 slice_index; /* Slice for which status is reported */
uint8 disable_obss; /* indicate if obss cfg is disabled */
uint8 pad[2]; /* 4-byte alignment */
uint32 disable_reasons; /* FW disable reasons */
uint32 disable_duration; /* ops disable time(ms) due to disable reasons */
uint32 applied_ops_config; /* currently applied ops config */
uint32 partial_ops_dur; /* Total time (in usec) of partial ops duration */
uint32 full_ops_dur; /* Total time (in usec) of full ops duration */
uint32 count_dur_hist[OPS_DUR_HIST_BINS]; /* ops occurrence histogram */
uint32 nav_cnt; /* number of times ops triggered based NAV duration */
uint32 plcp_cnt; /* number of times ops triggered based PLCP duration */
uint32 mybss_cnt; /* number of times mybss ops trigger */
uint32 obss_cnt; /* number of times obss ops trigger */
uint32 miss_dur_cnt; /* number of times ops couldn't happen
* due to insufficient duration
*/
uint32 miss_premt_cnt; /* number of times ops couldn't happen due
* to not meeting Phy preemption thresh
*/
uint32 max_dur_cnt; /* number of times ops did not trigger due to
* frames exceeding max sleep duration
*/
uint32 wake_cnt; /* number of ops miss due to wake reason */
uint32 bcn_wait_cnt; /* number of ops miss due to waiting for bcn */
} wl_ops_status_v1_t;
typedef struct wl_ops_status_v2 {
uint16 version;
uint16 len; /* Total length including all fixed fields */
uint8 slice_index; /* Slice for which status is reported */
uint8 disable_obss; /* indicate if obss cfg is disabled */
uint8 pad[2]; /* 4-byte alignment */
uint32 disable_reasons; /* FW disable reasons */
uint32 disable_duration; /* ops disable time(ms) due to disable reasons */
uint32 applied_ops_config; /* currently applied ops config */
uint32 partial_ops_dur; /* Total time (in usec) of partial ops duration */
uint32 full_ops_dur; /* Total time (in usec) of full ops duration */
uint32 count_dur_hist[OPS_DUR_HIST_BINS]; /* ops occurrence histogram */
uint32 nav_cnt; /* number of times ops triggered based NAV duration */
uint32 plcp_cnt; /* number of times ops triggered based PLCP duration */
uint32 mybss_cnt; /* number of times mybss ops trigger */
uint32 obss_cnt; /* number of times obss ops trigger */
uint32 miss_dur_cnt; /* number of times ops couldn't happen
* due to insufficient duration
*/
uint32 miss_premt_cnt; /* number of times ops couldn't happen due
* to not meeting Phy preemption thresh
*/
uint32 max_dur_cnt; /* number of times ops did not trigger due to
* frames exceeding max sleep duration
*/
uint32 wake_cnt; /* number of ops miss due to wake reason */
uint32 bcn_wait_cnt; /* number of ops miss due to waiting for bcn */
/* Total RX time measured by CCA (help info for OPS efficiency analysis) */
uint32 rx_time_mybss; /* Total RX time of IBSS intended to local DUT */
uint32 rx_time_ibss; /* Total RX time of IBSS */
uint32 rx_time_obss; /* Total RX time of OBSS */
} wl_ops_status_v2_t;
/* Bits for disable_reasons */
#define OPS_DISABLED_HOST 0x01 /* Host has disabled through ops_cfg */
#define OPS_DISABLED_UNASSOC 0x02 /* Disabled because the slice is in unassociated state */
#define OPS_DISABLED_SCAN 0x04 /* Disabled because the slice is in scan state */
#define OPS_DISABLED_BCN_MISS 0x08 /* Disabled because beacon missed for a duration */
#define OPS_DISABLED_OBSS_MMT 0x10 /* Disabled because of OBSS measurement */
#define WL_PSBW_CFG_VERSION_1 1
/* Common IOVAR struct */
typedef struct wl_psbw_cfg_v1 {
uint16 version;
uint16 len; /* total length includes fixed fields and variable data[] */
uint16 subcmd_id; /* subcommand id */
uint16 pad; /* reserved / padding for 4 byte align */
uint8 data[]; /* subcommand data */
} wl_psbw_cfg_v1_t;
/* subcommands ids */
enum {
/* PSBW enable/disable */
WL_PSBW_CFG_SUBCMD_ENABLE = 0,
/* override psbw disable requests */
WL_PSBW_CFG_SUBCMD_OVERRIDE_DISABLE_MASK = 1,
/* Reset stats part of psbw status */
WL_PSBW_CFG_SUBCMD_RESET_STATS = 2
};
#define WL_PSBW_OVERRIDE_DISA_CFG_MASK 0x0000ffff
#define WL_PSBW_OVERRIDE_DISA_CAP_MASK 0xffff0000
#define WL_PSBW_OVERRIDE_DISA_CAP_SHIFT 16 /* shift bits for cap */
/* WL_PSBW_CFG_SUBCMD_ENABLE */
typedef struct wl_psbw_cfg_enable {
bool enable; /* enable or disable */
} wl_psbw_cfg_enable_t;
/* WL_PSBW_CFG_SUBCMD_OVERRIDE_DISABLE_MASK */
typedef struct wl_psbw_cfg_override_disable_mask {
uint32 mask; /* disable requests to override, cap and current cfg */
} wl_psbw_cfg_override_disable_mask_t;
/* WL_PSBW_CFG_SUBCMD_RESET_STATS */
typedef struct wl_psbw_cfg_reset_stats {
uint32 val; /* infra interface index, 0 */
} wl_psbw_cfg_reset_stats_t;
#define WL_PSBW_STATUS_VERSION_1 1
typedef struct wl_psbw_status_v1 {
uint16 version;
uint16 len; /* total length including all fixed fields */
uint8 curr_slice_index; /* current slice index of the interface */
uint8 associated; /* interface associatd */
chanspec_t chspec; /* radio chspec */
uint32 state; /* psbw state */
uint32 disable_reasons; /* FW disable reasons */
uint32 slice_enable_dur; /* time(ms) psbw remains enabled on this slice */
uint32 total_enable_dur; /* time(ms) psbw remains enabled total */
uint32 enter_cnt; /* total cnt entering PSBW active */
uint32 exit_cnt; /* total cnt exiting PSBW active */
uint32 exit_imd_cnt; /* total cnt imd exit when waited N tbtts */
uint32 enter_skip_cnt; /* total cnt entering PSBW active skipped */
} wl_psbw_status_v1_t;
/* Bit for state */
#define PSBW_ACTIVE 0x1 /* active 20MHz */
#define PSBW_TTTT_PEND 0x2 /* waiting for TTTT intr */
#define PSBW_WAIT_ENTER 0x4 /* in wait period before entering */
#define PSBW_CAL_DONE 0x8 /* 20M channel cal done */
/* Bits for disable_reasons */
#define WL_PSBW_DISA_HOST 0x00000001 /* Host has disabled through psbw_cfg */
#define WL_PSBW_DISA_AP20M 0x00000002 /* AP is operating on 20 MHz */
#define WL_PSBW_DISA_SLOTTED_BSS 0x00000004 /* slot_bss active */
#define WL_PSBW_DISA_NOT_PMFAST 0x00000008 /* Not PM_FAST */
#define WL_PSBW_DISA_BASICRATESET 0x00000010 /* BasicRateSet is empty */
#define WL_PSBW_DISA_NOT_D3 0x00000020 /* PCIe not in D3 */
#define WL_PSBW_DISA_CSA 0x00000040 /* CSA IE is present */
#define WL_PSBW_DISA_ASSOC 0x00000080 /* assoc state is active/or unassoc */
#define WL_PSBW_DISA_SCAN 0x00000100 /* scan state is active */
#define WL_PSBW_DISA_CAL 0x00000200 /* cal pending or active */
#define WL_PSBW_DISA_BCN_OFFLOAD 0x00000400 /* PSBW disabled due to scan
* core beacon offload
*/
#define WL_PSBW_DISA_DISASSOC 0x00000800 /* STA is disassociated */
/* following exit reasons are reserved, for internal use & not part of disable_reasons */
#define WL_PSBW_EXIT_PM 0x00001000 /* Out of PM */
#define WL_PSBW_EXIT_TIM 0x00002000 /* unicast TIM bit present */
#define WL_PSBW_EXIT_DATA 0x00004000 /* Data for transmission */
#define WL_PSBW_EXIT_MGMTDATA 0x00008000 /* management frame for transmission */
#define WL_PSBW_EXIT_BW_UPD 0x00010000 /* BW being updated */
/* Bits for disable_reasons */
#define WL_PSBW_DISA_NON_PREF 0x40000000 /* STA interface non-pref */
#define WL_PSBW_DISA_NONE 0x80000000 /* reserved for internal use only */
/* DVFS */
#define DVFS_CMND_VERSION_1 1
/* Common IOVAR struct */
typedef struct dvfs_cmnd_v1 {
uint16 ver; /* version of this structure */
uint16 len; /* includes both fixed and variable data[] fields */
uint32 subcmd; /* subcommand id */
uint8 data[]; /* subcommand data */
} dvfs_cmnd_v1_t;
/* subcommand ids */
enum {
DVFS_SUBCMD_ENABLE = 0, /* DVFS enable/disable, 1-byte data
* DVFS enable:1, disable:0
*/
DVFS_SUBCMD_LDV = 1, /* DVFS force arm state to LDV, 1-byte data
* DVFS force LDV ON 1, LDV OFF 0
*/
DVFS_SUBCMD_STATUS = 2, /* DVFS status, data[] contains dvfs_status */
DVFS_SUBCMD_HIST = 3, /* DVFS history, data[] contains
* history of dvfs state change
*/
DVFS_SUBCMD_LAST
};
/* DVFS Status */
/* current DVFS state request for ARM */
#define DVFS_STATE_BIT_MASK 0x0Fu
#define DVFS_STATE_BIT_SHIFT 0u
/* Bit value for DVFS state request */
#define DVFS_STATE_LDV 0u
#define DVFS_STATE_NDV 1u
/* current DVFS status */
#define DVFS_STATUS_BIT_MASK 0xF0u
#define DVFS_STATUS_BIT_SHIFT 4u
/* Bit value for DVFS status */
#define DVFS_STATUS_LDV 0u
#define DVFS_STATUS_NDV 1u
#define DVFS_STATUS_HDV 3u
/* DVFS bits are for status, raw request and active request */
/* 4387b0 supports only status bits for aux, main, and bt */
/* 4387c0 supports all eight status and request bits */
#define DVFS_BIT_AUX_MASK 0x0001u
#define DVFS_BIT_AUX_SHIFT 0u
#define DVFS_BIT_AUX_VAL(_val) (((_val) & DVFS_BIT_AUX_MASK) \
>> DVFS_BIT_AUX_SHIFT)
#define DVFS_BIT_MAIN_MASK 0x0002u
#define DVFS_BIT_MAIN_SHIFT 1u
#define DVFS_BIT_MAIN_VAL(_val) (((_val) & DVFS_BIT_MAIN_MASK) \
>> DVFS_BIT_MAIN_SHIFT)
#define DVFS_BIT_BT_MASK 0x0004u
#define DVFS_BIT_BT_SHIFT 2u
#define DVFS_BIT_BT_VAL(_val) (((_val) & DVFS_BIT_BT_MASK) \
>> DVFS_BIT_BT_SHIFT)
#define DVFS_BIT_CHIPC_MASK 0x0008u
#define DVFS_BIT_CHIPC_SHIFT 3u
#define DVFS_BIT_CHIPC_VAL(_val) (((_val) & DVFS_BIT_CHIPC_MASK) \
>> DVFS_BIT_CHIPC_SHIFT)
#define DVFS_BIT_PCIE_MASK 0x0010u
#define DVFS_BIT_PCIE_SHIFT 4u
#define DVFS_BIT_PCIE_VAL(_val) (((_val) & DVFS_BIT_PCIE_MASK) \
>> DVFS_BIT_PCIE_SHIFT)
#define DVFS_BIT_ARM_MASK 0x0020u
#define DVFS_BIT_ARM_SHIFT 5u
#define DVFS_BIT_ARM_VAL(_val) (((_val) & DVFS_BIT_ARM_MASK) \
>> DVFS_BIT_ARM_SHIFT)
#define DVFS_BIT_SCAN_MASK 0x0040u
#define DVFS_BIT_SCAN_SHIFT 6u
#define DVFS_BIT_SCAN_VAL(_val) (((_val) & DVFS_BIT_SCAN_MASK) \
>> DVFS_BIT_SCAN_SHIFT)
#define DVFS_BIT_BTSCAN_MASK 0x0080u
#define DVFS_BIT_BTSCAN_SHIFT 7u
#define DVFS_BIT_BTSCAN_VAL(_val) (((_val) & DVFS_BIT_BTSCAN_MASK) \
>> DVFS_BIT_BTSCAN_SHIFT)
#define DVFS_BIT_HWA_MASK 0x0100u
#define DVFS_BIT_HWA_SHIFT 8u
#define DVFS_BIT_HWA_VAL(_val) (((_val) & DVFS_BIT_HWA_MASK) \
>> DVFS_BIT_HWA_SHIFT)
#define DVFS_BIT_SYSMEM_MASK 0x0200u
#define DVFS_BIT_SYSMEM_SHIFT 9u
#define DVFS_BIT_SYSMEM_VAL(_val) (((_val) & DVFS_BIT_SYSMEM_MASK) \
>> DVFS_BIT_SYSMEM_SHIFT)
#define DVFS_BIT_SAQM_SHIFT 10u
/* to convert voltage to volt from multiple of 10mVolt */
#define DVFS_CONVERT_TO_VOLT 100u
/* status version for 4387b0 */
#define DVFS_STATUS_VERSION_1 1
typedef struct dvfs_status_v1 {
uint16 version; /* version of dvfs_status */
uint16 len; /* total length including all fixed fields */
uint8 info; /* current dvfs state request and status */
uint8 voltage; /* voltage (multiple of 10mV) */
uint16 freq; /* arm clock frequency (in MHz) */
uint32 state_change_count; /* total state (LDV/NDV) transition count */
uint32 ldv_duration; /* total time (ms) in LDV */
uint32 ndv_duration; /* total time (ms) in NDV */
uint16 status; /* status bits */
uint16 PAD; /* word aligned for size */
} dvfs_status_v1_t;
#define DVFS_STATUS_VER_1_LEN (sizeof(dvfs_status_v1_t))
/* status version for 4387c0 */
#define DVFS_STATUS_VERSION_2 2
#define DVFS_STATUS_VERSION_3 3
typedef struct dvfs_status_v2 {
uint16 version; /* version of dvfs_status */
uint16 len; /* total length including all fixed fields */
uint8 info; /* current dvfs state request and status */
uint8 voltage; /* voltage (multiple of 10mV) */
uint16 freq; /* arm clock frequency (in MHz) */
uint32 state_change_count; /* total state (LDV/NDV) transition count */
uint32 ldv_duration; /* total time (ms) in LDV */
uint32 ndv_duration; /* total time (ms) in NDV */
uint16 status; /* status bits */
uint16 raw_request; /* raw request bits */
uint16 active_request; /* active request bits */
/* DVFS_STATUS_VERSION_3 for pmurev >= 40 */
uint16 valid_cores; /* bitmap to indicate valid cores status */
} dvfs_status_v2_t;
#define DVFS_STATUS_V2_VALID_CORES (0xFFu)
#define DVFS_STATUS_VER_3_LEN (sizeof(dvfs_status_v2_t))
#define DVFS_STATUS_VER_2_LEN (DVFS_STATUS_VER_3_LEN - (sizeof(uint16)))
#define DVFS_STATUS_VERSION_4 4
typedef struct dvfs_status_v4 {
uint16 version; /* version of dvfs_status */
uint16 len; /* total length including all fixed fields */
uint8 info; /* current dvfs state request and status */
uint8 voltage; /* voltage (multiple of 10mV) */
uint16 freq; /* arm clock frequency (in MHz) */
uint32 state_change_count; /* total state (LDV/NDV) transition count */
uint32 ldv_duration; /* total time (ms) in LDV */
uint32 ndv_duration; /* total time (ms) in NDV */
uint16 status; /* status bits */
uint16 raw_request; /* raw request bits */
uint16 active_request; /* active request bits */
/* DVFS_STATUS_VERSION_3 for pmurev >= 40 */
uint16 valid_cores; /* bitmap to indicate valid cores status */
/* DVFS_STATUS_VERSION_4 for pmurev >= 43 */
uint32 state_change_count_hw_ldv; /* total state (LDV/NDV) transition count by HW */
uint32 state_change_count_hw_ndv; /* total state (LDV/NDV) transition count by HW */
uint32 ldv_duration_hw; /* total time (ms) in LDV reported by HW */
uint32 ndv_duration_hw; /* total time (ms) in NDV reported by HW */
} dvfs_status_v4_t;
#define DVFS_STATUS_VER_4_LEN (sizeof(dvfs_status_v4_t))
typedef struct dvfs_supply_stats_v5 {
uint16 version;
uint16 len;
uint16 supply_num; /* Supply num that has this dvfs supply stats. */
uint8 dvfs_status; /* current dvfs status LDV/NDV/HDV */
uint8 voltage; /* voltage (multiple of 10mV) */
uint32 state_change_count; /* total state (LDV/NDV) transition count */
uint32 fw_ldv_duration; /* total time (ms) in LDV */
uint32 hw_ldv_duration; /* total time (ms) in LDV reported by HW */
uint32 state_change_count_hw_ldv; /* HDV transition count by HW */
uint32 fw_ndv_duration; /* total time (ms) in LDV */
uint32 hw_ndv_duration; /* total time (ms) in LDV reported by HW */
uint32 state_change_count_hw_ndv; /* HDV transition count by HW */
uint32 fw_hdv_duration; /* total time (ms) in LDV */
uint32 hw_hdv_duration; /* total time (ms) in LDV reported by HW */
uint32 state_change_count_hw_hdv; /* HDV transition count by HW */
} dvfs_supply_stats_v5_t;
#define DVFS_STATUS_CORE_NAME_MASK 0x3Fu
#define DVFS_STATUS_CORE_NAME_SHIFT 0u
#define DVFS_STATUS_CORE_STATUS_MASK 0x3u
#define DVFS_STATUS_CORE_STATUS_SHIFT 0x6u
#define DVFS_STATUS_CORE_ACTIVE_REQ_MASK 0x3u
#define DVFS_STATUS_CORE_ACTIVE_REQ_SHIFT 8u
#define DVFS_STATUS_CORE_RAW_REQ_MASK 0x3u
#define DVFS_STATUS_CORE_RAW_REQ_SHIFT 10u
#define DVFS_STATUS_CORE_SUPPLY_NUM_MASK 0x3u
#define DVFS_STATUS_CORE_SUPPLY_NUM_SHIFT 12u
typedef struct dvfs_core_info_v5 {
uint16 version;
uint16 len;
uint8 num_cores;
uint8 PAD;
uint16 powercontrol; /* PowerControl from chipcommon */
uint16 dvfs_core_stats[]; /* Per core statistics,
* BITs 5:0 dvfs_core_name
* BITs 7:6 DVFS Status
* BITs 9:8 Active Request
* BITs 11:10 RAW Request
* BITs 13:12 Supply Num
* BIT 14:14 if set CoreReady rsrc is active
* BITs 15 reserved
*/
} dvfs_core_info_v5_t;
typedef struct dvfs_freq_info_v5 {
uint16 version;
uint16 len;
uint32 freq_common_bp;
uint32 freq_wlan_bp;
uint32 freq_main_mac;
uint32 freq_aux_mac;
uint32 freq_scan_mac;
uint32 freq_saqm;
} dvfs_freq_info_v5_t;
typedef enum dvfs_tlv_id {
DVFS_SUPPLY_STATS_ID = 0u,
DVFS_CORE_STATUS_ID = 1u,
DVFS_FREQ_STATS_ID = 2u,
DVFS_XTLV_MAX = 3u
} dvfs_tlv_id_s;
#define DVFS_STATUS_CORE_INFO_VER 0
#define DVFS_STATUS_FREQ_INFO_VER 0
#define DVFS_STATUS_VERSION_5 5
typedef struct dvfs_status_v5 {
uint16 version; /* version of dvfs_status */
uint16 len; /* total length including all fixed fields */
uint16 armfreq; /* arm clock frequency (in MHz) */
uint16 num_dvfs_supplies; /* Total number of supplies */
uint8 tlv_params[]; /* xtlvs for variable ext params, id dvfs_tlv_id_s */
} dvfs_status_v5_t;
#define DVFS_STATUS_VER_5_LEN (sizeof(dvfs_status_v5_t))
/* DVFS_SUBCMD_HIST */
#define DVFS_HIST_CMD_VERSION_1 1
typedef struct dvfs_hist_cmd_v1 {
uint16 version; /* version of this structure */
uint16 len; /* includes both fixed and variable data[] fields */
uint8 data[]; /* subcommand data : array of dvfs_hist_v1_t */
} dvfs_hist_cmd_v1_t;
/* DVFS_SUBCMD_HIST data[] payload */
typedef struct dvfs_hist_v1 {
uint8 old_state; /* old state */
uint8 new_state; /* new state */
uint16 reason; /* reason for state change */
uint32 timestamp; /* timestamp of state change */
} dvfs_hist_v1_t;
/* Bits for DVFS state change reason */
#define WL_DVFS_REASON_NOTPM 0x0001u /* Not PM */
#define WL_DVFS_REASON_MPC 0x0002u /* MPC */
#define WL_DVFS_REASON_TX_ACTIVE 0x0004u /* TX Active */
#define WL_DVFS_REASON_DBGST_ACTIVE 0x0008u /* Power state active */
#define WL_DVFS_REASON_DBGST_ASLEEP 0x0010u /* Power state asleep */
#define WL_DVFS_REASON_LTR_ACTIVE 0x0020u /* LTR Active */
#define WL_DVFS_REASON_HOST 0x0040u /* Host disabled */
#define WL_DVFS_REASON_SCAN 0x0080u /* Scan */
#define WL_DVFS_REASON_SLOTTED_BSS 0x0100u /* Slotted BSS */
#define WL_DVFS_REASON_CHAN 0x0200u /* Channel Change */
#define WL_DVFS_REASON_CAL 0x0400u /* CAL */
#define WL_DVFS_REASON_ASSOC 0x0800u /* ASSOC */
#define WL_DVFS_REASON_WD 0x1000u /* WD */
#define WL_DVFS_REASON_SOFTAP 0x2000u /* SoftAP */
#define WL_DVFS_REASON_PHYBW 0x4000u /* Channel BW Change */
#define WL_DVFS_REASON_MCHAN_ACTIVE 0x8000u /* Mchan Active */
#define WL_DVFS_REASON_MONITOR 0x10000u /* Monitor Mode */
#define WL_DVFS_REASON_COEX 0x20000u /* BT COEX */
/*
* Join preference iovar value is an array of tuples. Each tuple has a one-byte type,
* a one-byte length, and a variable length value. RSSI type tuple must be present
* in the array.
*
* Types are defined in "join preference types" section.
*
* Length is the value size in octets. It is reserved for WL_JOIN_PREF_WPA type tuple
* and must be set to zero.
*
* Values are defined below.
*
* 1. RSSI - 2 octets
* offset 0: reserved
* offset 1: reserved
*
* 2. WPA - 2 + 12 * n octets (n is # tuples defined below)
* offset 0: reserved
* offset 1: # of tuples
* offset 2: tuple 1
* offset 14: tuple 2
* ...
* offset 2 + 12 * (n - 1) octets: tuple n
*
* struct wpa_cfg_tuple {
* uint8 akm[DOT11_OUI_LEN+1]; akm suite
* uint8 ucipher[DOT11_OUI_LEN+1]; unicast cipher suite
* uint8 mcipher[DOT11_OUI_LEN+1]; multicast cipher suite
* };
*
* multicast cipher suite can be specified as a specific cipher suite or WL_WPA_ACP_MCS_ANY.
*
* 3. BAND - 2 octets
* offset 0: reserved
* offset 1: see "band preference" and "band types"
*
* 4. BAND RSSI - 2 octets
* offset 0: band types
* offset 1: +ve RSSI boost value in dB
*/
struct tsinfo_arg {
uint8 octets[3];
};
#define RATE_CCK_1MBPS 0
#define RATE_CCK_2MBPS 1
#define RATE_CCK_5_5MBPS 2
#define RATE_CCK_11MBPS 3
#define RATE_LEGACY_OFDM_6MBPS 0
#define RATE_LEGACY_OFDM_9MBPS 1
#define RATE_LEGACY_OFDM_12MBPS 2
#define RATE_LEGACY_OFDM_18MBPS 3
#define RATE_LEGACY_OFDM_24MBPS 4
#define RATE_LEGACY_OFDM_36MBPS 5
#define RATE_LEGACY_OFDM_48MBPS 6
#define RATE_LEGACY_OFDM_54MBPS 7
#define WL_BSSTRANS_RSSI_RATE_MAP_VERSION_V1 1
#define WL_BSSTRANS_RSSI_RATE_MAP_VERSION_V2 2
#define WL_BSSTRANS_RSSI_RATE_MAP_VERSION_V3 3
#define WL_BSSTRANS_RSSI_RATE_MAP_VERSION_V4 4
#define WL_BSSTRANS_RSSI_VERSION_V1 1u
#ifdef WL_BAND6G
#define MAXBANDS 3 /**< Maximum # of bands */
#else
#define MAXBANDS 2 /**< Maximum # of bands */
#endif /* WL_BAND6G */
typedef struct wl_bsstrans_rssi_v1 {
int8 rssi[MAXBANDS]; /**< RSSI in dbm */
} wl_bsstrans_rssi_v1_t;
typedef struct wl_bsstrans_rssi {
int8 rssi_2g; /**< RSSI in dbm for 2.4 G */
int8 rssi_5g; /**< RSSI in dbm for 5G, unused for cck */
} wl_bsstrans_rssi_t;
#define RSSI_RATE_MAP_MAX_STREAMS 4 /**< max streams supported */
/** RSSI to rate mapping, all 20Mhz, no SGI */
typedef struct wl_bsstrans_rssi_rate_map_v4 {
uint16 ver;
uint16 len; /**< length of entire structure */
wl_bsstrans_rssi_v1_t cck[WL_NUM_RATES_CCK]; /**< 2.4G only */
wl_bsstrans_rssi_v1_t ofdm[WL_NUM_RATES_OFDM]; /**< 6 to 54mbps */
wl_bsstrans_rssi_v1_t phy_n[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_MCS_1STREAM]; /* MCS7 */
wl_bsstrans_rssi_v1_t phy_ac[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_VHT_ALL]; /* MCS0-11 */
wl_bsstrans_rssi_v1_t phy_ax[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_HE]; /* MCS0-11 */
wl_bsstrans_rssi_v1_t phy_be[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_EHT]; /* MCS0-15 */
} wl_bsstrans_rssi_rate_map_v4_t;
/** RSSI to rate mapping, all 20Mhz, no SGI */
typedef struct wl_bsstrans_rssi_rate_map_v3 {
uint16 ver;
uint16 len; /**< length of entire structure */
wl_bsstrans_rssi_t cck[WL_NUM_RATES_CCK]; /**< 2.4G only */
wl_bsstrans_rssi_t ofdm[WL_NUM_RATES_OFDM]; /**< 6 to 54mbps */
wl_bsstrans_rssi_t phy_n[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_MCS_1STREAM]; /* MCS0-7 */
wl_bsstrans_rssi_t phy_ac[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_VHT_ALL]; /* MCS0-11 */
wl_bsstrans_rssi_t phy_ax[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_HE]; /* MCS0-11 */
wl_bsstrans_rssi_t phy_be[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_EHT]; /* MCS0-15 */
} wl_bsstrans_rssi_rate_map_v3_t;
/** RSSI to rate mapping, all 20Mhz, no SGI */
typedef struct wl_bsstrans_rssi_rate_map_v2 {
uint16 ver;
uint16 len; /**< length of entire structure */
wl_bsstrans_rssi_t cck[WL_NUM_RATES_CCK]; /**< 2.4G only */
wl_bsstrans_rssi_t ofdm[WL_NUM_RATES_OFDM]; /**< 6 to 54mbps */
wl_bsstrans_rssi_t phy_n[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_MCS_1STREAM]; /* MCS0-7 */
wl_bsstrans_rssi_t phy_ac[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_VHT_ALL]; /**< MCS0-11 */
wl_bsstrans_rssi_t phy_ax[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_HE]; /**< MCS0-11 */
} wl_bsstrans_rssi_rate_map_v2_t;
/** RSSI to rate mapping, all 20Mhz, no SGI */
typedef struct wl_bsstrans_rssi_rate_map_v1 {
uint16 ver;
uint16 len; /**< length of entire structure */
wl_bsstrans_rssi_t cck[WL_NUM_RATES_CCK]; /**< 2.4G only */
wl_bsstrans_rssi_t ofdm[WL_NUM_RATES_OFDM]; /**< 6 to 54mbps */
wl_bsstrans_rssi_t phy_n[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_MCS_1STREAM]; /* MCS0-7 */
wl_bsstrans_rssi_t phy_ac[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_VHT]; /**< MCS0-9 */
} wl_bsstrans_rssi_rate_map_v1_t;
/** RSSI to rate mapping, all 20Mhz, no SGI */
typedef struct wl_bsstrans_rssi_rate_map {
uint16 ver;
uint16 len; /**< length of entire structure */
wl_bsstrans_rssi_t cck[WL_NUM_RATES_CCK]; /**< 2.4G only */
wl_bsstrans_rssi_t ofdm[WL_NUM_RATES_OFDM]; /**< 6 to 54mbps */
wl_bsstrans_rssi_t phy_n[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_MCS_1STREAM]; /* MCS0-7 */
wl_bsstrans_rssi_t phy_ac[RSSI_RATE_MAP_MAX_STREAMS][WL_NUM_RATES_VHT]; /**< MCS0-9 */
} wl_bsstrans_rssi_rate_map_t;
#define WL_CCA_CHAN_LOAD_VERSION_1 1
#define CCA_LOAD_MAP_MAX_TABLE_ENTRY 16u
typedef struct wl_cca_chnl_load {
uint8 cca; /* CCA value */
uint8 chnl_load; /* Channel load percent */
} wl_cca_chnl_load_t;
/* CCA to Channel Load mapping */
typedef struct wl_cca_chnl_load_map {
uint16 ver;
uint16 len; /**< No of cca load levels */
wl_cca_chnl_load_t cca_load[CCA_LOAD_MAP_MAX_TABLE_ENTRY];
} wl_cca_chnl_load_map_t;
#define WL_BSSTRANS_ROAMTHROTTLE_VERSION_1 1
/** Configure number of scans allowed per throttle period */
typedef struct wl_bsstrans_roamthrottle {
uint16 ver;
uint16 period;
uint16 scans_allowed;
} wl_bsstrans_roamthrottle_t;
/* tlv IDs uniquely identifies periodic state component */
enum wl_periodic_slice_state_xtlv_id {
WL_STATE_COMPACT_COUNTERS = 0x1,
WL_STATE_TXBF_COUNTERS = 0x2,
WL_STATE_COMPACT_HE_COUNTERS = 0x3
};
/* tlv IDs uniquely identifies periodic state component */
enum wl_periodic_if_state_xtlv_id {
WL_STATE_IF_COMPACT_STATE = 0x1,
WL_STATE_IF_ADPS_STATE = 0x02,
WL_STATE_IF_ADPS_ENERGY_GAIN = 0x03
};
enum wl_periodic_tdls_if_state_xtlv_id {
WL_STATE_IF_TDLS_STATE = 0x1
};
#define TDMTX_CNT_VERSION_V1 1
#define TDMTX_CNT_VERSION_V2 2
/* structure holding tdm counters that interface to iovar */
typedef struct tdmtx_cnt_v1 {
uint16 ver;
uint16 length; /* length of this structure */
uint16 wlc_idx; /* index for wlc */
uint16 enabled; /* tdmtx is enabled on slice */
uint32 tdmtx_txa_on; /* TXA on requests */
uint32 tdmtx_txa_tmcnt; /* Total number of TXA timeout */
uint32 tdmtx_por_on; /* TXA POR requests */
uint32 tdmtx_txpuen; /* Path enable requests */
uint32 tdmtx_txpudis; /* Total number of times Tx path is muted on the slice */
uint32 tdmtx_txpri_on; /* Total number of times Tx priority was obtained by the slice */
uint32 tdmtx_txdefer; /* Total number of times Tx was deferred on the slice */
uint32 tdmtx_txmute; /* Total number of times active Tx muted on the slice */
uint32 tdmtx_actpwrboff; /* Total number of times TX power is backed off by the slice */
uint32 tdmtx_txa_dur; /* Total time txa on */
uint32 tdmtx_txpri_dur; /* Total time TXPri */
uint32 tdmtx_txdefer_dur; /* Total time txdefer */
/* TDMTX input fields */
uint32 tdmtx_txpri;
uint32 tdmtx_defer;
uint32 tdmtx_threshold;
uint32 tdmtx_rssi_threshold;
uint32 tdmtx_txpwrboff;
uint32 tdmtx_txpwrboff_dt;
} tdmtx_cnt_v1_t;
typedef struct {
uint16 ver;
uint16 length; /* length of the data portion */
uint16 cnt;
uint16 PAD; /* pad to align to 32 bit */
uint8 data[]; /* array of tdmtx_cnt_v1_t */
} tdmtx_status_t;
/* structure holding counters that match exactly shm field sizes */
typedef struct tdmtx_cnt_shm_v1 {
uint16 tdmtx_txa_on; /* TXA on requests */
uint16 tdmtx_tmcnt; /* TXA on requests */
uint16 tdmtx_por_on; /* TXA POR requests */
uint16 tdmtx_txpuen; /* Path enable requests */
uint16 tdmtx_txpudis; /* Total number of times Tx path is muted on the slice */
uint16 tdmtx_txpri_on; /* Total number of times Tx priority was obtained by the slice */
uint16 tdmtx_txdefer; /* Total number of times Tx was defered by the slice */
uint16 tdmtx_txmute; /* Total number of times active Tx muted on the slice */
uint16 tdmtx_actpwrboff; /* Total number of times TX power is backed off by the slice */
uint16 tdmtx_txa_dur_l; /* Total time (low 16 bits) txa on */
uint16 tdmtx_txa_dur_h; /* Total time (low 16 bits) txa on */
uint16 tdmtx_txpri_dur_l; /* Total time (low 16 bits) TXPri */
uint16 tdmtx_txpri_dur_h; /* Total time (high 16 bits) TXPri */
uint16 tdmtx_txdefer_dur_l; /* Total time (low 16 bits) txdefer */
uint16 tdmtx_txdefer_dur_h; /* Total time (high 16 bits) txdefer */
} tdmtx_cnt_shm_v1_t;
/* structure holding tdm counters that interface to iovar for version 2 */
typedef struct tdmtx_cnt_v2 {
uint16 ver;
uint16 length; /* length of this structure */
uint16 wlc_idx; /* index for wlc */
uint16 enabled; /* tdmtx is enabled on slice */
uint32 tdmtx_txa_on; /* TXA on requests */
uint32 tdmtx_txa_tmcnt; /* Total number of TXA timeout */
uint32 tdmtx_porhi_on; /* TXA PORHI requests */
uint32 tdmtx_porlo_on; /* TXA PORLO requests */
uint32 tdmtx_txpuen; /* Path enable requests */
uint32 tdmtx_txpudis; /* Total number of times Tx path is muted on the slice */
uint32 tdmtx_txpri_on; /* Total number of times Tx priority was obtained by the slice */
uint32 tdmtx_txdefer; /* Total number of times Tx was deferred on the slice */
uint32 tdmtx_txmute; /* Total number of times active Tx muted on the slice */
uint32 tdmtx_actpwrboff; /* Total number of times TX power is backed off by the slice */
uint32 tdmtx_txa_dur; /* Total time txa on */
uint32 tdmtx_txpri_dur; /* Total time TXPri */
uint32 tdmtx_txdefer_dur; /* Total time txdefer */
/* TDMTX input fields */
uint32 tdmtx_txpri;
uint32 tdmtx_defer;
uint32 tdmtx_threshold;
uint32 tdmtx_rssi_threshold;
uint32 tdmtx_txpwrboff;
uint32 tdmtx_txpwrboff_dt;
} tdmtx_cnt_v2_t;
/* structure holding counters that match exactly shm field sizes */
typedef struct tdmtx_cnt_shm_v2 {
uint16 tdmtx_txa_on; /* TXA on requests */
uint16 tdmtx_tmcnt; /* TXA on requests */
uint16 tdmtx_porhi_on; /* TXA PORHI requests */
uint16 tdmtx_porlo_on; /* TXA PORLO requests */
uint16 tdmtx_txpuen; /* Path enable requests */
uint16 tdmtx_txpudis; /* Total number of times Tx path is muted on the slice */
uint16 tdmtx_txpri_on; /* Total number of times Tx priority was obtained by the slice */
uint16 tdmtx_txdefer; /* Total number of times Tx was defered by the slice */
uint16 tdmtx_txmute; /* Total number of times active Tx muted on the slice */
uint16 tdmtx_actpwrboff; /* Total number of times TX power is backed off by the slice */
uint16 tdmtx_txa_dur_l; /* Total time (low 16 bits) txa on */
uint16 tdmtx_txa_dur_h; /* Total time (low 16 bits) txa on */
uint16 tdmtx_txpri_dur_l; /* Total time (low 16 bits) TXPri */
uint16 tdmtx_txpri_dur_h; /* Total time (high 16 bits) TXPri */
uint16 tdmtx_txdefer_dur_l; /* Total time (low 16 bits) txdefer */
uint16 tdmtx_txdefer_dur_h; /* Total time (high 16 bits) txdefer */
} tdmtx_cnt_shm_v2_t;
typedef struct wl_tdmtx_ioc {
uint16 id; /* ID of the sub-command */
uint16 len; /* total length of all data[] */
uint8 data[]; /* var len payload */
} wl_tdmtx_ioc_t;
/*
* iovar subcommand ids
*/
enum {
IOV_TDMTX_ENB = 1,
IOV_TDMTX_STATUS = 2,
IOV_TDMTX_TXPRI = 3,
IOV_TDMTX_DEFER = 4,
IOV_TDMTX_TXA = 5,
IOV_TDMTX_CFG = 6,
IOV_TDMTX_LAST
};
/* SFLASH iovar sub commands */
#define WL_SFLASH_IOV_VERSION_V1 1u
enum wl_sflash_subcmd_id {
WL_SFLASH_SUBCMD_CALWRITE = 0,
WL_SFLASH_SUBCMD_CALERASE = 1u,
WL_SFLASH_SUBCMD_WRITE = 2u,
WL_SFLASH_SUBCMD_ERASE = 3u,
WL_SFLASH_SUBCMD_DUMP = 4u,
WL_SFLASH_SUBCMD_DATASIZE = 5u,
WL_SFLASH_SUBCMD_SIZE = 6u,
WL_SFLASH_SUBCMD_READ = 7u
};
struct wl_msglevel2 {
uint32 low;
uint32 high;
};
/* A versioned structure for setting and retrieving debug message levels. */
#define WL_MSGLEVEL_STRUCT_VERSION_1 1
typedef struct wl_msglevel_v1 {
uint16 version;
uint16 length;
uint32 msglevel1;
uint32 msglevel2;
uint32 msglevel3;
/* add another uint32 when full */
} wl_msglevel_v1_t;
#define WL_ICMP_IPV6_CFG_VERSION_1 1u
#define WL_ICMP_IPV6_CLEAR_ALL (1u << 0u)
typedef struct wl_icmp_ipv6_cfg {
uint16 version;
uint16 length;
uint16 fixed_length;
uint16 flags;
uint32 num_ipv6;
/* num_ipv6 to follow */
struct ipv6_addr host_ipv6[];
} wl_icmp_ipv6_cfg_t;
#define WL_ICMP_CFG_IPV6_FIXED_LEN OFFSETOF(wl_icmp_ipv6_cfg_t, host_ipv6)
#define WL_ICMP_CFG_IPV6_LEN(count) (WL_ICMP_CFG_IPV6_FIXED_LEN + \
((count) * sizeof(struct ipv6_addr)))
typedef struct wl_mkeep_alive_pkt_v1 {
uint16 version; /* Version for mkeep_alive */
uint16 length; /* length of fixed parameters in the structure */
uint32 period_msec; /* high bit on means immediate send */
uint16 len_bytes;
uint8 keep_alive_id; /* 0 - 3 for N = 4 */
uint8 data[BCM_FLEX_ARRAY];
} wl_mkeep_alive_pkt_v1_t;
#define WL_MKEEP_ALIVE_VERSION_1 1u
#define WL_MKEEP_ALIVE_VERSION_2 2u
/* 1/2 second precision since idle time is a seconds counter anyway */
#define WL_MKEEP_ALIVE_PRECISION 500
#define WL_MKEEP_ALIVE_PERIOD_MASK 0x7FFFFFFF
#define WL_MKEEP_ALIVE_IMMEDIATE 0x80000000
#define WL_MKEEP_ALIVE_FIXED_LEN OFFSETOF(wl_mkeep_alive_pkt_v1_t, data)
typedef struct wl_mkeep_alive_pkt_v2 {
uint16 version; /* Version for mkeep_alive */
uint16 length; /* length of fixed parameters in the structure */
uint32 period_msec; /* high bit on means immediate send */
uint16 len_bytes;
uint16 retry_cnt; /* keep alive alive pkt retry count */
uint8 PAD[2];
uint8 keep_alive_id; /* 0 - 3 for N = 4 */
uint8 data[BCM_FLEX_ARRAY];
} wl_mkeep_alive_pkt_v2_t;
typedef struct wl_mkeep_alive_hist_info_v1 {
uint32 first_pktsend_ts; /**< timestamp(ms): packet was sent */
uint32 first_txs_ts; /**< timestamp(ms): received the first txstatus */
uint32 last_retry_txs_ts; /**< timestamp(ms): received the last txstatus */
uint32 first_retry_ts; /**< timestamp(ms): resent the packet first time */
uint32 last_retry_ts; /**< timestamp(ms): resent the packet last time */
uint32 first_txs; /**< txstatus when dongle received first time */
uint32 last_retry_txs; /**< txstatus when dongle received last time */
uint32 retry_cnt; /**< number of retries for the packet */
} wl_mkeep_alive_hist_info_v1_t;
typedef struct wl_mkeep_alive_hist_req_v1 {
uint16 version; /**< version of structure */
uint16 length; /**< length of this structure */
uint16 flags; /**< mkeepalive idx, operation codes */
uint16 count; /**< number of results */
uint16 max; /**< maximum number of history */
uint16 PAD;
wl_mkeep_alive_hist_info_v1_t info[]; /**< struct array of length count */
} wl_mkeep_alive_hist_req_v1_t;
/* version of the mkeep_alive_hist IOVAR */
#define WL_MKEEP_ALIVE_HIST_REQ_VER_1 1u
/* Fixed length of wl_mkeep_alive_hist_req_v1_t */
#define WL_MKEEP_ALIVE_HIST_REQ_FIXED_LEN_VER_1 OFFSETOF(wl_mkeep_alive_hist_req_v1_t, info)
/* Keepalive ID */
#define WL_MKEEP_ALIVE_HIST_ID_MASK 0xFF00u /**< ID mask */
#define WL_MKEEP_ALIVE_HIST_ID_SHIFT 8u /**< Offset of keepalive ID */
/* OP Codes */
#define WL_MKEEP_ALIVE_HIST_OP_MASK 0x00FFu /**< OP code mask */
#define WL_MKEEP_ALIVE_HIST_RESET (0x1u << 0u) /**< Clear history of specified ID */
#define WL_MKEEP_ALIVE_HIST_RESET_ALL (0x1u << 1u) /**< Clear all history */
/** TCP Keep-Alive conn struct */
typedef struct wl_mtcpkeep_alive_conn_pkt {
struct ether_addr saddr; /**< src mac address */
struct ether_addr daddr; /**< dst mac address */
struct ipv4_addr sipaddr; /**< source IP addr */
struct ipv4_addr dipaddr; /**< dest IP addr */
uint16 sport; /**< src port */
uint16 dport; /**< dest port */
uint32 seq; /**< seq number */
uint32 ack; /**< ACK number */
uint16 tcpwin; /**< TCP window */
uint16 PAD;
} wl_mtcpkeep_alive_conn_pkt_t;
/** TCP Keep-Alive interval struct */
typedef struct wl_mtcpkeep_alive_timers_pkt {
uint16 interval; /**< interval timer */
uint16 retry_interval; /**< retry_interval timer */
uint16 retry_count; /**< retry_count */
} wl_mtcpkeep_alive_timers_pkt_t;
typedef struct wake_info {
uint32 wake_reason;
uint32 wake_info_len; /**< size of packet */
uint8 packet[];
} wake_info_t;
typedef struct wake_pkt {
uint32 wake_pkt_len; /**< size of packet */
uint8 packet[];
} wake_pkt_t;
#define WL_MTCPKEEP_ALIVE_VERSION 1
/** structure for per-tid ampdu control */
struct ampdu_tid_control {
uint8 tid; /* tid */
uint8 enable; /* enable/disable */
};
/** Support for ampdu_tx_ba_window_cfg */
#define WL_AMPDU_TX_BA_WINDOW_CFG_VER_1 1u
/* 16 bits Config (5 bits reserved) and Status (2 bits reserved) */
#define WL_AMPDU_TX_BA_WINDOW_CFG_BA_WSIZE_IDX 0u
#define WL_AMPDU_TX_BA_WINDOW_CFG_BA_WSIZE_FSZ 9u
#define WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_IDX 9u
#define WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_FSZ 2u
#define WL_AMPDU_TX_BA_WINDOW_CFG_STATE_IDX 11u
#define WL_AMPDU_TX_BA_WINDOW_CFG_STATE_FSZ 3u
#define WL_AMPDU_TX_BA_WINDOW_CFG_BA_WSIZE_MASK \
(MAXBITVAL(WL_AMPDU_TX_BA_WINDOW_CFG_BA_WSIZE_FSZ) << \
WL_AMPDU_TX_BA_WINDOW_CFG_BA_WSIZE_IDX)
#define WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_MASK \
(MAXBITVAL(WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_FSZ) << \
WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_IDX)
#define WL_AMPDU_TX_BA_WINDOW_CFG_STATE_MASK \
(MAXBITVAL(WL_AMPDU_TX_BA_WINDOW_CFG_STATE_FSZ) << \
WL_AMPDU_TX_BA_WINDOW_CFG_STATE_IDX)
/* code for config assoc_type */
enum {
WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_AX = 0,
WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_UNIVERSAL = 1,
WL_AMPDU_TX_BA_WINDOW_CFG_ASSOC_TYPE_MAX = 2
};
/* ampdu_tx_ba_window_cfg states */
enum {
WL_AMPDU_TX_BA_WINDOW_CFG_STATE_OFF = 0,
WL_AMPDU_TX_BA_WINDOW_CFG_STATE_NEGOTIATING = 1,
WL_AMPDU_TX_BA_WINDOW_CFG_STATE_NEGOTIATED = 2,
WL_AMPDU_TX_BA_WINDOW_CFG_STATE_MAX = 3
};
/** structure for per tid ampdu BA window configuration */
typedef struct wl_ampdu_tx_ba_window_cfg_v1 {
uint16 version;
uint16 length; /* length of the entire structure ver+len+payload. */
/* tid bitmap:
* input (SET): select tid to configure.
* output (GET): TID that is currently configured.
*/
uint8 tidbmp;
uint8 flag; /* currently not used. Reserved. 32-bit alignment. */
uint16 PAD;
/* Per-tid configuration tuple (tx_ba_wsize, assoctype). Used for GET and SET.
* bit0 - bit8: User configured TX BA window size. Range {0, max. FW supported}.
* bit9 - bit10: User configured association type. 0: 11ax association, 1: universal.
* bit11 - bit15: Reserved.
*/
uint16 config[NUMPRIO];
/* Status of the per-tid configuration: GET only
* bit0 - bit8: Resulted TX BA window size.
* bit9 - bit10: Reserved.
* bit11 - bit13: TX BA configuration state.
* bit14 - bit15: Reserved.
*/
uint16 status[NUMPRIO];
} wl_ampdu_tx_ba_window_cfg_v1_t;
/** Support for ampdu_rx_ba_window_cfg */
#define WL_AMPDU_RX_BA_WINDOW_CFG_VER_1 1u
/** structure for per tid ampdu BA window configuration */
typedef struct wl_ampdu_rx_ba_window_cfg_v1 {
uint16 version;
uint16 length; /* length of the entire structurer+len+payload. */
/* tid bitmap:0-7 bit 0 is zero TID and follow on.
* input (SET): select tid to configure.
*/
uint8 tidbmp;
uint8 PAD[3];
/* Per-tid configuration. Used for GET and SET.
* * User configured RX BA window size. Range {0, max. FW supported}.
*/
uint16 ba_wsize[NUMPRIO];
} wl_ampdu_rx_ba_window_cfg_v1_t;
/** struct for ampdu tx/rx aggregation control */
struct ampdu_aggr {
int8 aggr_override; /**< aggr overrided by dongle. Not to be set by host. */
uint16 conf_TID_bmap; /**< bitmap of TIDs to configure */
uint16 enab_TID_bmap; /**< enable/disable per TID */
};
/** structure for identifying ea/tid for sending addba/delba */
struct ampdu_ea_tid {
struct ether_addr ea; /**< Station address */
uint8 tid; /**< tid */
uint8 initiator; /**< 0 is recipient, 1 is originator */
};
/** structure for identifying retry/tid for retry_limit_tid/rr_retry_limit_tid */
struct ampdu_retry_tid {
uint8 tid; /**< tid */
uint8 retry; /**< retry value */
};
struct ampdu_timeout_tid {
uint8 timeout[NUMPRIO]; /* Timeout per TID */
uint8 bitmap; /* Bitmap for each TID */
};
#define BDD_FNAME_LEN 32 /**< Max length of friendly name */
typedef struct bdd_fname {
uint8 len; /**< length of friendly name */
uchar name[BDD_FNAME_LEN]; /**< friendly name */
} bdd_fname_t;
/* structure for addts arguments */
/** For ioctls that take a list of TSPEC */
struct tslist {
int32 count; /**< number of tspecs */
struct tsinfo_arg tsinfo[]; /**< variable length array of tsinfo */
};
/* WLTDLS */
/**structure for tdls iovars */
typedef struct tdls_iovar {
struct ether_addr ea; /**< Station address */
uint8 mode; /**< mode: depends on iovar */
uint8 PAD;
chanspec_t chanspec;
uint8 PAD[6];
} tdls_iovar_t;
#define TDLS_WFD_IE_SIZE 512
/**structure for tdls wfd ie */
typedef struct tdls_wfd_ie_iovar {
struct ether_addr ea; /**< Station address */
uint8 mode;
uint8 PAD;
uint16 length;
uint8 data[TDLS_WFD_IE_SIZE];
} tdls_wfd_ie_iovar_t;
/* #endif WLTDLS */
/** structure for addts/delts arguments */
typedef struct tspec_arg {
uint16 version; /**< see definition of TSPEC_ARG_VERSION */
uint16 length; /**< length of entire structure */
uint32 flag; /**< bit field */
/* TSPEC Arguments */
struct tsinfo_arg tsinfo; /**< TS Info bit field */
uint8 PAD;
uint16 nom_msdu_size; /**< (Nominal or fixed) MSDU Size (bytes) */
uint16 max_msdu_size; /**< Maximum MSDU Size (bytes) */
uint32 min_srv_interval; /**< Minimum Service Interval (us) */
uint32 max_srv_interval; /**< Maximum Service Interval (us) */
uint32 inactivity_interval; /**< Inactivity Interval (us) */
uint32 suspension_interval; /**< Suspension Interval (us) */
uint32 srv_start_time; /**< Service Start Time (us) */
uint32 min_data_rate; /**< Minimum Data Rate (bps) */
uint32 mean_data_rate; /**< Mean Data Rate (bps) */
uint32 peak_data_rate; /**< Peak Data Rate (bps) */
uint32 max_burst_size; /**< Maximum Burst Size (bytes) */
uint32 delay_bound; /**< Delay Bound (us) */
uint32 min_phy_rate; /**< Minimum PHY Rate (bps) */
uint16 surplus_bw; /**< Surplus Bandwidth Allowance (range 1.0 to 8.0) */
uint16 medium_time; /**< Medium Time (32 us/s periods) */
uint8 dialog_token; /**< dialog token */
uint8 PAD[3];
} tspec_arg_t;
/** tspec arg for desired station */
typedef struct tspec_per_sta_arg {
struct ether_addr ea;
uint8 PAD[2];
struct tspec_arg ts;
} tspec_per_sta_arg_t;
/** structure for max bandwidth for each access category */
typedef struct wme_max_bandwidth {
uint32 ac[AC_COUNT]; /**< max bandwidth for each access category */
} wme_max_bandwidth_t;
#define WL_WME_MBW_PARAMS_IO_BYTES (sizeof(wme_max_bandwidth_t))
/* current version of wl_tspec_arg_t struct */
#define TSPEC_ARG_VERSION 2 /**< current version of wl_tspec_arg_t struct */
#define TSPEC_ARG_LENGTH 55 /**< argument length from tsinfo to medium_time */
#define TSPEC_DEFAULT_DIALOG_TOKEN 42 /**< default dialog token */
#define TSPEC_DEFAULT_SBW_FACTOR 0x3000 /**< default surplus bw */
#define WL_WOWL_KEEPALIVE_MAX_PACKET_SIZE 80
#define WLC_WOWL_MAX_KEEPALIVE 2
/** Packet lifetime configuration per ac */
typedef struct wl_lifetime {
uint32 ac; /**< access class */
uint32 lifetime; /**< Packet lifetime value in ms */
} wl_lifetime_t;
/** Management time configuration */
typedef struct wl_lifetime_mg {
uint32 mgmt_bitmap; /**< Mgmt subtype */
uint32 lifetime; /**< Packet lifetime value in us */
} wl_lifetime_mg_t;
/* MAC Sample Capture related */
#define WL_MACCAPTR_DEFSTART_PTR 0xA00
#define WL_MACCAPTR_DEFSTOP_PTR 0xA3F
#define WL_MACCAPTR_DEFSZ 0x3F
#define WL_MACCAPTR_DEF_MASK 0xFFFFFFFF
typedef enum {
WL_MACCAPT_TRIG = 0,
WL_MACCAPT_STORE = 1,
WL_MACCAPT_TRANS = 2,
WL_MACCAPT_MATCH = 3
} maccaptr_optn;
typedef enum {
WL_MACCAPT_STRT = 1,
WL_MACCAPT_STOP = 2,
WL_MACCAPT_RST = 3
} maccaptr_cmd_t;
/* MAC Sample Capture Set-up Paramters */
typedef struct wl_maccapture_params {
uint8 gpio_sel;
uint8 la_mode; /* TRUE: GPIO Out Enabled */
uint8 PAD[2];
uint32 start_ptr; /* Start address to store */
uint32 stop_ptr; /* Stop address to store */
uint8 optn_bmp; /* Options */
uint8 PAD[3];
/* Don't change the order after this nor
* add anything in betw. Code uses offsets to populate
* registers
*/
uint32 tr_mask; /* Trigger Mask */
uint32 tr_val; /* Trigger Value */
uint32 s_mask; /* Store Mode Mask */
uint32 x_mask; /* Trans. Mode Mask */
uint32 m_mask; /* Match Mode Mask */
uint32 m_val; /* Match Value */
maccaptr_cmd_t cmd; /* Start / Stop */
} wl_maccapture_params_t;
/** Channel Switch Announcement param */
typedef struct wl_chan_switch {
uint8 mode; /**< value 0 or 1 */
uint8 count; /**< count # of beacons before switching */
chanspec_t chspec; /**< chanspec */
uint8 reg; /**< regulatory class */
uint8 frame_type; /**< csa frame type, unicast or broadcast */
} wl_chan_switch_t;
enum {
PFN_LIST_ORDER,
PFN_RSSI
};
enum {
DISABLE,
ENABLE
};
enum {
OFF_ADAPT,
SMART_ADAPT,
STRICT_ADAPT,
SLOW_ADAPT
};
#define SORT_CRITERIA_BIT 0
#define AUTO_NET_SWITCH_BIT 1
#define ENABLE_BKGRD_SCAN_BIT 2
#define IMMEDIATE_SCAN_BIT 3
#define AUTO_CONNECT_BIT 4
#define ENABLE_BD_SCAN_BIT 5
#define ENABLE_ADAPTSCAN_BIT 6
#define IMMEDIATE_EVENT_BIT 8
#define SUPPRESS_SSID_BIT 9
#define ENABLE_NET_OFFLOAD_BIT 10
/** report found/lost events for SSID and BSSID networks seperately */
#define REPORT_SEPERATELY_BIT 11
#define PFN_FULL_SCAN_RESULT_BIT 12
#define SORT_CRITERIA_MASK 0x0001
#define AUTO_NET_SWITCH_MASK 0x0002
#define ENABLE_BKGRD_SCAN_MASK 0x0004
#define IMMEDIATE_SCAN_MASK 0x0008
#define AUTO_CONNECT_MASK 0x0010
#define ENABLE_BD_SCAN_MASK 0x0020
#define ENABLE_ADAPTSCAN_MASK 0x00c0
#define IMMEDIATE_EVENT_MASK 0x0100
#define SUPPRESS_SSID_MASK 0x0200
#define ENABLE_NET_OFFLOAD_MASK 0x0400
/** report found/lost events for SSID and BSSID networks seperately */
#define REPORT_SEPARATELY_MASK 0x0800
#define REPORT_SEPERATELY_MASK REPORT_SEPARATELY_MASK // Legacy typo
#define PFNFULLSCAN_RESULT_MASK 0x1000
#define PFN_COMPLETE 1
#define PFN_INCOMPLETE 0
#define DEFAULT_BESTN 2
#define DEFAULT_MSCAN 0
#define DEFAULT_REPEAT 10
#define DEFAULT_EXP 2
#define PFN_SWC_RSSI_WINDOW_MAX 8
#define PFN_SWC_MAX_NUM_APS 16
#define PFN_HOTLIST_MAX_NUM_APS 64
#define MAX_EPNO_HIDDEN_SSID 8
#define MAX_WHITELIST_SSID 2
#define WL_PFN_SHORTSSID_LEN 4u
#define WL_PFN_SUBNET_FLAGS_IS_SHORT_SSID 0x01u /* subnet flags bit 0 */
#define WL_PFN_SUBNET_FLAGS_MATCH_SHORT_SSID 0x02u /* subnet flags bit 1 */
/* Version 1 and 2 for various scan results structures defined below */
#define PFN_SCANRESULTS_VERSION_V1 1u
#define PFN_SCANRESULTS_VERSION_V2 2u
#define PFN_SCANRESULTS_VERSION_V3 3u
#define PFN_SCANRESULTS_VERSION_V4 4u
#define PFN_SCANRESULTS_VERSION_V5 5u
/** PFN network info structure */
typedef struct wl_pfn_subnet_info_v1 {
struct ether_addr BSSID;
uint8 channel; /**< channel number only */
uint8 SSID_len;
uint8 SSID[32];
} wl_pfn_subnet_info_v1_t;
typedef struct wl_pfn_subnet_info_v2 {
struct ether_addr BSSID;
uint8 channel; /**< channel number only */
uint8 SSID_len;
union {
uint8 SSID[32];
uint16 index;
} u;
} wl_pfn_subnet_info_v2_t;
typedef struct wl_pfn_subnet_info_v3 {
struct ether_addr BSSID;
chanspec_t chanspec; /**< with 6G chanspec only */
uint8 SSID_len;
uint8 PAD;
uint16 flags;
union {
uint8 SSID[32];
uint16 index;
} u;
} wl_pfn_subnet_info_v3_t;
typedef struct wl_pfn_net_info_v1 {
wl_pfn_subnet_info_v1_t pfnsubnet;
int16 RSSI; /**< receive signal strength (in dBm) */
uint16 timestamp; /**< age in seconds */
} wl_pfn_net_info_v1_t;
typedef struct wl_pfn_net_info_v2 {
wl_pfn_subnet_info_v2_t pfnsubnet;
int16 RSSI; /**< receive signal strength (in dBm) */
uint16 timestamp; /**< age in seconds */
} wl_pfn_net_info_v2_t;
typedef struct wl_pfn_net_info_v3 {
wl_pfn_subnet_info_v3_t pfnsubnet;
int16 RSSI; /**< receive signal strength (in dBm) */
uint16 timestamp; /**< age in seconds */
} wl_pfn_net_info_v3_t;
/* Version 1 and 2 for various lbest scan results structures below */
#define PFN_LBEST_SCAN_RESULT_VERSION_V1 1
#define PFN_LBEST_SCAN_RESULT_VERSION_V2 2
#define PFN_LBEST_SCAN_RESULT_VERSION_V3 3
#define MAX_CHBKT_PER_RESULT 4
typedef struct wl_pfn_lnet_info_v1 {
wl_pfn_subnet_info_v1_t pfnsubnet; /**< BSSID + channel + SSID len + SSID */
uint16 flags; /**< partial scan, etc */
int16 RSSI; /**< receive signal strength (in dBm) */
uint32 timestamp; /**< age in miliseconds */
uint16 rtt0; /**< estimated distance to this AP in centimeters */
uint16 rtt1; /**< standard deviation of the distance to this AP in centimeters */
} wl_pfn_lnet_info_v1_t;
typedef struct wl_pfn_lnet_info_v2 {
wl_pfn_subnet_info_v2_t pfnsubnet; /**< BSSID + channel + SSID len + SSID */
uint16 flags; /**< partial scan, etc */
int16 RSSI; /**< receive signal strength (in dBm) */
uint32 timestamp; /**< age in miliseconds */
uint16 rtt0; /**< estimated distance to this AP in centimeters */
uint16 rtt1; /**< standard deviation of the distance to this AP in centimeters */
} wl_pfn_lnet_info_v2_t;
typedef struct wl_pfn_lnet_info_v3 {
wl_pfn_subnet_info_v3_t pfnsubnet; /**< BSSID + channel + SSID len + SSID */
uint16 flags; /**< partial scan, etc */
int16 RSSI; /**< receive signal strength (in dBm) */
uint32 timestamp; /**< age in miliseconds */
uint16 rtt0; /**< estimated distance to this AP in centimeters */
uint16 rtt1; /**< standard deviation of the distance to this AP in centimeters */
} wl_pfn_lnet_info_v3_t;
typedef struct wl_pfn_lscanresults_v1 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_lnet_info_v1_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_lscanresults_v1_t;
typedef struct wl_pfn_lscanresults_v2 {
uint32 version;
uint16 status;
uint16 count;
uint32 scan_ch_buckets[MAX_CHBKT_PER_RESULT];
wl_pfn_lnet_info_v2_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_lscanresults_v2_t;
typedef struct wl_pfn_lscanresults_v3 {
uint32 version;
uint16 status;
uint16 count;
uint32 scan_ch_buckets[MAX_CHBKT_PER_RESULT];
wl_pfn_lnet_info_v3_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_lscanresults_v3_t;
/**this is used to report on 1-* pfn scan results */
typedef struct wl_pfn_scanresults_v1 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_net_info_v1_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_scanresults_v1_t;
typedef struct wl_pfn_scanresults_v2 {
uint32 version;
uint32 status;
uint32 count;
uint32 scan_ch_bucket;
wl_pfn_net_info_v2_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_scanresults_v2_t;
typedef struct wl_pfn_scanresults_v3 {
uint32 version;
uint32 status;
uint32 count;
uint32 scan_ch_bucket;
wl_pfn_net_info_v3_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_scanresults_v3_t;
#define WL_PFN_SCANRESULTS_SCAN_TYPE_HA 0u
#define WL_PFN_SCANRESULTS_SCAN_TYPE_LP 1u
/* In version 4, the status field is split between status and flags from version 2.
* This does not include changes from version 3.
*/
typedef struct wl_pfn_scanresults_v4 {
uint32 version;
uint16 status;
uint16 flags;
uint32 count;
uint32 scan_ch_bucket;
wl_pfn_net_info_v2_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_scanresults_v4_t;
typedef struct wl_pfn_scanresults_v5 {
uint16 version;
uint16 length;
uint16 status;
uint16 flags;
uint32 count;
uint32 scan_ch_bucket;
wl_pfn_net_info_v3_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_scanresults_v5_t;
typedef struct wl_pfn_significant_net {
uint16 flags;
uint16 channel;
struct ether_addr BSSID;
int8 rssi[PFN_SWC_RSSI_WINDOW_MAX];
} wl_pfn_significant_net_t;
#define PFN_SWC_SCANRESULT_VERSION_1 1
typedef struct wl_pfn_swc_results {
uint32 version;
uint32 pkt_count; /**< No. of results in current frame */
uint32 total_count; /**< Total expected results */
wl_pfn_significant_net_t list[];
} wl_pfn_swc_results_t;
typedef struct wl_pfn_net_info_bssid_v1 {
struct ether_addr BSSID;
uint8 channel; /**< channel number only */
int8 RSSI; /**< receive signal strength (in dBm) */
uint16 flags; /**< (e.g. partial scan, off channel) */
uint16 timestamp; /**< age in seconds */
} wl_pfn_net_info_bssid_v1_t;
typedef struct wl_pfn_scanhist_bssid_v1 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_net_info_bssid_v1_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_scanhist_bssid_v1_t;
/* v2 for this struct is skiped to match with other struct v3 version */
typedef struct wl_pfn_net_info_bssid_v3 {
struct ether_addr BSSID;
chanspec_t chanspec; /**<with 6G chanspec only */
uint16 flags; /**< (e.g. partial scan, off channel) */
uint16 timestamp; /**< age in seconds */
int8 RSSI; /**< receive signal strength (in dBm) */
uint8 PAD[3];
} wl_pfn_net_info_bssid_v3_t;
typedef struct wl_pfn_scanhist_bssid_v3 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_net_info_bssid_v3_t netinfo[BCM_FLEX_ARRAY];
} wl_pfn_scanhist_bssid_v3_t;
/* Version 1 and 2 for various single scan result */
#define PFN_SCANRESULT_VERSION_V1 1
#define PFN_SCANRESULT_VERSION_V2 2
#define PFN_SCANRESULT_VERSION_V3 3
/* used to report exactly one scan result */
/* plus reports detailed scan info in bss_info */
typedef struct wl_pfn_scanresult_v1 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_net_info_v1_t netinfo;
wl_bss_info_v109_t bss_info;
} wl_pfn_scanresult_v1_t;
typedef struct wl_pfn_scanresult_v2 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_net_info_v2_t netinfo;
wl_bss_info_v109_t bss_info;
} wl_pfn_scanresult_v2_t;
typedef struct wl_pfn_scanresult_v2_1 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_net_info_v2_t netinfo;
uint8 bss_info[]; /* var length wl_bss_info_X structures */
} wl_pfn_scanresult_v2_1_t;
typedef struct wl_pfn_scanresult_v3_1 {
uint32 version;
uint32 status;
uint32 count;
wl_pfn_net_info_v3_t netinfo;
uint8 bss_info[]; /* var length wl_bss_info_X structures */
} wl_pfn_scanresult_v3_1_t;
#define PFN_SCAN_ALLGONE_VERSION_V1 1u
typedef struct wl_pfn_scan_all_gone_event_v1 {
uint16 version;
uint16 length;
uint16 flags;
uint16 PAD;
} wl_pfn_scan_all_gone_event_v1_t;
#define WL_PFN_MAX_RAND_LIMIT 20u
#define PFN_VERSION_V2 2u
/**PFN data structure */
typedef struct wl_pfn_param_v2 {
int32 version; /**< PNO parameters version */
int32 scan_freq; /**< Scan frequency */
int32 lost_network_timeout; /**< Timeout in sec. to declare
* discovered network as lost
*/
int16 flags; /**< Bit field to control features
* of PFN such as sort criteria auto
* enable switch and background scan
*/
int16 rssi_margin; /**< Margin to avoid jitter for choosing a
* PFN based on RSSI sort criteria
*/
uint8 bestn; /**< number of best networks in each scan */
uint8 mscan; /**< number of scans recorded */
uint8 repeat; /**< Minimum number of scan intervals
*before scan frequency changes in adaptive scan
*/
uint8 exp; /**< Exponent of 2 for maximum scan interval */
int32 slow_freq; /**< slow scan period */
} wl_pfn_param_v2_t;
#define PFN_VERSION_V3 3u
typedef struct wl_pfn_param_v3 {
int16 version; /**< PNO parameters version */
int16 length; /* length of the structure */
int32 scan_freq; /**< Scan frequency */
int32 lost_network_timeout; /**< Timeout in sec. to declare
* discovered network as lost
*/
int16 flags; /**< Bit field to control features
* of PFN such as sort criteria auto
* enable switch and background scan
*/
int16 rssi_margin; /**< Margin to avoid jitter for choosing a
* PFN based on RSSI sort criteria
*/
uint8 bestn; /**< number of best networks in each scan */
uint8 mscan; /**< number of scans recorded */
uint8 repeat; /**< Minimum number of scan intervals
*before scan frequency changes in adaptive scan
*/
uint8 exp; /**< Exponent of 2 for maximum scan interval */
int32 slow_freq; /**< slow scan period */
uint8 min_bound; /**< pfn scan period randomization - lower bound % */
uint8 max_bound; /**< pfn scan period randomization - upper bound % */
uint8 pfn_lp_scan_disable; /**< unused */
uint8 pfn_lp_scan_cnt; /* add support to insert LP PNO scan */
/* interleaved with HP PNO scan */
} wl_pfn_param_v3_t;
typedef struct wl_pfn_bssid {
struct ether_addr macaddr;
/* Bit4: suppress_lost, Bit3: suppress_found */
uint16 flags;
} wl_pfn_bssid_t;
typedef struct wl_pfn_significant_bssid {
struct ether_addr macaddr;
int8 rssi_low_threshold;
int8 rssi_high_threshold;
} wl_pfn_significant_bssid_t;
#define WL_PFN_SUPPRESSFOUND_MASK 0x08
#define WL_PFN_SUPPRESSLOST_MASK 0x10
#define WL_PFN_SSID_IMPRECISE_MATCH 0x80
#define WL_PFN_SSID_SAME_NETWORK 0x10000
#define WL_PFN_SUPPRESS_AGING_MASK 0x20000
#define WL_PFN_FLUSH_ALL_SSIDS 0x40000
#define WL_PFN_IOVAR_FLAG_MASK 0xFFFF00FF
#define WL_PFN_RSSI_MASK 0xff00
#define WL_PFN_RSSI_SHIFT 8
typedef struct wl_pfn_cfg {
uint32 reporttype;
int32 channel_num;
uint16 channel_list[WL_NUMCHANNELS];
uint32 flags;
} wl_pfn_cfg_t;
#define WL_PFN_SSID_CFG_VERSION 1
#define WL_PFN_SSID_CFG_CLEAR 0x1
typedef struct wl_pfn_ssid_params {
int8 min5G_rssi; /* minimum 5GHz RSSI for a BSSID to be considered */
int8 min2G_rssi; /* minimum 2.4GHz RSSI for a BSSID to be considered */
int16 init_score_max; /* The maximum score that a network can have before bonuses */
int16 cur_bssid_bonus; /* Add to current bssid */
int16 same_ssid_bonus; /* score bonus for all networks with the same network flag */
int16 secure_bonus; /* score bonus for networks that are not open */
int16 band_5g_bonus;
} wl_pfn_ssid_params_t;
typedef struct wl_ssid_ext_params {
int8 min5G_rssi; /* minimum 5GHz RSSI for a BSSID to be considered */
int8 min2G_rssi; /* minimum 2.4GHz RSSI for a BSSID to be considered */
int16 init_score_max; /* The maximum score that a network can have before bonuses */
int16 cur_bssid_bonus; /* Add to current bssid */
int16 same_ssid_bonus; /* score bonus for all networks with the same network flag */
int16 secure_bonus; /* score bonus for networks that are not open */
int16 band_5g_bonus;
} wl_ssid_ext_params_t;
typedef struct wl_pfn_ssid_cfg {
uint16 version;
uint16 flags;
wl_ssid_ext_params_t params;
} wl_pfn_ssid_cfg_t;
#define CH_BUCKET_REPORT_NONE 0
#define CH_BUCKET_REPORT_SCAN_COMPLETE_ONLY 1
#define CH_BUCKET_REPORT_FULL_RESULT 2
#define CH_BUCKET_REPORT_SCAN_COMPLETE (CH_BUCKET_REPORT_SCAN_COMPLETE_ONLY | \
CH_BUCKET_REPORT_FULL_RESULT)
#define CH_BUCKET_REPORT_REGULAR 0
#define CH_BUCKET_GSCAN 4
typedef struct wl_pfn_gscan_ch_bucket_cfg {
uint8 bucket_end_index;
uint8 bucket_freq_multiple;
uint8 flag;
uint8 reserved;
uint16 repeat;
uint16 max_freq_multiple;
} wl_pfn_gscan_ch_bucket_cfg_t;
typedef struct wl_pfn_capabilities {
uint16 max_mscan;
uint16 max_bestn;
uint16 max_swc_bssid;
uint16 max_hotlist_bssid;
} wl_pfn_capabilities_t;
#define GSCAN_SEND_ALL_RESULTS_MASK (1 << 0)
#define GSCAN_ALL_BUCKETS_IN_FIRST_SCAN_MASK (1 << 3)
#define GSCAN_CFG_FLAGS_ONLY_MASK (1 << 7)
#define WL_GSCAN_CFG_VERSION_1 1
typedef struct wl_pfn_gscan_cfg {
uint16 version;
/**
* BIT0 1 = send probes/beacons to HOST
* BIT1 Reserved
* BIT2 Reserved
* Add any future flags here
* BIT7 1 = no other useful cfg sent
*/
uint8 flags;
/** Buffer filled threshold in % to generate an event */
uint8 buffer_threshold;
/**
* No. of BSSIDs with "change" to generate an evt
* change - crosses rssi threshold/lost
*/
uint8 swc_nbssid_threshold;
/* Max=8 (for now) Size of rssi cache buffer */
uint8 swc_rssi_window_size;
uint8 count_of_channel_buckets;
uint8 retry_threshold;
uint16 lost_ap_window;
wl_pfn_gscan_ch_bucket_cfg_t channel_bucket[BCM_FLEX_ARRAY];
} wl_pfn_gscan_cfg_t;
#define WL_PFN_REPORT_ALLNET 0
#define WL_PFN_REPORT_SSIDNET 1
#define WL_PFN_REPORT_BSSIDNET 2
#define WL_PFN_CFG_FLAGS_PROHIBITED 0x00000001 /* Accept and use prohibited channels */
#define WL_PFN_CFG_FLAGS_RESERVED 0xfffffffe /**< Remaining reserved for future use */
typedef struct wl_pfn {
wlc_ssid_t ssid; /**< ssid name and its length */
int32 flags; /**< bit2: hidden */
int32 infra; /**< BSS Vs IBSS */
int32 auth; /**< Open Vs Closed */
int32 wpa_auth; /**< WPA type */
int32 wsec; /**< wsec value */
} wl_pfn_t;
typedef struct wl_pfn_list {
uint32 version;
uint32 enabled;
uint32 count;
wl_pfn_t pfn[BCM_FLEX_ARRAY];
} wl_pfn_list_t;
#define PFN_SSID_EXT_VERSION_1 1
typedef struct wl_pfn_ext {
uint8 flags;
int8 rssi_thresh; /* RSSI threshold, track only if RSSI > threshold */
uint16 wpa_auth; /* Match the wpa auth type defined in wlioctl_defs.h */
uint8 ssid[DOT11_MAX_SSID_LEN];
uint8 ssid_len;
uint8 PAD;
} wl_pfn_ext_t;
typedef struct wl_pfn_ext_list {
uint16 version;
uint16 count;
wl_pfn_ext_t pfn_ext[BCM_FLEX_ARRAY];
} wl_pfn_ext_list_t;
#define WL_PFN_SSID_EXT_FOUND 0x1
#define WL_PFN_SSID_EXT_LOST 0x2
typedef struct wl_pfn_result_ssid {
uint8 flags;
int8 rssi;
/* channel number */
uint16 channel;
/* Assume idx in order of cfg */
uint32 index;
} wl_pfn_result_ssid_crc32_t;
typedef struct wl_pfn_ssid_ext_result {
uint16 version;
uint16 count;
wl_pfn_result_ssid_crc32_t net[BCM_FLEX_ARRAY];
} wl_pfn_ssid_ext_result_t;
#define PFN_EXT_AUTH_CODE_OPEN 1 /* open */
#define PFN_EXT_AUTH_CODE_PSK 2 /* WPA_PSK or WPA2PSK */
#define PFN_EXT_AUTH_CODE_EAPOL 4 /* any EAPOL */
#define WL_PFN_HIDDEN_BIT 2
#define WL_PFN_HIDDEN_MASK 0x4
#ifndef BESTN_MAX
#define BESTN_MAX 10
#endif
#ifndef MSCAN_MAX
#define MSCAN_MAX 32
#endif
/* Dynamic scan configuration for motion profiles */
#define WL_PFN_MPF_VERSION_1 1
/* Valid group IDs, may be expanded in the future */
#define WL_PFN_MPF_GROUP_SSID 0
#define WL_PFN_MPF_GROUP_BSSID 1
#define WL_PFN_MPF_MAX_GROUPS 2
/* Max number of MPF states supported in this time */
#define WL_PFN_MPF_STATES_MAX 4u
#define WL_PFN_MPF_LP_CNT_MAX 7u
/* Flags for the mpf-specific stuff */
#define WL_PFN_MPF_ADAPT_ON_BIT 0u
#define WL_PFN_MPF_ADAPTSCAN_BIT 1u
#define WL_PFN_MPF_LP_SCAN_BIT 3u
#define WL_PFN_MPF_ADAPT_ON_MASK 0x0001 /* Bit 0 */
#define WL_PFN_MPF_ADAPTSCAN_MASK 0x0006 /* Bits [2:1] */
#define WL_PFN_MPF_LP_SCAN_CNT_MASK 0x0038 /* Bits [5:3] */
/* Per-state timing values */
typedef struct wl_pfn_mpf_state_params {
int32 scan_freq; /* Scan frequency (secs) */
int32 lost_network_timeout; /* Timeout to declare net lost (secs) */
int16 flags; /* Space for flags: ADAPT, LP_SCAN cnt etc */
uint8 exp; /* Exponent of 2 for max interval for SMART/STRICT_ADAPT */
uint8 repeat; /* Number of scans before changing adaptation level */
int32 slow_freq; /* Slow scan period for SLOW_ADAPT */
} wl_pfn_mpf_state_params_t;
typedef struct wl_pfn_mpf_param {
uint16 version; /* Structure version */
uint16 groupid; /* Group ID: 0 (SSID), 1 (BSSID), other: reserved */
wl_pfn_mpf_state_params_t state[WL_PFN_MPF_STATES_MAX];
} wl_pfn_mpf_param_t;
/* Structure for setting pfn_override iovar */
typedef struct wl_pfn_override_param {
uint16 version; /* Structure version */
uint16 start_offset; /* Seconds from now to apply new params */
uint16 duration; /* Seconds to keep new params applied */
uint16 reserved;
wl_pfn_mpf_state_params_t override;
} wl_pfn_override_param_t;
#define WL_PFN_OVERRIDE_VERSION 1
/*
* Definitions for base MPF configuration
*/
#define WL_MPF_VERSION_1 1
#define WL_MPF_MAX_BITS 3
#define WL_MPF_MAX_STATES (1 << WL_MPF_MAX_BITS)
#define WL_MPF_STATE_NAME_MAX 12
typedef struct wl_mpf_val {
uint16 val; /* Value of GPIO bits */
uint16 state; /* State identifier */
char name[WL_MPF_STATE_NAME_MAX]; /* Optional name */
} wl_mpf_val_t;
typedef struct wl_mpf_map {
uint16 version;
uint16 type;
uint16 mask; /* Which GPIO bits to use */
uint8 count; /* Count of state/value mappings */
uint8 PAD;
wl_mpf_val_t vals[WL_MPF_MAX_STATES];
} wl_mpf_map_t;
#define WL_MPF_STATE_AUTO (0xFFFF) /* (uint16)-1) */
typedef struct wl_mpf_state {
uint16 version;
uint16 type;
uint16 state; /* Get/Set */
uint8 force; /* 0 - auto (HW) state, 1 - forced state */
char name[WL_MPF_STATE_NAME_MAX]; /* Get/Set: Optional/actual name */
uint8 PAD;
} wl_mpf_state_t;
/*
* WLFCTS definition
*/
typedef struct wl_txstatus_additional_info {
ratespec_t rspec;
uint32 enq_ts;
uint32 last_ts;
uint32 entry_ts;
uint16 seq;
uint8 rts_cnt;
uint8 tx_cnt;
} wl_txstatus_additional_info_t;
/** Service discovery */
typedef struct {
uint8 transaction_id; /**< Transaction id */
uint8 protocol; /**< Service protocol type */
uint16 query_len; /**< Length of query */
uint16 response_len; /**< Length of response */
uint8 qrbuf[];
} wl_p2po_qr_t;
typedef struct {
uint16 period; /**< extended listen period */
uint16 interval; /**< extended listen interval */
uint16 count; /* count to repeat */
uint16 PAD; /* pad for 32bit align */
} wl_p2po_listen_t;
/** GAS state machine tunable parameters. Structure field values of 0 means use the default. */
typedef struct wl_gas_config {
uint16 max_retransmit; /**< Max # of firmware/driver retransmits on no Ack
* from peer (on top of the ucode retries).
*/
uint16 response_timeout; /**< Max time to wait for a GAS-level response
* after sending a packet.
*/
uint16 max_comeback_delay; /**< Max GAS response comeback delay.
* Exceeding this fails the GAS exchange.
*/
uint16 max_retries; /**< Max # of GAS state machine retries on failure
* of a GAS frame exchange.
*/
} wl_gas_config_t;
/** P2P Find Offload parameters */
typedef struct wl_p2po_find_config {
uint16 version; /**< Version of this struct */
uint16 length; /**< sizeof(wl_p2po_find_config_t) */
int32 search_home_time; /**< P2P search state home time when concurrent
* connection exists. -1 for default.
*/
uint8 num_social_channels;
/**< Number of social channels up to WL_P2P_SOCIAL_CHANNELS_MAX.
* 0 means use default social channels.
*/
uint8 flags;
uint16 social_channels[BCM_FLEX_ARRAY]; /**< Variable length array of social channels */
} wl_p2po_find_config_t;
#define WL_P2PO_FIND_CONFIG_VERSION_2 2u /**< value for version field */
/** wl_p2po_find_config_t flags */
#define P2PO_FIND_FLAG_SCAN_ALL_APS 0x01u /**< Whether to scan for all APs in the p2po_find
* periodic scans of all channels.
* 0 means scan for only P2P devices.
* 1 means scan for P2P devices plus non-P2P APs.
*/
/** For adding a WFDS service to seek */
typedef struct {
uint32 seek_hdl; /**< unique id chosen by host */
uint8 addr[6]; /**< Seek service from a specific device with this
* MAC address, all 1's for any device.
*/
uint8 service_hash[P2P_WFDS_HASH_LEN];
uint8 service_name_len;
uint8 service_name[MAX_WFDS_SEEK_SVC_NAME_LEN];
/**< Service name to seek, not null terminated */
uint8 service_info_req_len;
uint8 service_info_req[BCM_FLEX_ARRAY];
/**< Service info request, not null terminated.
* Variable length specified by service_info_req_len.
* Maximum length is MAX_WFDS_SEEK_SVC_INFO_LEN.
*/
} wl_p2po_wfds_seek_add_t;
/** For deleting a WFDS service to seek */
typedef struct {
uint32 seek_hdl; /**< delete service specified by id */
} wl_p2po_wfds_seek_del_t;
/** For adding a WFDS service to advertise */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 advertise_hdl; /**< unique id chosen by host */
uint8 service_hash[P2P_WFDS_HASH_LEN];
uint32 advertisement_id;
uint16 service_config_method;
uint8 service_name_len;
uint8 service_name[MAX_WFDS_SVC_NAME_LEN];
/**< Service name , not null terminated */
uint8 service_status;
uint16 service_info_len;
uint8 service_info[BCM_FLEX_ARRAY];
/**< Service info, not null terminated.
* Variable length specified by service_info_len.
* Maximum length is MAX_WFDS_ADV_SVC_INFO_LEN.
*/
} BWL_POST_PACKED_STRUCT wl_p2po_wfds_advertise_add_t;
#include <packed_section_end.h>
/** For deleting a WFDS service to advertise */
typedef struct {
uint32 advertise_hdl; /**< delete service specified by hdl */
} wl_p2po_wfds_advertise_del_t;
/** P2P Offload discovery mode for the p2po_state iovar */
typedef enum {
WL_P2PO_DISC_STOP,
WL_P2PO_DISC_LISTEN,
WL_P2PO_DISC_DISCOVERY
} disc_mode_t;
/* ANQP offload */
#define ANQPO_MAX_QUERY_SIZE 256
typedef struct {
uint16 max_retransmit; /**< ~0 use default, max retransmit on no ACK from peer */
uint16 response_timeout; /**< ~0 use default, msec to wait for resp after tx pkt */
uint16 max_comeback_delay; /**< ~0 use default, max comeback delay in resp else fail */
uint16 max_retries; /**< ~0 use default, max retries on failure */
uint16 query_len; /**< length of ANQP query */
uint8 query_data[BCM_FLEX_ARRAY]; /**< ANQP encoded query (max ANQPO_MAX_QUERY_SIZE) */
} wl_anqpo_set_t;
#define WL_ANQPO_FLAGS_BSSID_WILDCARD 0x0001
#define WL_ANQPO_PEER_LIST_VERSION_2 2
typedef struct {
uint16 channel; /**< channel of the peer */
struct ether_addr addr; /**< addr of the peer */
} wl_anqpo_peer_v1_t;
typedef struct {
uint16 channel; /**< channel of the peer */
struct ether_addr addr; /**< addr of the peer */
uint32 flags; /**< 0x01-Peer is MBO Capable */
} wl_anqpo_peer_v2_t;
#define WL_ANQPO_PEER_LIST_VERSION_3 3
typedef struct {
uint16 chanspec; /**< chanspec of the peer */
struct ether_addr addr; /**< addr of the peer */
uint32 flags; /**< 0x01-Peer is MBO Capable */
} wl_anqpo_peer_v3_t;
#define ANQPO_MAX_PEER_LIST 64
typedef struct {
uint16 count; /**< number of peers in list */
wl_anqpo_peer_v1_t peer[BCM_FLEX_ARRAY]; /**< max ANQPO_MAX_PEER_LIST */
} wl_anqpo_peer_list_v1_t;
typedef struct {
uint16 version; /**<VERSION */
uint16 length; /**< length of entire structure */
uint16 count; /**< number of peers in list */
wl_anqpo_peer_v2_t peer[BCM_FLEX_ARRAY]; /**< max ANQPO_MAX_PEER_LIST */
} wl_anqpo_peer_list_v2_t;
typedef struct {
uint16 version; /**< VERSION */
uint16 length; /**< length of entire structure */
uint16 count; /**< number of peers in list */
uint16 PAD;
wl_anqpo_peer_v3_t peer[]; /**< max ANQPO_MAX_PEER_LIST */
} wl_anqpo_peer_list_v3_t;
#define ANQPO_MAX_IGNORE_SSID 64
typedef struct {
uint8 is_clear; /**< set to clear list (not used on GET) */
uint8 PAD;
uint16 count; /**< number of SSID in list */
wlc_ssid_t ssid[BCM_FLEX_ARRAY]; /**< max ANQPO_MAX_IGNORE_SSID */
} wl_anqpo_ignore_ssid_list_t;
#define ANQPO_MAX_IGNORE_BSSID 64
typedef struct {
uint8 is_clear; /**< set to clear list (not used on GET) */
uint8 PAD;
uint16 count; /**< number of addr in list */
struct ether_addr bssid[]; /**< max ANQPO_MAX_IGNORE_BSSID */
} wl_anqpo_ignore_bssid_list_t;
struct toe_ol_stats_t {
/** Num of tx packets that don't need to be checksummed */
uint32 tx_summed;
/* Num of tx packets where checksum is filled by offload engine */
uint32 tx_iph_fill;
uint32 tx_tcp_fill;
uint32 tx_udp_fill;
uint32 tx_icmp_fill;
/* Num of rx packets where toe finds out if checksum is good or bad */
uint32 rx_iph_good;
uint32 rx_iph_bad;
uint32 rx_tcp_good;
uint32 rx_tcp_bad;
uint32 rx_udp_good;
uint32 rx_udp_bad;
uint32 rx_icmp_good;
uint32 rx_icmp_bad;
/* Num of tx packets in which csum error is injected */
uint32 tx_tcp_errinj;
uint32 tx_udp_errinj;
uint32 tx_icmp_errinj;
/* Num of rx packets in which csum error is injected */
uint32 rx_tcp_errinj;
uint32 rx_udp_errinj;
uint32 rx_icmp_errinj;
};
/** Arp offload statistic counts */
struct arp_ol_stats_t {
uint32 host_ip_entries; /**< Host IP table addresses (more than one if multihomed) */
uint32 host_ip_overflow; /**< Host IP table additions skipped due to overflow */
uint32 arp_table_entries; /**< ARP table entries */
uint32 arp_table_overflow; /**< ARP table additions skipped due to overflow */
uint32 host_request; /**< ARP requests from host */
uint32 host_reply; /**< ARP replies from host */
uint32 host_service; /**< ARP requests from host serviced by ARP Agent */
uint32 peer_request; /**< ARP requests received from network */
uint32 peer_request_drop; /**< ARP requests from network that were dropped */
uint32 peer_reply; /**< ARP replies received from network */
uint32 peer_reply_drop; /**< ARP replies from network that were dropped */
uint32 peer_service; /**< ARP request from host serviced by ARP Agent */
};
/** NS offload statistic counts */
struct nd_ol_stats_t {
uint32 host_ip_entries; /**< Host IP table addresses (more than one if multihomed) */
uint32 host_ip_overflow; /**< Host IP table additions skipped due to overflow */
uint32 peer_request; /**< NS requests received from network */
uint32 peer_request_drop; /**< NS requests from network that were dropped */
uint32 peer_reply_drop; /**< NA replies from network that were dropped */
uint32 peer_service; /**< NS request from host serviced by firmware */
};
/*
* Neighbor Discovery Offloading
*/
enum {
WL_ND_IPV6_ADDR_TYPE_UNICAST = 0,
WL_ND_IPV6_ADDR_TYPE_ANYCAST
};
typedef struct wl_nd_host_ip_addr {
struct ipv6_addr ip_addr; /* host ip address */
uint8 type; /* type of address */
uint8 PAD[3];
} wl_nd_host_ip_addr_t;
typedef struct wl_nd_host_ip_list {
uint32 count;
wl_nd_host_ip_addr_t host_ip[BCM_FLEX_ARRAY];
} wl_nd_host_ip_list_t;
#define WL_ND_HOSTIP_IOV_VER 1
enum {
WL_ND_HOSTIP_OP_VER = 0, /* get version */
WL_ND_HOSTIP_OP_ADD, /* add address */
WL_ND_HOSTIP_OP_DEL, /* delete specified address */
WL_ND_HOSTIP_OP_DEL_UC, /* delete all unicast address */
WL_ND_HOSTIP_OP_DEL_AC, /* delete all anycast address */
WL_ND_HOSTIP_OP_DEL_ALL, /* delete all addresses */
WL_ND_HOSTIP_OP_LIST, /* get list of host ip address */
WL_ND_HOSTIP_OP_MAX
};
typedef struct wl_nd_hostip {
uint16 version; /* version of iovar buf */
uint16 op_type; /* operation type */
uint32 length; /* length of entire structure */
union {
wl_nd_host_ip_addr_t host_ip; /* set param for add */
uint16 version; /* get return for ver */
} u;
} wl_nd_hostip_t;
#define WL_ND_HOSTIP_FIXED_LEN OFFSETOF(wl_nd_hostip_t, u)
#define WL_ND_HOSTIP_WITH_ADDR_LEN (WL_ND_HOSTIP_FIXED_LEN + sizeof(wl_nd_host_ip_addr_t))
/*
* Keep-alive packet offloading.
*/
/**
* NAT keep-alive packets format: specifies the re-transmission period, the packet
* length, and packet contents.
*/
typedef struct wl_keep_alive_pkt {
uint32 period_msec; /** Retransmission period (0 to disable packet re-transmits) */
uint16 len_bytes; /* Size of packet to transmit (0 to disable packet re-transmits) */
uint8 data[BCM_FLEX_ARRAY];
/** Variable len pkt to transmit. Contents should include
* entire ethernet packet (enet header, IP header, UDP header,
* and UDP payload) in network byte order.
*/
} wl_keep_alive_pkt_t;
#define WL_KEEP_ALIVE_FIXED_LEN OFFSETOF(wl_keep_alive_pkt_t, data)
#define MAX_RSSI_COUNT 8
typedef struct rssi_struct {
int8 val[MAX_RSSI_COUNT]; /**< rssi values in AFs */
int16 sum; /**< total rssi sum */
uint8 cnt; /**< number rssi samples */
uint8 idx; /**< next rssi location */
} rssi_struct_t;
/*
* ptk_start: iovar to start 4-way handshake for secured ranging
*/
/* ptk negotiation security type - determines negotiation parameters */
typedef enum {
WL_PTK_START_SEC_TYPE_PMK = 1
} wl_ptk_start_sec_type_t;
/* ptk negotiation role */
typedef enum {
ROLE_NONE = 0x0,
ROLE_AUTH = 0x1,
ROLE_SUP = 0x2,
ROLE_STATIC = 0x3,
ROLE_INVALID = 0xff,
WL_PTK_START_ROLE_NONE = ROLE_NONE,
WL_PTK_START_ROLE_AUTH = ROLE_AUTH,
WL_PTK_START_ROLE_SUP = ROLE_SUP,
WL_PTK_START_ROLE_STATIC = ROLE_STATIC,
WL_PTK_START_ROLE_INVALID = ROLE_INVALID
} wl_ptk_start_role_t;
typedef struct wl_ptk_start_tlv {
uint16 id;
uint16 len;
uint8 data[1];
} wl_ptk_start_tlv_t;
typedef enum {
WL_PTK_START_TLV_PMK = 1 /* uint8[] */
} wl_ptk_start_tlv_type;
typedef enum {
WL_PTK_START_FLAG_NO_DATA_PROT = 1, /* data frame protection disabled */
WL_PTK_START_FLAG_GEN_FTM_TPK = 2 /* Generate FTM Toast/Seq Protection Key */
} wl_ptk_start_flags_t;
typedef struct wl_ptk_start_iov {
uint16 version;
uint16 len; /* length of entire iov from version */
wl_ptk_start_flags_t flags;
wl_ptk_start_sec_type_t sec_type;
wl_ptk_start_role_t role;
struct ether_addr peer_addr;
uint16 PAD; /* reserved/32 bit alignment */
wl_ptk_start_tlv_t tlvs[BCM_FLEX_ARRAY];
} wl_ptk_start_iov_t;
/*
* Dongle pattern matching filter.
*/
#define MAX_WAKE_PACKET_CACHE_BYTES 128 /**< Maximum cached wake packet */
#define MAX_WAKE_PACKET_BYTES (DOT11_A3_HDR_LEN + \
DOT11_QOS_LEN + \
sizeof(struct dot11_llc_snap_header) + \
ETHER_MAX_DATA)
typedef struct pm_wake_packet {
uint32 status; /**< Is the wake reason a packet (if all the other field's valid) */
uint32 pattern_id; /**< Pattern ID that matched */
uint32 original_packet_size;
uint32 saved_packet_size;
uint8 packet[MAX_WAKE_PACKET_CACHE_BYTES];
} pm_wake_packet_t;
/* Packet filter types. Currently, only pattern matching is supported. */
typedef enum wl_pkt_filter_type {
WL_PKT_FILTER_TYPE_PATTERN_MATCH=0, /**< Pattern matching filter */
WL_PKT_FILTER_TYPE_MAGIC_PATTERN_MATCH=1, /**< Magic packet match */
WL_PKT_FILTER_TYPE_PATTERN_LIST_MATCH=2, /**< A pattern list (match all to match filter) */
WL_PKT_FILTER_TYPE_ENCRYPTED_PATTERN_MATCH=3, /**< SECURE WOWL magic / net pattern match */
WL_PKT_FILTER_TYPE_APF_MATCH=4, /* Android packet filter match */
WL_PKT_FILTER_TYPE_PATTERN_MATCH_TIMEOUT=5, /* Pattern matching filter with timeout event */
WL_PKT_FILTER_TYPE_IMMEDIATE_PATTERN_MATCH=6, /* Immediately pattern matching filter */
WL_PKT_FILTYER_TYPE_MAX = 7, /* Pkt filter type MAX */
} wl_pkt_filter_type_t;
#define WL_PKT_FILTER_TYPE wl_pkt_filter_type_t /* backward compatibility; remove */
/* String mapping for types that may be used by applications or debug */
#define WL_PKT_FILTER_TYPE_NAMES \
{ "PATTERN", WL_PKT_FILTER_TYPE_PATTERN_MATCH }, \
{ "MAGIC", WL_PKT_FILTER_TYPE_MAGIC_PATTERN_MATCH }, \
{ "PATLIST", WL_PKT_FILTER_TYPE_PATTERN_LIST_MATCH }, \
{ "SECURE WOWL", WL_PKT_FILTER_TYPE_ENCRYPTED_PATTERN_MATCH }, \
{ "APF", WL_PKT_FILTER_TYPE_APF_MATCH }, \
{ "PATTERN TIMEOUT", WL_PKT_FILTER_TYPE_PATTERN_MATCH_TIMEOUT }, \
{ "IMMEDIATE", WL_PKT_FILTER_TYPE_IMMEDIATE_PATTERN_MATCH }
/** Secured WOWL packet was encrypted, need decrypted before check filter match */
typedef struct wl_pkt_decrypter {
uint8* (*dec_cb)(void* dec_ctx, const void *sdu, int sending);
void* dec_ctx;
} wl_pkt_decrypter_t;
/**
* Pattern matching filter. Specifies an offset within received packets to
* start matching, the pattern to match, the size of the pattern, and a bitmask
* that indicates which bits within the pattern should be matched.
*/
typedef struct wl_pkt_filter_pattern {
uint32 offset; /**< Offset within received packet to start pattern matching.
* Offset '0' is the first byte of the ethernet header.
*/
uint32 size_bytes; /**< Size of the pattern. Bitmask must be the same size. */
uint8 mask_and_pattern[]; /**< Variable length mask and pattern data. mask starts
* at offset 0. Pattern immediately follows mask. for
* secured pattern, put the descrypter pointer to the
* beginning, mask and pattern postponed correspondingly
*/
} wl_pkt_filter_pattern_t;
/** A pattern list is a numerically specified list of modified pattern structures. */
typedef struct wl_pkt_filter_pattern_listel {
uint16 rel_offs; /**< Offset to begin match (relative to 'base' below) */
uint16 base_offs; /**< Base for offset (defined below) */
uint16 size_bytes; /**< Size of mask/pattern */
uint16 match_flags; /**< Addition flags controlling the match */
uint8 mask_and_data[]; /**< Variable length mask followed by data, each size_bytes */
} wl_pkt_filter_pattern_listel_t;
typedef struct wl_pkt_filter_pattern_list {
uint8 list_cnt; /**< Number of elements in the list */
uint8 PAD1[1]; /**< Reserved (possible version: reserved) */
uint16 totsize; /**< Total size of this pattern list (includes this struct) */
uint8 patterns[]; /**< Variable number of wl_pkt_filter_pattern_listel_t elements */
} wl_pkt_filter_pattern_list_t;
typedef struct wl_apf_program {
uint16 version;
uint16 instr_len; /* number of instruction blocks */
uint32 inst_ts; /* program installation timestamp */
uint8 instrs[]; /* variable length instructions */
} wl_apf_program_t;
typedef struct wl_pkt_filter_pattern_timeout {
uint32 offset; /* Offset within received packet to start pattern matching.
* Offset '0' is the first byte of the ethernet header.
*/
uint32 size_bytes; /* Size of the pattern. Bitmask must be the same size. */
uint32 timeout; /* Timeout(seconds) */
uint8 mask_and_pattern[]; /* Variable length mask and pattern data.
* mask starts at offset 0. Pattern
* immediately follows mask.
*/
} wl_pkt_filter_pattern_timeout_t;
/** IOVAR "pkt_filter_add" parameter. Used to install packet filters. */
typedef struct wl_pkt_filter {
uint32 id; /**< Unique filter id, specified by app. */
uint32 type; /**< Filter type (WL_PKT_FILTER_TYPE_xxx). */
uint32 negate_match; /**< Negate the result of filter matches */
union { /* Filter definitions */
wl_pkt_filter_pattern_t pattern; /**< Pattern matching filter */
wl_pkt_filter_pattern_list_t patlist; /**< List of patterns to match */
wl_apf_program_t apf_program; /* apf program */
wl_pkt_filter_pattern_timeout_t pattern_timeout; /* Pattern timeout event filter */
} u;
/* Do NOT add structure members after the filter definitions, since they
* may include variable length arrays.
*/
} wl_pkt_filter_t;
/** IOVAR "tcp_keep_set" parameter. Used to install tcp keep_alive stuff. */
typedef struct wl_tcp_keep_set {
uint32 val1;
uint32 val2;
} wl_tcp_keep_set_t;
#define WL_PKT_FILTER_FIXED_LEN OFFSETOF(wl_pkt_filter_t, u)
#define WL_PKT_FILTER_PATTERN_FIXED_LEN OFFSETOF(wl_pkt_filter_pattern_t, mask_and_pattern)
#define WL_PKT_FILTER_PATTERN_LIST_FIXED_LEN OFFSETOF(wl_pkt_filter_pattern_list_t, patterns)
#define WL_PKT_FILTER_PATTERN_LISTEL_FIXED_LEN \
OFFSETOF(wl_pkt_filter_pattern_listel_t, mask_and_data)
#define WL_PKT_FILTER_PATTERN_TIMEOUT_FIXED_LEN \
OFFSETOF(wl_pkt_filter_pattern_timeout_t, mask_and_pattern)
#define WL_APF_INTERNAL_VERSION 1
#define WL_APF_PROGRAM_FIXED_LEN OFFSETOF(wl_apf_program_t, instrs)
#define WL_APF_PROGRAM_LEN(apf_program) \
((apf_program)->instr_len * sizeof((apf_program)->instrs[0]))
#define WL_APF_PROGRAM_TOTAL_LEN(apf_program) \
(WL_APF_PROGRAM_FIXED_LEN + WL_APF_PROGRAM_LEN(apf_program))
#ifndef WL_APF_PROGRAM_MAX_SIZE
#define WL_APF_PROGRAM_MAX_SIZE (4u * 1024u)
#endif /* WL_APF_PROGRAM_MAX_SIZE */
/** IOVAR "pkt_filter_enable" parameter. */
typedef struct wl_pkt_filter_enable {
uint32 id; /**< Unique filter id */
uint32 enable; /**< Enable/disable bool */
} wl_pkt_filter_enable_t;
/** IOVAR "pkt_filter_list" parameter. Used to retrieve a list of installed filters. */
typedef struct wl_pkt_filter_list {
uint32 num; /**< Number of installed packet filters */
uint8 filter[]; /**< Variable array of packet filters. */
} wl_pkt_filter_list_t;
#define WL_PKT_FILTER_LIST_FIXED_LEN OFFSETOF(wl_pkt_filter_list_t, filter)
/** IOVAR "pkt_filter_stats" parameter. Used to retrieve debug statistics. */
typedef struct wl_pkt_filter_stats {
uint32 num_pkts_matched; /**< # filter matches for specified filter id */
uint32 num_pkts_forwarded; /**< # packets fwded from dongle to host for all filters */
uint32 num_pkts_discarded; /**< # packets discarded by dongle for all filters */
} wl_pkt_filter_stats_t;
/** IOVAR "pkt_filter_ports" parameter. Configure TCP/UDP port filters. */
typedef struct wl_pkt_filter_ports {
uint8 version; /**< Be proper */
uint8 reserved; /**< Be really proper */
uint16 count; /**< Number of ports following */
/* End of fixed data */
uint16 ports[BCM_FLEX_ARRAY]; /**< Placeholder for ports[<count>] */
} wl_pkt_filter_ports_t;
#define WL_PKT_FILTER_PORTS_FIXED_LEN OFFSETOF(wl_pkt_filter_ports_t, ports)
#define WL_PKT_FILTER_PORTS_VERSION 0
#if defined(WL_PKT_FLTR_EXT) && !defined(WL_PKT_FLTR_EXT_DISABLED)
#define WL_PKT_FILTER_PORTS_MAX 256
#else
#define WL_PKT_FILTER_PORTS_MAX 128
#endif /* WL_PKT_FLTR_EXT && !WL_PKT_FLTR_EXT_DISABLED */
#define RSN_REPLAY_LEN 8
typedef struct _gtkrefresh {
uint8 KCK[RSN_KCK_LENGTH];
uint8 KEK[RSN_KEK_LENGTH];
uint8 ReplayCounter[RSN_REPLAY_LEN];
} gtk_keyinfo_t;
/** Sequential Commands ioctl */
typedef struct wl_seq_cmd_ioctl {
uint32 cmd; /**< common ioctl definition */
uint32 len; /**< length of user buffer */
} wl_seq_cmd_ioctl_t;
#define WL_SEQ_CMD_ALIGN_BYTES 4
/**
* These are the set of get IOCTLs that should be allowed when using
* IOCTL sequence commands. These are issued implicitly by wl.exe each time
* it is invoked. We never want to buffer these, or else wl.exe will stop working.
*/
#define WL_SEQ_CMDS_GET_IOCTL_FILTER(cmd) \
(((cmd) == WLC_GET_MAGIC) || \
((cmd) == WLC_GET_VERSION) || \
((cmd) == WLC_GET_AP) || \
((cmd) == WLC_GET_INSTANCE))
#define MAX_PKTENG_SWEEP_STEPS 40
typedef struct wl_pkteng {
uint32 flags;
uint32 delay; /**< Inter-packet delay */
uint32 nframes; /**< Number of frames */
uint32 length; /**< Packet length */
uint8 seqno; /**< Enable/disable sequence no. */
struct ether_addr dest; /**< Destination address */
struct ether_addr src; /**< Source address */
uint8 sweep_steps; /**< Number of sweep power */
uint8 est_pwr_cnt; /**< Number of packets to collect est. pwr */
uint8 PAD[1];
} wl_pkteng_t;
typedef struct wl_pkteng_est_pwr {
uint32 ratespec; /* Ratespec of the packets */
uint8 est_pwr_required; /* Requested Number of packets to collect est power */
uint8 est_pwr_collected; /* Actual collected packets */
uint8 core_num; /* Total number of Tx cores */
uint8 PAD;
int8 est_pwr[]; /* The est power buffer */
} wl_pkteng_est_pwr_t;
/* The wl_pkteng_est_pwr_t is encapsulated in a xtlv buffer with the following ID */
enum wl_pkgeng_estpwr_id {
wl_pkteng_estpwr_data = 0u,
wl_pkteng_estpwr_clear = 1u
};
/* IOVAR pkteng_sweep_counters response structure */
#define WL_PKTENG_SWEEP_COUNTERS_VERSION_1 1
typedef struct wl_pkteng_sweep_ctrs {
uint16 version; /**< Version - 1 */
uint16 size; /**< Complete Size including sweep_counters */
uint16 sweep_steps; /**< Number of steps */
uint16 PAD;
uint16 sweep_counter[]; /**< Array of frame counters */
} wl_pkteng_sweep_ctrs_t;
/* IOVAR pkteng_rx_pkt response structure */
#define WL_PKTENG_RX_PKT_VERSION_1 1
typedef struct wl_pkteng_rx_pkt {
uint16 version; /**< Version - 1 */
uint16 size; /**< Complete Size including the packet */
uint8 payload[]; /**< Packet payload */
} wl_pkteng_rx_pkt_t;
#define WL_PKTENG_RU_FILL_VER_1 1u
#define WL_PKTENG_RU_FILL_VER_2 2u
#define WL_PKTENG_RU_FILL_VER_3 3u
#define WL_PKTENG_RU_FILL_VER_4 4u
// struct for ru packet engine
typedef struct wl_pkteng_ru_v1 {
uint16 version; /* ver is 1 */
uint16 length; /* size of complete structure */
uint8 bw; /* bandwidth info */
uint8 ru_alloc_val; /* ru allocation index number */
uint8 mcs_val; /* mcs allocated value */
uint8 nss_val; /* num of spatial streams */
uint32 num_bytes; /* approx num of bytes to calculate other required params */
uint8 cp_ltf_val ; /* GI and LTF symbol size */
uint8 he_ltf_symb ; /* num of HE-LTF symbols */
uint8 stbc; /* STBC support */
uint8 coding_val; /* BCC/LDPC coding support */
uint8 pe_category; /* PE duration 0/8/16usecs */
uint8 dcm; /* dual carrier modulation */
uint8 mumimo_ltfmode; /* ltf mode */
uint8 trig_tx; /* form and transmit the trigger frame */
uint8 trig_type; /* type of trigger frame */
uint8 trig_period; /* trigger tx periodicity TBD */
struct ether_addr dest; /* destination address for un-associated mode */
} wl_pkteng_ru_v1_t;
typedef struct wl_pkteng_ru_v2 {
uint16 version; /* ver is 1 */
uint16 length; /* size of complete structure */
uint8 bw; /* bandwidth info */
uint8 ru_alloc_val; /* ru allocation index number */
uint8 mcs_val; /* mcs allocated value */
uint8 nss_val; /* num of spatial streams */
uint32 num_bytes; /* approx num of bytes to calculate other required params */
struct ether_addr dest; /* destination address for un-associated mode */
uint8 cp_ltf_val ; /* GI and LTF symbol size */
uint8 he_ltf_symb ; /* num of HE-LTF symbols */
uint8 stbc; /* STBC support */
uint8 coding_val; /* BCC/LDPC coding support */
uint8 pe_category; /* PE duration 0/8/16usecs */
uint8 dcm; /* dual carrier modulation */
uint8 mumimo_ltfmode; /* ltf mode */
uint8 trig_tx; /* form and transmit the trigger frame */
uint8 trig_type; /* type of trigger frame */
uint8 trig_period; /* trigger tx periodicity TBD */
uint8 tgt_rssi; /* target rssi value in encoded format */
uint8 PAD[3]; /* 2 byte padding to make structure size a multiple of 32bits */
} wl_pkteng_ru_v2_t;
typedef struct wl_pkteng_ru_v3 {
uint16 version; /* ver is 3 */
uint16 length; /* size of complete structure */
uint8 bw; /* bandwidth info */
uint8 ru_alloc_val; /* ru allocation index number */
uint8 mcs_val; /* mcs allocated value */
uint8 nss_val; /* num of spatial streams */
uint32 num_bytes; /* approx num of bytes to calculate other required params */
struct ether_addr dest; /* destination address for un-associated mode */
uint8 cp_ltf_val ; /* GI and LTF symbol size */
uint8 he_ltf_symb ; /* num of HE-LTF symbols */
uint8 stbc; /* STBC support */
uint8 coding_val; /* BCC/LDPC coding support */
uint8 pe_category; /* PE duration 0/8/16usecs */
uint8 dcm; /* dual carrier modulation */
uint8 mumimo_ltfmode; /* ltf mode */
uint8 trig_tx; /* form and transmit the trigger frame */
uint8 trig_type; /* type of trigger frame */
uint8 trig_period; /* trigger tx periodicity TBD */
uint8 tgt_rssi; /* target rssi value in encoded format */
uint8 sub_band; /* in 160MHz case, 80L, 80U */
uint8 betrig; /* 11BE (EHT) trigger format */
uint8 ps160; /* PS160 indicator, 160L, 160U */
} wl_pkteng_ru_v3_t;
/* To be deleted. Keep V4 until TRUNK/RHINO SRC updated to use V3 */
typedef struct wl_pkteng_ru_v4 {
uint16 version; /* ver is 4 */
uint16 length; /* size of complete structure */
uint32 num_bytes; /* approx num of bytes to calculate other required params */
struct ether_addr dest; /* destination address for un-associated mode */
uint16 ru_alloc_val; /* ru allocation index number */
uint8 bw; /* bandwidth info */
uint8 mcs_val; /* mcs allocated value */
uint8 nss_val; /* num of spatial streams */
uint8 cp_ltf_val ; /* GI and LTF symbol size */
uint8 he_ltf_symb ; /* num of HE-LTF symbols */
uint8 stbc; /* STBC support */
uint8 coding_val; /* BCC/LDPC coding support */
uint8 pe_category; /* PE duration 0/8/16usecs */
uint8 dcm; /* dual carrier modulation */
uint8 mumimo_ltfmode; /* ltf mode */
uint8 trig_tx; /* form and transmit the trigger frame */
uint8 trig_type; /* type of trigger frame */
uint8 trig_period; /* trigger tx periodicity TBD */
uint8 tgt_rssi; /* target rssi value in encoded format */
uint8 sub_band; /* in 160MHz case, 80L, 80U */
uint8 betrig; /* 11BE (EHT) trigger format */
uint8 ps160; /* PS160 indicator, 160L, 160U */
uint8 PAD[3]; /* 3B padding to make structure size a multiple of 32b */
} wl_pkteng_ru_v4_t;
#ifndef WL_PKTENG_RU_VER
/* App uses the latest version - source picks it up from wlc_types.h */
typedef wl_pkteng_ru_v3_t wl_pkteng_ru_fill_t;
#endif
typedef struct wl_trig_frame_info_v1 {
/* Structure versioning and structure length params */
uint16 version;
uint16 length;
/* Below params are the fields related to trigger frame contents */
/* Common Info Params Figure 9-52d - 11ax Draft 1.1 */
uint16 lsig_len;
uint16 trigger_type;
uint16 cascade_indication;
uint16 cs_req;
uint16 bw;
uint16 cp_ltf_type;
uint16 mu_mimo_ltf_mode;
uint16 num_he_ltf_syms;
uint16 stbc;
uint16 ldpc_extra_symb;
uint16 ap_tx_pwr;
uint16 afactor;
uint16 pe_disambiguity;
uint16 spatial_resuse;
uint16 doppler;
uint16 he_siga_rsvd;
uint16 cmn_info_rsvd;
/* User Info Params Figure 9-52e - 11ax Draft 1.1 */
uint16 aid12;
uint16 ru_alloc;
uint16 coding_type;
uint16 mcs;
uint16 dcm;
uint16 ss_alloc;
uint16 tgt_rssi;
uint16 usr_info_rsvd;
} wl_trig_frame_info_v1_t;
typedef struct wl_trig_frame_info_v2 {
/* Structure versioning and structure length params */
uint16 version;
uint16 length;
/* Below params are the fields related to trigger frame contents */
/* Common Info Params Figure 9-52d - 11ax Draft 1.1 */
uint16 lsig_len;
uint16 trigger_type;
uint16 cascade_indication;
uint16 cs_req;
uint16 bw;
uint16 cp_ltf_type;
uint16 mu_mimo_ltf_mode;
uint16 num_he_ltf_syms;
uint16 stbc;
uint16 ldpc_extra_symb;
uint16 ap_tx_pwr;
uint16 afactor;
uint16 pe_disambiguity;
uint16 spatial_resuse;
uint16 doppler;
uint16 he_siga_rsvd;
uint16 cmn_info_rsvd;
/* User Info Params Figure 9-52e - 11ax Draft 1.1 */
uint16 aid12;
uint16 ru_alloc;
uint16 coding_type;
uint16 mcs;
uint16 dcm;
uint16 ss_alloc;
uint16 tgt_rssi;
uint16 usr_info_rsvd;
uint16 trigger_spec; // 0: AX trigger, 1: BE trigger
/* 11BE additional Common Info fields */
uint16 p160;
uint16 susrinfoflg;
/* 11BE additional User Info fields */
uint16 ps160;
/* 11BE Special User Info fields */
uint16 bwext;
uint16 eht_spatial_reuse1;
uint16 eht_spatial_reuse2;
uint16 PAD;
} wl_trig_frame_info_v2_t;
#ifdef WL11BE
typedef wl_trig_frame_info_v2_t wl_trig_frame_info_t;
#else
typedef wl_trig_frame_info_v1_t wl_trig_frame_info_t;
#endif
/* wl pkteng_stats related definitions */
#define WL_PKTENG_STATS_V1 (1)
#define WL_PKTENG_STATS_V2 (2)
typedef struct wl_pkteng_stats_v1 {
uint32 lostfrmcnt; /**< RX PER test: no of frames lost (skip seqno) */
int32 rssi; /**< RSSI */
int32 snr; /**< signal to noise ratio */
uint16 rxpktcnt[NUM_80211_RATES+1];
uint8 rssi_qdb; /**< qdB portion of the computed rssi */
uint8 version;
} wl_pkteng_stats_v1_t;
typedef struct wl_pkteng_stats_v2 {
uint32 lostfrmcnt; /**< RX PER test: no of frames lost (skip seqno) */
int32 rssi; /**< RSSI */
int32 snr; /**< signal to noise ratio */
uint16 rxpktcnt[NUM_80211_RATES+1];
uint8 rssi_qdb; /**< qdB portion of the computed rssi */
uint8 version;
uint16 length;
uint16 PAD;
int32 rssi_per_core[WL_RSSI_ANT_MAX];
int32 rssi_per_core_qdb[WL_RSSI_ANT_MAX];
} wl_pkteng_stats_v2_t;
typedef struct wl_txcal_params {
wl_pkteng_t pkteng;
uint8 gidx_start;
int8 gidx_step;
uint8 gidx_stop;
uint8 PAD;
} wl_txcal_params_t;
typedef struct wl_txcal_gainidx {
uint8 num_actv_cores;
uint8 gidx_start_percore[WL_STA_ANT_MAX];
uint8 gidx_stop_percore[WL_STA_ANT_MAX];
uint8 PAD[3];
} wl_txcal_gainidx_t;
typedef struct wl_txcal_params_v2 {
wl_pkteng_t pkteng;
int8 gidx_step;
uint8 pwr_start[WL_STA_ANT_MAX];
uint8 pwr_stop[WL_STA_ANT_MAX];
uint8 init_start_idx;
uint8 gidx_start_percore[WL_STA_ANT_MAX];
uint8 gidx_stop_percore[WL_STA_ANT_MAX];
uint16 version;
} wl_txcal_params_v2_t;
typedef struct wl_txtone_idxsweep_params {
int8 gidx_step;
uint8 gidx_start_percore[WL_STA_ANT_MAX];
uint8 gidx_stop_percore[WL_STA_ANT_MAX];
uint8 PAD[3];
uint32 dwell_time;
} wl_txtone_idxsweep_params;
typedef wl_txcal_params_t wl_txcal_params_v1_t;
typedef struct wl_rssilog_params {
uint8 enable;
uint8 rssi_threshold;
uint8 time_threshold;
uint8 PAD;
} wl_rssilog_params_t;
typedef struct wl_sslpnphy_papd_debug_data {
uint8 psat_pwr;
uint8 psat_indx;
uint8 final_idx;
uint8 start_idx;
int32 min_phase;
int32 voltage;
int8 temperature;
uint8 PAD[3];
} wl_sslpnphy_papd_debug_data_t;
typedef struct wl_sslpnphy_debug_data {
int16 papdcompRe [64];
int16 papdcompIm [64];
} wl_sslpnphy_debug_data_t;
typedef struct wl_sslpnphy_spbdump_data {
uint16 tbl_length;
int16 spbreal[256];
int16 spbimg[256];
} wl_sslpnphy_spbdump_data_t;
typedef struct wl_sslpnphy_percal_debug_data {
uint32 cur_idx;
uint32 tx_drift;
uint8 prev_cal_idx;
uint8 PAD[3];
uint32 percal_ctr;
int32 nxt_cal_idx;
uint32 force_1idxcal;
uint32 onedxacl_req;
int32 last_cal_volt;
int8 last_cal_temp;
uint8 PAD[3];
uint32 vbat_ripple;
uint32 exit_route;
int32 volt_winner;
} wl_sslpnphy_percal_debug_data_t;
typedef enum {
wowl_pattern_type_bitmap = 0,
wowl_pattern_type_arp,
wowl_pattern_type_na
} wowl_pattern_type_t;
typedef struct wl_wowl_pattern {
uint32 masksize; /**< Size of the mask in #of bytes */
uint32 offset; /**< Pattern byte offset in packet */
uint32 patternoffset; /**< Offset of start of pattern in the structure */
uint32 patternsize; /**< Size of the pattern itself in #of bytes */
uint32 id; /**< id */
uint32 reasonsize; /**< Size of the wakeup reason code */
wowl_pattern_type_t type; /**< Type of pattern */
/* Mask follows the structure above */
/* Pattern follows the mask is at 'patternoffset' from the start */
} wl_wowl_pattern_t;
typedef struct wl_wowl_pattern_list {
uint32 count;
wl_wowl_pattern_t pattern[BCM_FLEX_ARRAY];
} wl_wowl_pattern_list_t;
typedef struct wl_wowl_wakeind {
uint8 pci_wakeind; /**< Whether PCI PMECSR PMEStatus bit was set */
uint32 ucode_wakeind; /**< What wakeup-event indication was set by ucode */
} wl_wowl_wakeind_t;
/** per AC rate control related data structure */
typedef struct wl_txrate_class {
uint8 init_rate;
uint8 min_rate;
uint8 max_rate;
} wl_txrate_class_t;
/** structure for Overlap BSS scan arguments */
typedef struct wl_obss_scan_arg {
int16 passive_dwell;
int16 active_dwell;
int16 bss_widthscan_interval;
int16 passive_total;
int16 active_total;
int16 chanwidth_transition_delay;
int16 activity_threshold;
} wl_obss_scan_arg_t;
#define WL_OBSS_SCAN_PARAM_LEN sizeof(wl_obss_scan_arg_t)
/** RSSI event notification configuration. */
typedef struct wl_rssi_event {
uint32 rate_limit_msec; /**< # of events posted to application will be limited to
* one per specified period (0 to disable rate limit).
*/
uint8 num_rssi_levels; /**< Number of entries in rssi_levels[] below */
int8 rssi_levels[MAX_RSSI_LEVELS]; /**< Variable number of RSSI levels. An event
* will be posted each time the RSSI of received
* beacons/packets crosses a level.
*/
int8 PAD[3];
} wl_rssi_event_t;
#define RSSI_MONITOR_VERSION_1 1
#define RSSI_MONITOR_STOP (1 << 0)
typedef struct wl_rssi_monitor_cfg {
uint8 version;
uint8 flags;
int8 max_rssi;
int8 min_rssi;
} wl_rssi_monitor_cfg_t;
typedef struct wl_rssi_monitor_evt {
uint8 version;
int8 cur_rssi;
uint16 pad;
} wl_rssi_monitor_evt_t;
/* CCA based channel quality event configuration (ID values for both config and report) */
#define WL_CHAN_QUAL_CCA 0
#define WL_CHAN_QUAL_NF 1
#define WL_CHAN_QUAL_NF_LTE 2
#define WL_CHAN_QUAL_TOTAL 3 /* The total IDs supported in both config and report */
/* Additional channel quality event support in report only (>= 0x100)
* Notice that uint8 is used in configuration struct wl_chan_qual_metric_t, but uint16 is
* used for report in struct cca_chan_qual_event_t. So the ID values beyond 8-bit are used
* for reporting purpose only.
* (The MSBs are not used as bit-mask. These defines are values)
*/
#define WL_CHAN_QUAL_FULL_CCA (0x100u | WL_CHAN_QUAL_CCA) /* CCA: ibss vs. obss */
#define WL_CHAN_QUAL_FULLPM_CCA (0x200u | WL_CHAN_QUAL_CCA) /* CCA: me vs. notme, PM vs. !PM */
#define WL_CHAN_QUAL_FULLPM_CCA_UNUSED (0x300u | WL_CHAN_QUAL_CCA)
#define WL_CHAN_QUAL_FULLPM_CCA_OFDM_DESENSE (0x400u | WL_CHAN_QUAL_CCA)
#define WL_CHAN_QUAL_FULLPM_CCA_ALL_DESENSE (0x500u | WL_CHAN_QUAL_CCA)
/* CCA: me vs. notme, PM vs. !PM with OFDM Desense */
#define MAX_CHAN_QUAL_LEVELS 8
typedef struct wl_chan_qual_metric {
uint8 id; /**< metric ID */
uint8 num_levels; /**< Number of entries in rssi_levels[] below */
uint16 flags;
int16 htol[MAX_CHAN_QUAL_LEVELS]; /**< threshold level array: hi-to-lo */
int16 ltoh[MAX_CHAN_QUAL_LEVELS]; /**< threshold level array: lo-to-hi */
} wl_chan_qual_metric_t;
typedef struct wl_chan_qual_event {
uint32 rate_limit_msec; /**< # of events posted to application will be limited to
* one per specified period (0 to disable rate limit).
*/
uint16 flags;
uint16 num_metrics;
wl_chan_qual_metric_t metric[WL_CHAN_QUAL_TOTAL]; /**< metric array */
} wl_chan_qual_event_t;
typedef struct wl_action_obss_coex_req {
uint8 info;
uint8 num;
uint8 ch_list[BCM_FLEX_ARRAY];
} wl_action_obss_coex_req_t;
/** IOVar parameter block for small MAC address array with type indicator */
#define WL_IOV_MAC_PARAM_LEN 4
/** This value is hardcoded to be 16 and MUST match PKTQ_MAX_PREC value defined elsewhere */
#define WL_IOV_PKTQ_LOG_PRECS 16
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 num_addrs;
uint8 addr_type[WL_IOV_MAC_PARAM_LEN];
struct ether_addr ea[WL_IOV_MAC_PARAM_LEN];
} BWL_POST_PACKED_STRUCT wl_iov_mac_params_t;
#include <packed_section_end.h>
/** This is extra info that follows wl_iov_mac_params_t */
typedef struct {
uint32 addr_info[WL_IOV_MAC_PARAM_LEN];
} wl_iov_mac_extra_params_t;
/** Combined structure */
typedef struct {
wl_iov_mac_params_t params;
wl_iov_mac_extra_params_t extra_params;
} wl_iov_mac_full_params_t;
/** Parameter block for PKTQ_LOG statistics */
/* NOTE: this structure cannot change! It is exported to wlu as a binary format
* A new format revision number must be created if the interface changes
* The latest is v05; previous v01...v03 are no longer supported, v04 has
* common base with v05
*/
#define PKTQ_LOG_COUNTERS_V4 \
/* packets requested to be stored */ \
uint32 requested; \
/* packets stored */ \
uint32 stored; \
/* packets saved, because a lowest priority queue has given away one packet */ \
uint32 saved; \
/* packets saved, because an older packet from the same queue has been dropped */ \
uint32 selfsaved; \
/* packets dropped, because pktq is full with higher precedence packets */ \
uint32 full_dropped; \
/* packets dropped because pktq per that precedence is full */ \
uint32 dropped; \
/* packets dropped, in order to save one from a queue of a highest priority */ \
uint32 sacrificed; \
/* packets droped because of hardware/transmission error */ \
uint32 busy; \
/* packets re-sent because they were not received */ \
uint32 retry; \
/* packets retried again (ps pretend) prior to moving power save mode */ \
uint32 ps_retry; \
/* suppressed packet count */ \
uint32 suppress; \
/* packets finally dropped after retry limit */ \
uint32 retry_drop; \
/* the high-water mark of the queue capacity for packets - goes to zero as queue fills */ \
uint32 max_avail; \
/* the high-water mark of the queue utilisation for packets - ('inverse' of max_avail) */ \
uint32 max_used; \
/* the maximum capacity of the queue */ \
uint32 queue_capacity; \
/* count of rts attempts that failed to receive cts */ \
uint32 rtsfail; \
/* count of packets sent (acked) successfully */ \
uint32 acked; \
/* running total of phy rate of packets sent successfully */ \
uint32 txrate_succ; \
/* running total of phy 'main' rate */ \
uint32 txrate_main; \
/* actual data transferred successfully */ \
uint32 throughput; \
/* time difference since last pktq_stats */ \
uint32 time_delta;
typedef struct {
PKTQ_LOG_COUNTERS_V4
} pktq_log_counters_v04_t;
/** v5 is the same as V4 with extra parameter */
typedef struct {
PKTQ_LOG_COUNTERS_V4
/** cumulative time to transmit */
uint32 airtime;
} pktq_log_counters_v05_t;
typedef struct {
uint8 num_prec[WL_IOV_MAC_PARAM_LEN];
pktq_log_counters_v04_t counters[WL_IOV_MAC_PARAM_LEN][WL_IOV_PKTQ_LOG_PRECS];
uint32 counter_info[WL_IOV_MAC_PARAM_LEN];
uint32 pspretend_time_delta[WL_IOV_MAC_PARAM_LEN];
char headings[];
} pktq_log_format_v04_t;
typedef struct {
uint8 num_prec[WL_IOV_MAC_PARAM_LEN];
pktq_log_counters_v05_t counters[WL_IOV_MAC_PARAM_LEN][WL_IOV_PKTQ_LOG_PRECS];
uint32 counter_info[WL_IOV_MAC_PARAM_LEN];
uint32 pspretend_time_delta[WL_IOV_MAC_PARAM_LEN];
char headings[];
} pktq_log_format_v05_t;
typedef struct {
uint32 version;
wl_iov_mac_params_t params;
union {
pktq_log_format_v04_t v04;
pktq_log_format_v05_t v05;
} pktq_log;
} wl_iov_pktq_log_t;
/* PKTQ_LOG_AUTO, PKTQ_LOG_DEF_PREC flags introduced in v05, they are ignored by v04 */
#define PKTQ_LOG_AUTO (1 << 31)
#define PKTQ_LOG_DEF_PREC (1 << 30)
typedef struct wl_pfn_macaddr_cfg_0 {
uint8 version;
uint8 reserved;
struct ether_addr macaddr;
} wl_pfn_macaddr_cfg_0_t;
#define LEGACY1_WL_PFN_MACADDR_CFG_VER 0
#define WL_PFN_MAC_OUI_ONLY_MASK 1
#define WL_PFN_SET_MAC_UNASSOC_MASK 2
#define WL_PFN_RESTRICT_LA_MAC_MASK 4
#define WL_PFN_MACADDR_FLAG_MASK 0x7
/** To configure pfn_macaddr */
typedef struct wl_pfn_macaddr_cfg {
uint8 version;
uint8 flags;
struct ether_addr macaddr;
} wl_pfn_macaddr_cfg_t;
#define WL_PFN_MACADDR_CFG_VER 1
/*
* SCB_BS_DATA iovar definitions start.
*/
#define SCB_BS_DATA_STRUCT_VERSION 1
/** The actual counters maintained for each station */
typedef struct {
/* The following counters are a subset of what pktq_stats provides per precedence. */
uint32 retry; /**< packets re-sent because they were not received */
uint32 retry_drop; /**< packets finally dropped after retry limit */
uint32 rtsfail; /**< count of rts attempts that failed to receive cts */
uint32 acked; /**< count of packets sent (acked) successfully */
uint32 txrate_succ; /**< running total of phy rate of packets sent successfully */
uint32 txrate_main; /**< running total of phy 'main' rate */
uint32 throughput; /**< actual data transferred successfully */
uint32 time_delta; /**< time difference since last pktq_stats */
uint32 airtime; /**< cumulative total medium access delay in useconds */
} iov_bs_data_counters_t;
/** The structure for individual station information. */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
struct ether_addr station_address; /**< The station MAC address */
uint16 station_flags; /**< Bit mask of flags, for future use. */
iov_bs_data_counters_t station_counters; /**< The actual counter values */
} BWL_POST_PACKED_STRUCT iov_bs_data_record_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint16 structure_version; /**< Structure version number (for wl/wlu matching) */
uint16 structure_count; /**< Number of iov_bs_data_record_t records following */
iov_bs_data_record_t structure_record[BCM_FLEX_ARRAY]; /**< 0 - structure_count records */
} BWL_POST_PACKED_STRUCT iov_bs_data_struct_t;
#include <packed_section_end.h>
/* Bitmask of options that can be passed in to the iovar. */
enum {
SCB_BS_DATA_FLAG_NO_RESET = (1<<0) /**< Do not clear the counters after reading */
};
/*
* SCB_BS_DATA iovar definitions end.
*/
typedef struct wlc_extlog_cfg {
int32 max_number;
uint16 module; /**< bitmap */
uint8 level;
uint8 flag;
uint16 version;
uint16 PAD;
} wlc_extlog_cfg_t;
typedef struct log_record {
uint32 time;
uint16 module;
uint16 id;
uint8 level;
uint8 sub_unit;
uint8 seq_num;
uint8 PAD;
int32 arg;
char str[MAX_ARGSTR_LEN];
char PAD[4-MAX_ARGSTR_LEN%4];
} log_record_t;
typedef struct wlc_extlog_req {
uint32 from_last;
uint32 num;
} wlc_extlog_req_t;
typedef struct wlc_extlog_results {
uint16 version;
uint16 record_len;
uint32 num;
log_record_t logs[BCM_FLEX_ARRAY];
} wlc_extlog_results_t;
typedef struct log_idstr {
uint16 id;
uint16 flag;
uint8 arg_type;
const char *fmt_str;
} log_idstr_t;
#define FMTSTRF_USER 1
/* flat ID definitions
* New definitions HAVE TO BE ADDED at the end of the table. Otherwise, it will
* affect backward compatibility with pre-existing apps
*/
typedef enum {
FMTSTR_DRIVER_UP_ID = 0,
FMTSTR_DRIVER_DOWN_ID = 1,
FMTSTR_SUSPEND_MAC_FAIL_ID = 2,
FMTSTR_NO_PROGRESS_ID = 3,
FMTSTR_RFDISABLE_ID = 4,
FMTSTR_REG_PRINT_ID = 5,
FMTSTR_EXPTIME_ID = 6,
FMTSTR_JOIN_START_ID = 7,
FMTSTR_JOIN_COMPLETE_ID = 8,
FMTSTR_NO_NETWORKS_ID = 9,
FMTSTR_SECURITY_MISMATCH_ID = 10,
FMTSTR_RATE_MISMATCH_ID = 11,
FMTSTR_AP_PRUNED_ID = 12,
FMTSTR_KEY_INSERTED_ID = 13,
FMTSTR_DEAUTH_ID = 14,
FMTSTR_DISASSOC_ID = 15,
FMTSTR_LINK_UP_ID = 16,
FMTSTR_LINK_DOWN_ID = 17,
FMTSTR_RADIO_HW_OFF_ID = 18,
FMTSTR_RADIO_HW_ON_ID = 19,
FMTSTR_EVENT_DESC_ID = 20,
FMTSTR_PNP_SET_POWER_ID = 21,
FMTSTR_RADIO_SW_OFF_ID = 22,
FMTSTR_RADIO_SW_ON_ID = 23,
FMTSTR_PWD_MISMATCH_ID = 24,
FMTSTR_FATAL_ERROR_ID = 25,
FMTSTR_AUTH_FAIL_ID = 26,
FMTSTR_ASSOC_FAIL_ID = 27,
FMTSTR_IBSS_FAIL_ID = 28,
FMTSTR_EXTAP_FAIL_ID = 29,
FMTSTR_MAX_ID
} log_fmtstr_id_t;
/** 11k Neighbor Report element (unversioned, deprecated) */
typedef dot11_neighbor_rep_ie_t nbr_element_t;
#define WL_RRM_NBR_RPT_VER 1
#define WL_NBR_RPT_FLAG_BSS_PREF_FROM_AP 0x01
/** 11k Neighbor Report element */
typedef struct nbr_rpt_elem {
uint8 version;
uint8 id;
uint8 len;
uint8 PAD;
struct ether_addr bssid;
uint8 pad_1[2];
uint32 bssid_info;
uint8 reg;
uint8 channel;
uint8 phytype;
uint8 addtype; /* static for manual add or dynamic if auto-learning of neighbors */
wlc_ssid_t ssid;
chanspec_t chanspec;
uint8 bss_trans_preference;
uint8 flags;
} nbr_rpt_elem_t;
typedef enum event_msgs_ext_command {
EVENTMSGS_NONE = 0,
EVENTMSGS_SET_BIT = 1,
EVENTMSGS_RESET_BIT = 2,
EVENTMSGS_SET_MASK = 3
} event_msgs_ext_command_t;
#define EVENTMSGS_VER 1
/* Do not use below definition in newer code as
* BCM_FLEX_ARRAY may not be defined to 1
*/
#define EVENTMSGS_EXT_STRUCT_SIZE ((uint)(sizeof(eventmsgs_ext_t) - 1))
/* len- for SET it would be mask size from the application to the firmware */
/* for GET it would be actual firmware mask size */
/* maxgetsize - is only used for GET. indicate max mask size that the */
/* application can read from the firmware */
typedef struct eventmsgs_ext
{
uint8 ver;
uint8 command;
uint8 len;
uint8 maxgetsize;
uint8 mask[BCM_FLEX_ARRAY];
} eventmsgs_ext_t;
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct pcie_bus_tput_params {
/** no of host dma descriptors programmed by the firmware before a commit */
uint16 max_dma_descriptors;
uint16 host_buf_len; /**< length of host buffer */
dmaaddr_t host_buf_addr; /**< physical address for bus_throughput_buf */
} BWL_POST_PACKED_STRUCT pcie_bus_tput_params_t;
#include <packed_section_end.h>
typedef struct pcie_bus_tput_stats {
uint16 time_taken; /**< no of secs the test is run */
uint16 nbytes_per_descriptor; /**< no of bytes of data dma ed per descriptor */
/** no of desciptors for which dma is sucessfully completed within the test time */
uint32 count;
} pcie_bus_tput_stats_t;
/* limits of dma length */
/* dma max size is 65527 but to keep it 4byte aligned, rounding off to FLOOR 65524 */
#define DMA_LEN_MAX (65524u)
#define DMA_LEN_MIN (8u)
/* direction of DMA */
#define BUS_TPUT_PARAMS_FLAG_DIR_H2D 0x0u
#define BUS_TPUT_PARAMS_FLAG_DIR_D2H 0x1u
#define BUS_TPUT_PARAMS_VERSION_1 (1u)
#include <packed_section_start.h>
BWL_PRE_PACKED_STRUCT struct bus_tput_params_v1 {
uint16 ver; /**<version */
uint16 len; /**<length */
uint32 flags; /**< param flags */
uint16 dma_descriptors; /**<total # of dma descs to be programmed by f/w */
uint16 host_buf_len; /**< length of host buffer */
uint32 host_buf_addr_lo; /**< physical address for bus_throughput_buf_lo */
uint32 host_buf_addr_hi; /**< physical address for bus_throughput_buf_hi */
} BWL_POST_PACKED_STRUCT;
#include <packed_section_end.h>
/* direction of DMA */
#define BUS_TPUT_STATS_FLAG_DIR_H2D 0x0u
#define BUS_TPUT_STATS_FLAG_DIR_D2H 0x1u
/* after stats, if buf is available with string to print */
#define BUS_TPUT_STATS_FLAG_BUF_PRINT 0x2u
#define BUS_TPUT_STATS_VERSION_1 (1u)
#include <packed_section_start.h>
BWL_PRE_PACKED_STRUCT struct bus_tput_stats_v1 {
uint16 ver; /**< version */
uint16 len; /**< length */
uint32 time_taken; /**< no of usecs the test is run */
uint16 count; /**< no of dma desc transferred */
uint16 nbytes_per_descriptor; /**< no of bytes of data dma ed per descriptor */
uint32 flags; /**< stats flags */
} BWL_POST_PACKED_STRUCT;
BWL_PRE_PACKED_STRUCT struct bus_tput_stats_v2 {
uint16 ver; /**< version */
uint16 len; /**< length */
uint16 count; /**< no of dma desc transferred */
uint16 nbytes_per_descriptor; /**< no of bytes of data dma ed per descriptor */
uint64 time_taken_ns; /**< no of nsecs the test is run */
uint32 flags; /**< stats flags */
} BWL_POST_PACKED_STRUCT;
#include <packed_section_end.h>
#define HOST_WAKEUP_DATA_VER 1
#include <packed_section_start.h>
/* Bus interface host wakeup data */
typedef BWL_PRE_PACKED_STRUCT struct wl_host_wakeup_data {
uint16 ver;
uint16 len;
uchar data[BCM_FLEX_ARRAY]; /* wakeup data */
} BWL_POST_PACKED_STRUCT wl_host_wakeup_data_t;
#include <packed_section_end.h>
#define HOST_WAKEUP_DATA_VER_2 2
#include <packed_section_start.h>
/* Bus interface host wakeup data */
typedef BWL_PRE_PACKED_STRUCT struct wl_host_wakeup_data_v2 {
uint16 ver;
uint16 len;
uint32 gpio_toggle_time; /* gpio toggle time in ms */
uchar data[BCM_FLEX_ARRAY]; /* wakeup data */
} BWL_POST_PACKED_STRUCT wl_host_wakeup_data_v2_t;
#include <packed_section_end.h>
typedef struct keepalives_max_idle {
uint16 keepalive_count; /**< nmbr of keepalives per bss_max_idle period */
uint8 mkeepalive_index; /**< mkeepalive_index for keepalive frame to be used */
uint8 PAD; /**< to align next field */
uint16 max_interval; /**< seconds */
} keepalives_max_idle_t;
#define PM_IGNORE_BCMC_PROXY_ARP (1 << 0)
#define PM_IGNORE_BCMC_ALL_DMS_ACCEPTED (1 << 1)
/* ##### HMAP section ##### */
#define PCIE_MAX_HMAP_WINDOWS 8u
#define PCIE_HMAPTEST_VERSION_2 2u
#define HMAPTEST_INVALID_OFFSET 0xFFFFFFFFu
#define HMAPTEST_DEFAULT_WRITE_PATTERN 0xBABECAFEu
#define HMAPTEST_ACCESS_ARM 0u
#define HMAPTEST_ACCESS_M2M 1u
#define HMAPTEST_ACCESS_D11 2u
#define HMAPTEST_ACCESS_NONE 3u
typedef struct pcie_hmaptest {
uint16 version; /* Version */
uint16 length; /* Length of entire structure */
uint32 xfer_len;
uint32 accesstype;
uint32 is_write;
uint32 is_invalid;
uint32 host_addr_hi;
uint32 host_addr_lo;
uint32 host_offset;
uint32 value; /* 4 byte value to be filled in case of write access test */
uint32 delay; /* wait time in seconds before initiating access from dongle */
} pcie_hmaptest_t;
/* HMAP window register set */
typedef struct hmapwindow {
uint32 baseaddr_lo; /* BaseAddrLower */
uint32 baseaddr_hi; /* BaseAddrUpper */
uint32 windowlength; /* Window Length */
} hmapwindow_t;
#define PCIE_HMAP_VERSION_1 1u
typedef struct pcie_hmap {
uint16 version; /**< Version */
uint16 length; /**< Length of entire structure */
uint32 enable; /**< status of HMAP enabled/disabled */
uint32 nwindows; /* no. of HMAP windows enabled */
uint32 window_config; /* HMAP window_config register */
uint32 hmap_violationaddr_lo; /* violating address lo */
uint32 hmap_violationaddr_hi; /* violating addr hi */
uint32 hmap_violation_info; /* violation info */
hmapwindow_t hwindows[]; /* Multiple hwindows */
} pcie_hmap_t;
/** IPV4 Arp offloads for ndis context */
#include <packed_section_start.h>
BWL_PRE_PACKED_STRUCT struct hostip_id {
struct ipv4_addr ipa;
uint8 id;
} BWL_POST_PACKED_STRUCT;
#include <packed_section_end.h>
/* Return values */
#define ND_REPLY_PEER 0x1 /**< Reply was sent to service NS request from peer */
#define ND_REQ_SINK 0x2 /**< Input packet should be discarded */
#define ND_FORCE_FORWARD 0X3 /**< For the dongle to forward req to HOST */
/** Neighbor Solicitation Response Offload IOVAR param */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct nd_param {
struct ipv6_addr host_ip[2];
struct ipv6_addr solicit_ip;
struct ipv6_addr remote_ip;
uint8 host_mac[ETHER_ADDR_LEN];
uint32 offload_id;
} BWL_POST_PACKED_STRUCT nd_param_t;
#include <packed_section_end.h>
/* restricted_roam IOVAR */
#define WLC_RESTRICTED_ROAM_CONFIG_VER_1 (1u)
typedef struct wlc_restricted_roam_cfg_v1 {
uint16 ver; /* Version */
uint16 len; /* Length of the structure */
uint32 lowrssi_roam_thresh; /* time thresh for restricting low rssi roam */
} wlc_restricted_roam_cfg_v1_t;
enum wlc_restricted_roam_cmd_id {
WLC_RESTRICTED_ROAM_XTLV_LOWRSSI_ROAM_THRESH_ID = 1u,
WLC_RESTRICTED_ROAM_XTLV_LAST_ID
};
typedef struct wl_pfn_roam_thresh {
uint32 pfn_alert_thresh; /**< time in ms */
uint32 roam_alert_thresh; /**< time in ms */
} wl_pfn_roam_thresh_t;
/* Reasons for wl_pmalert_t */
#define PM_DUR_EXCEEDED (1<<0)
#define MPC_DUR_EXCEEDED (1<<1)
#define ROAM_ALERT_THRESH_EXCEEDED (1<<2)
#define PFN_ALERT_THRESH_EXCEEDED (1<<3)
#define CONST_AWAKE_DUR_ALERT (1<<4)
#define CONST_AWAKE_DUR_RECOVERY (1<<5)
#define RESTRICTED_LOWRSSI_ROAM_THRESH_EXCEEDED (1<<6)
#define MIN_PM_ALERT_LEN 9
/** Data sent in EXCESS_PM_WAKE event */
#define WL_PM_ALERT_VERSION_3 3
/** This structure is for version 3; version 2 will be deprecated in by FW */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_pmalert {
uint16 version; /**< Version = 3 is TLV format */
uint16 length; /**< Length of entire structure */
uint32 reasons; /**< reason(s) for pm_alert */
uint8 data[BCM_FLEX_ARRAY];
/**< TLV data, a series of structures,
* each starting with type and length.
*
* Padded as necessary so each section
* starts on a 4-byte boundary.
*
* Both type and len are uint16, but the
* upper nibble of length is reserved so
* valid len values are 0-4095.
*/
} BWL_POST_PACKED_STRUCT wl_pmalert_t;
#include <packed_section_end.h>
#define NUM_P2P_BSS_UCODE_DBG 3
#define IDX_P2P_BSS_UCODE_DBG 12
#define NUM_PSM_PHY_DBG 20
/* Type values for the data section */
#define WL_PMALERT_FIXED 0 /**< struct wl_pmalert_fixed_t, fixed fields */
#define WL_PMALERT_PMSTATE 1 /**< struct wl_pmalert_pmstate_t, variable */
#define WL_PMALERT_EVENT_DUR 2 /**< struct wl_pmalert_event_dur_t, variable */
#define WL_PMALERT_UCODE_DBG 3 /**< struct wl_pmalert_ucode_dbg_v1, variable */
#define WL_PMALERT_PS_ALLOWED_HIST 4 /**< struct wl_pmalert_ps_allowed_history, variable */
#define WL_PMALERT_EXT_UCODE_DBG 5 /**< struct wl_pmalert_ext_ucode_dbg_t, variable */
#define WL_PMALERT_EPM_START_EVENT_DUR 6 /**< struct wl_pmalert_event_dur_t, variable */
#define WL_PMALERT_UCODE_DBG_V2 7 /**< struct wl_pmalert_ucode_dbg_v2, variable */
#define WL_PMALERT_FIXED_SC 8 /**< struct wl_pmalert_fixed_sc_t, fixed fields */
#define WL_PMALERT_UCODE_DBG_SC 9 /**< struct wl_pmalert_ucode_dbg_v2, variable */
typedef struct wl_pmalert_fixed {
uint16 type; /**< WL_PMALERT_FIXED */
uint16 len; /**< Up to 4K-1, top 4 bits are reserved */
uint32 prev_stats_time; /**< msecs */
uint32 curr_time; /**< ms */
uint32 prev_pm_dur; /**< msecs */
uint32 pm_dur; /**< Total sleep time in PM, msecs */
uint32 prev_mpc_dur; /**< msecs */
uint32 mpc_dur; /**< Total sleep time in MPC, msecs */
uint32 hw_macc; /**< HW maccontrol */
uint32 sw_macc; /**< SW maccontrol */
/* int32 drifts = remote - local; +ve drift -> local-clk slow */
int32 last_drift; /**< Most recent TSF drift from beacon */
int32 min_drift; /**< Min TSF drift from beacon in magnitude */
int32 max_drift; /**< Max TSF drift from beacon in magnitude */
uint32 avg_drift; /**< Avg TSF drift from beacon */
uint32 drift_cnt; /**< Count of drift readings over which avg_drift was computed */
uint32 frts_time; /**< Cumulative ms spent in data frts since driver load */
uint32 frts_end_cnt; /**< No of times frts ended since driver load */
uint32 prev_frts_dur; /**< Data frts duration at start of pm-period */
uint32 cal_dur; /**< Cumulative ms spent in calibration */
uint32 prev_cal_dur; /**< cal duration at start of pm-period */
} wl_pmalert_fixed_t;
#define WL_PMALERT_SC_FLAG_SC_DOWN (1u << 0u)
#define WL_PMALERT_SC_FLAG_SC_HIBERNATE (1u << 1u)
typedef struct wl_pmalert_fixed_sc {
uint16 type; /* WL_PMALERT_FIXED_SC */
uint16 len; /* Up to 4K-1, top 4 bits are reserved */
uint32 flags;
uint32 prev_stats_time; /* msecs */
uint32 curr_time; /* msecs */
uint32 prev_pm_dur; /* msecs */
uint32 pm_dur; /* Total sleep time in PM, msecs */
uint32 win_down_time; /* Total down time in the window in ms */
uint32 hw_macc; /* HW maccontrol */
uint32 sw_macc; /* SW maccontrol */
/* int32 drifts = remote - local; +ve drift -> local-clk slow */
int32 last_drift; /* Most recent TSF drift from beacon */
int32 min_drift; /* Min TSF drift from beacon in magnitude */
int32 max_drift; /* Max TSF drift from beacon in magnitude */
uint32 avg_drift; /* Avg TSF drift from beacon */
uint32 drift_cnt; /* Count of drift readings over which avg_drift was computed */
uint32 cal_dur; /* Cumulative ms spent in calibration */
uint32 prev_cal_dur; /* cal duration at start of pm-period */
} wl_pmalert_fixed_sc_t;
typedef struct wl_pmalert_pmstate {
uint16 type; /**< WL_PMALERT_PMSTATE */
uint16 len; /**< Up to 4K-1, top 4 bits are reserved */
uint8 pmwake_idx; /**< for stepping through pm_state */
uint8 PAD[3];
/* Array of pmstate; len of array is based on tlv len */
wlc_pm_debug_t pmstate[BCM_FLEX_ARRAY];
} wl_pmalert_pmstate_t;
typedef struct wl_pmalert_event_dur {
uint16 type; /**< WL_PMALERT_EVENT_DUR */
uint16 len; /**< Up to 4K-1, top 4 bits are reserved */
/* Array of event_dur, len of array is based on tlv len */
uint32 event_dur[BCM_FLEX_ARRAY];
} wl_pmalert_event_dur_t;
#include <packed_section_start.h>
BWL_PRE_PACKED_STRUCT struct wl_pmalert_ucode_dbg_v1 {
uint16 type; /* WL_PMALERT_UCODE_DBG */
uint16 len; /* Up to 4K-1, top 4 bits are reserved */
uint32 macctrl;
uint16 m_p2p_hps;
uint32 psm_brc;
uint32 ifsstat;
uint16 m_p2p_bss_dtim_prd[MAX_P2P_BSS_DTIM_PRD];
uint32 psmdebug[NUM_PSM_PHY_DBG];
uint32 phydebug[NUM_PSM_PHY_DBG];
uint16 M_P2P_BSS[NUM_P2P_BSS_UCODE_DBG][IDX_P2P_BSS_UCODE_DBG];
uint16 M_P2P_PRE_TBTT[NUM_P2P_BSS_UCODE_DBG];
/* Following is valid only for corerevs<40 */
uint16 xmtfifordy;
/* Following 3 are valid only for 11ac corerevs (>=40) */
uint16 psm_maccommand;
uint16 txe_status1;
uint16 AQMFifoReady;
} BWL_POST_PACKED_STRUCT;
#include <packed_section_end.h>
#include <packed_section_start.h>
BWL_PRE_PACKED_STRUCT struct wl_pmalert_ucode_dbg_v2 {
uint16 type; /**< WL_PMALERT_UCODE_DBG_V2 */
uint16 len; /**< Up to 4K-1, top 4 bits are reserved */
uint32 macctrl;
uint16 m_p2p_hps;
uint32 psm_brc;
uint32 ifsstat;
uint16 m_p2p_bss_dtim_prd[MAX_P2P_BSS_DTIM_PRD];
uint32 psmdebug[NUM_PSM_PHY_DBG];
uint32 phydebug[NUM_PSM_PHY_DBG];
uint16 M_P2P_BSS[NUM_P2P_BSS_UCODE_DBG][IDX_P2P_BSS_UCODE_DBG];
uint16 M_P2P_PRE_TBTT[NUM_P2P_BSS_UCODE_DBG];
/* Following is valid only for corerevs<40 */
uint16 xmtfifordy;
/* Following 3 are valid only for 11ac corerevs (>=40) */
uint16 psm_maccommand;
uint16 txe_status1;
uint32 AQMFifoReady;
} BWL_POST_PACKED_STRUCT;
#include <packed_section_end.h>
#include <packed_section_start.h>
BWL_PRE_PACKED_STRUCT struct wl_pmalert_ucode_dbg_sc_v1 {
uint16 type; /**< WL_PMALERT_UCODE_DBG_SC */
uint16 len; /**< Up to 4K-1, top 4 bits are reserved */
/* ucode SHM and registers */
uint32 macctrl;
uint16 m_p2p_hps;
uint32 psm_brc;
uint32 ifsstat;
uint16 m_p2p_bss_dtim_prd[MAX_P2P_BSS_DTIM_PRD];
uint32 psmdebug[NUM_PSM_PHY_DBG];
uint32 phydebug[NUM_PSM_PHY_DBG];
uint16 M_P2P_BSS[NUM_P2P_BSS_UCODE_DBG][IDX_P2P_BSS_UCODE_DBG];
uint16 M_P2P_PRE_TBTT[NUM_P2P_BSS_UCODE_DBG];
uint16 psm_maccommand;
} BWL_POST_PACKED_STRUCT;
#include <packed_section_end.h>
typedef struct wlc_ps_debug {
uint32 timestamp; /**< timestamp in millisecond */
uint32 ps_mask; /**< reason(s) for disallowing ps */
} wlc_ps_debug_t;
typedef struct wl_pmalert_ps_allowed_hist {
uint16 type; /**< WL_PMALERT_PS_ALLOWED_HIST */
uint16 len; /**< Up to 4K-1, top 4 bits are reserved */
uint32 ps_allowed_start_idx;
/* Array of ps_debug, len of array is based on tlv len */
wlc_ps_debug_t ps_debug[BCM_FLEX_ARRAY];
} wl_pmalert_ps_allowed_hist_t;
/* Structures and constants used for "vndr_ie" IOVar interface */
#define VNDR_IE_CMD_LEN 4 /**< length of the set command string:
* "add", "del" (+ NUL)
*/
#define VNDR_IE_INFO_HDR_LEN (sizeof(uint32))
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 pktflag; /**< bitmask indicating which packet(s) contain this IE */
vndr_ie_t vndr_ie_data; /**< vendor IE data */
} BWL_POST_PACKED_STRUCT vndr_ie_info_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
int32 iecount; /**< entries in the vndr_ie_list[] */
vndr_ie_info_t vndr_ie_list[BCM_FLEX_ARRAY]; /**< var len list of vndr_ie_info_t */
} BWL_POST_PACKED_STRUCT vndr_ie_buf_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
char cmd[VNDR_IE_CMD_LEN]; /**< vndr_ie IOVar set command : "add", "del" + NUL */
vndr_ie_buf_t vndr_ie_buffer; /**< buffer containing Vendor IE list information */
} BWL_POST_PACKED_STRUCT vndr_ie_setbuf_t;
#include <packed_section_end.h>
/** tag_ID/length/value_buffer tuple */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint8 id;
uint8 len;
uint8 data[1];
} BWL_POST_PACKED_STRUCT tlv_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 pktflag; /**< bitmask indicating which packet(s) contain this IE */
tlv_t ie_data; /**< IE data */
} BWL_POST_PACKED_STRUCT ie_info_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
int32 iecount; /**< number of entries in the ie_list[] array */
ie_info_t ie_list[BCM_FLEX_ARRAY]; /**< variable size list of ie_info_t structs */
} BWL_POST_PACKED_STRUCT ie_buf_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
char cmd[VNDR_IE_CMD_LEN]; /**< ie IOVar set command : "add" + NUL */
ie_buf_t ie_buffer; /**< buffer containing IE list information */
} BWL_POST_PACKED_STRUCT ie_setbuf_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 pktflag; /**< bitmask indicating which packet(s) contain this IE */
uint8 id; /**< IE type */
} BWL_POST_PACKED_STRUCT ie_getbuf_t;
#include <packed_section_end.h>
/* structures used to define format of wps ie data from probe requests */
/* passed up to applications via iovar "prbreq_wpsie" */
typedef struct sta_prbreq_wps_ie_hdr {
struct ether_addr staAddr;
uint16 ieLen;
} sta_prbreq_wps_ie_hdr_t;
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct sta_prbreq_wps_ie_data {
sta_prbreq_wps_ie_hdr_t hdr;
uint8 ieData[BCM_FLEX_ARRAY];
} BWL_POST_PACKED_STRUCT sta_prbreq_wps_ie_data_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct sta_prbreq_wps_ie_list {
uint32 totLen;
uint8 ieDataList[BCM_FLEX_ARRAY];
} BWL_POST_PACKED_STRUCT sta_prbreq_wps_ie_list_t;
#include <packed_section_end.h>
/*
* Structure tx_pwr_rpt_t is variable-length, new fields can be endcoded in the buffer.
* Please see "Curpower TLV Buffer Guide" before changing the structure
*/
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 flags;
chanspec_t chanspec; /**< txpwr report for this channel */
chanspec_t local_chanspec; /**< channel on which we are associated */
uint8 local_max; /**< local max according to the AP */
uint8 local_constraint; /**< local constraint according to the AP */
int8 antgain[2]; /**< Ant gain for each band - from SROM */
uint8 rf_cores; /**< count of RF Cores being reported */
uint8 est_Pout[4]; /**< Latest tx power out estimate per RF chain */
uint8 est_Pout_act[4]; /**< Latest tx power out estimate per RF chain w/o adjustment */
uint8 est_Pout_cck; /**< Latest CCK tx power out estimate */
uint8 tx_power_max[4]; /**< Maximum target power among all rates */
uint32 tx_power_max_rate_ind[4]; /**< Index of the rate with the max target power */
int8 sar; /**< SAR limit for display by wl executable */
int8 channel_bandwidth; /**< 20, 40 or 80 MHz bandwidth? */
uint8 version; /**< Version of the data format wlu <--> driver */
uint8 display_core; /**< Displayed curpower core */
int8 target_offsets[4]; /**< Target power offsets for current rate per core */
uint32 last_tx_ratespec; /**< Ratespec for last transmition */
uint32 user_target; /**< user limit */
uint32 ppr_len; /**< length of each ppr serialization buffer */
int8 SARLIMIT[MAX_STREAMS_SUPPORTED];
/* Please see the document before changing this structure */
uint8 pprdata[BCM_FLEX_ARRAY]; /**< TLV buffer for ppr and other data */
} BWL_POST_PACKED_STRUCT tx_pwr_rpt_t;
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 flags;
chanspec_t chanspec; /**< txpwr report for this channel */
chanspec_t local_chanspec; /**< channel on which we are associated */
uint8 local_max; /**< local max according to the AP */
uint8 local_constraint; /**< local constraint according to the AP */
int8 PAD[2]; /**< unused */
uint8 rf_cores; /**< count of RF Cores being reported */
uint8 est_Pout[4]; /**< Latest tx power out estimate per RF chain */
uint8 est_Pout_act[4]; /**< Latest tx power out estimate per RF chain w/o adjustment */
uint8 est_Pout_cck; /**< Latest CCK tx power out estimate */
uint8 tx_power_max[4]; /**< Maximum target power among all rates */
uint32 tx_power_max_rate_ind[4]; /**< Index of the rate with the max target power */
int8 sar; /**< SAR limit for display by wl executable */
int8 channel_bandwidth; /**< 20, 40 or 80 MHz bandwidth? */
uint8 version; /**< Version of the data format wlu <--> driver */
uint8 display_core; /**< Displayed curpower core */
int8 target_offsets[4]; /**< Target power offsets for current rate per core */
uint32 last_tx_ratespec; /**< Ratespec for last transmition */
uint32 user_target; /**< user limit */
uint32 ppr_len; /**< length of each ppr serialization buffer */
int8 SARLIMIT[MAX_STREAMS_SUPPORTED];
int8 antgain[3]; /**< Ant gain for each band - from SROM */
/* Please see the document before changing this structure */
uint8 pprdata[BCM_FLEX_ARRAY]; /**< TLV buffer for ppr and other data */
} BWL_POST_PACKED_STRUCT tx_pwr_rpt_v2_t;
#define WL_TPC_MAX_BW_TX_PWR_LEN 8u
#define WL_TPC_MAX_RU_TX_PWR_LEN 8u
#define WL_TPE_MAX_TX_PWRS_LEN 16u
typedef BWL_PRE_PACKED_STRUCT struct wl_tpc_bw_txpwr {
wl_tx_bw_t bw;
int8 txpwr;
} BWL_POST_PACKED_STRUCT wl_tpc_bw_txpwr_t;
typedef BWL_PRE_PACKED_STRUCT struct wl_tpc_ru_txpwr {
int ru; /* RU of wl_he_rate_type_t type */
int8 txpwr;
} BWL_POST_PACKED_STRUCT wl_tpc_ru_txpwr_t;
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 flags;
chanspec_t chanspec; /**< txpwr report for this channel */
chanspec_t local_chanspec; /**< channel on which we are associated */
uint8 local_max; /**< local max according to the AP */
uint8 local_constraint; /**< local constraint according to the AP */
int8 PAD[2]; /**< unused */
uint8 rf_cores; /**< count of RF Cores being reported */
uint8 est_Pout[4]; /**< Latest tx power out estimate per RF chain */
uint8 est_Pout_act[4]; /**< Latest tx power out estimate per RF chain w/o adjustment */
uint8 est_Pout_cck; /**< Latest CCK tx power out estimate */
uint8 tx_power_max[4]; /**< Maximum target power among all rates */
uint32 tx_power_max_rate_ind[4]; /**< Index of the rate with the max target power */
int8 sar; /**< SAR limit for display by wl executable */
int8 channel_bandwidth; /**< 20, 40 or 80 MHz bandwidth? */
uint8 version; /**< Version of the data format wlu <--> driver */
uint8 display_core; /**< Displayed curpower core */
int8 target_offsets[4]; /**< Target power offsets for current rate per core */
uint32 last_tx_ratespec; /**< Ratespec for last transmition */
uint32 user_target; /**< user limit */
uint32 ppr_len; /**< length of each ppr serialization buffer */
int8 SARLIMIT[MAX_STREAMS_SUPPORTED];
int8 antgain[3]; /**< Ant gain for each band - from SROM */
uint8 tpe_txpwrs_len; /**< # max txpwrs rcvd in TPE elem */
int8 tpe_txpwrs[WL_TPE_MAX_TX_PWRS_LEN]; /**< TPE parsed max txpwrs */
uint8 sb_txpwrs_len; /**< No of TPE sb_txpwrs present */
wl_tpc_bw_txpwr_t sb_txpwrs[WL_TPC_MAX_BW_TX_PWR_LEN]; /**< TPE Subband max txpwrs */
uint8 ru_txpwrs_len; /**< No of TPE RU txpwrs present */
wl_tpc_ru_txpwr_t ru_txpwrs[WL_TPC_MAX_RU_TX_PWR_LEN]; /**< TPE RU max txpwrs */
/* Please see the document before changing this structure */
uint8 pprdata[BCM_FLEX_ARRAY]; /**< TLV buffer for ppr and other data */
} BWL_POST_PACKED_STRUCT tx_pwr_rpt_v3_t;
#include <packed_section_end.h>
typedef struct tx_pwr_ru_rate_info {
uint16 version;
uint16 ru_alloc;
uint16 mcs;
uint16 nss;
uint16 num_he_ltf_syms;
uint16 ldpc;
uint16 gi;
uint16 txmode;
uint16 dcm;
uint16 tx_chain;
} tx_pwr_ru_rate_info_t;
#define TX_PWR_RU_RATE_INFO_VER 1
/* TLV ID for curpower report, ID <= 63 is reserved for ppr module */
typedef enum tx_pwr_tlv_id {
TX_PWR_RPT_RU_RATE_INFO_ID = 64u,
TX_PWR_RPT_RUPDOFFSET_ID = 65u,
TX_PWR_RPT_DEV_CAT_ID = 66u,
TX_PWR_RPT_PAMODE_ID = 67u,
TX_PWR_RPT_LPC_OFFSET_ID = 68u,
TX_PWR_RPT_6G_DIRGAIN_ID = 69u
} tx_pwr_tlv_id_t;
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
struct ipv4_addr ipv4_addr;
struct ether_addr nexthop;
} BWL_POST_PACKED_STRUCT ibss_route_entry_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint32 num_entry;
ibss_route_entry_t route_entry[BCM_FLEX_ARRAY];
} BWL_POST_PACKED_STRUCT ibss_route_tbl_t;
#include <packed_section_end.h>
#define MAX_IBSS_ROUTE_TBL_ENTRY 64
#define TXPWR_TARGET_VERSION_0 0
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
int32 version; /**< version number */
chanspec_t chanspec; /**< txpwr report for this channel */
int8 txpwr[WL_STA_ANT_MAX]; /**< Max tx target power, in qdb */
uint8 rf_cores; /**< count of RF Cores being reported */
} BWL_POST_PACKED_STRUCT txpwr_target_max_t;
#include <packed_section_end.h>
#define BSS_PEER_INFO_PARAM_VER_0 0u
/** Input structure for IOV_BSS_PEER_INFO */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint16 version;
struct ether_addr ea; /**< peer MAC address */
} BWL_POST_PACKED_STRUCT bss_peer_info_param_t;
#include <packed_section_end.h>
#define BSS_PEER_INFO_VER_0 0u
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint16 version;
struct ether_addr ea;
int32 rssi;
uint32 tx_rate; /**< current tx rate */
uint32 rx_rate; /**< current rx rate */
wl_rateset_t rateset; /**< rateset in use */
uint32 age; /**< age in seconds */
} BWL_POST_PACKED_STRUCT bss_peer_info_t;
#include <packed_section_end.h>
#define BSS_PEER_LIST_INFO_VER_0 0u
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint16 version;
uint16 bss_peer_info_len; /**< length of bss_peer_info_t */
uint32 count; /**< number of peer info */
bss_peer_info_t peer_info[BCM_FLEX_ARRAY]; /**< peer info */
} BWL_POST_PACKED_STRUCT bss_peer_list_info_t;
#include <packed_section_end.h>
#define BSS_PEER_LIST_INFO_FIXED_LEN OFFSETOF(bss_peer_list_info_t, peer_info)
#define AIBSS_BCN_FORCE_CONFIG_VER_0 0u
/** structure used to configure AIBSS beacon force xmit */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint16 version;
uint16 len;
uint32 initial_min_bcn_dur; /**< dur in ms to check a bcn in bcn_flood period */
uint32 min_bcn_dur; /**< dur in ms to check a bcn after bcn_flood period */
uint32 bcn_flood_dur; /**< Initial bcn xmit period in ms */
} BWL_POST_PACKED_STRUCT aibss_bcn_force_config_t;
#include <packed_section_end.h>
#define AIBSS_TXFAIL_CONFIG_VER_0 0u
#define AIBSS_TXFAIL_CONFIG_VER_1 1u
/** structure used to configure aibss tx fail event */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct {
uint16 version;
uint16 len;
uint32 bcn_timeout; /**< dur in seconds to receive 1 bcn */
uint32 max_tx_retry; /**< no of consecutive no acks to send txfail event */
uint32 max_atim_failure; /**< no of consecutive atim failure */
} BWL_POST_PACKED_STRUCT aibss_txfail_config_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_aibss_if {
uint16 version;
uint16 len;
uint32 flags;
struct ether_addr addr;
chanspec_t chspec;
} BWL_POST_PACKED_STRUCT wl_aibss_if_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wlc_ipfo_route_entry {
struct ipv4_addr ip_addr;
struct ether_addr nexthop;
} BWL_POST_PACKED_STRUCT wlc_ipfo_route_entry_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wlc_ipfo_route_tbl {
uint32 num_entry;
wlc_ipfo_route_entry_t route_entry[BCM_FLEX_ARRAY];
} BWL_POST_PACKED_STRUCT wlc_ipfo_route_tbl_t;
#include <packed_section_end.h>
#define WL_IPFO_ROUTE_TBL_FIXED_LEN 4
#define WL_MAX_IPFO_ROUTE_TBL_ENTRY 64
/* Global ASSERT Logging */
#define ASSERTLOG_VERSION_0x0100 0x0100u
#define MAX_ASSRTSTR_LEN 64
typedef struct assert_record {
uint32 time;
uint8 seq_num;
int8 str[MAX_ASSRTSTR_LEN];
uint8 PAD[3];
} assert_record_t;
typedef struct assertlog_results {
uint16 version;
uint16 record_len;
uint32 num;
assert_record_t logs[BCM_FLEX_ARRAY];
} assertlog_results_t;
#define LOGRRC_FIX_LEN 8
#define IOBUF_ALLOWED_NUM_OF_LOGREC(type, len) ((len - LOGRRC_FIX_LEN)/sizeof(type))
/* BCMWAPI_WAI */
#define IV_LEN 16 /* same as SMS4_WPI_PN_LEN */
struct wapi_sta_msg_t {
uint16 msg_type;
uint16 datalen;
uint8 vap_mac[6];
uint8 reserve_data1[2];
uint8 sta_mac[6];
uint8 reserve_data2[2];
uint8 gsn[IV_LEN];
uint8 wie[TLV_BODY_LEN_MAX + TLV_HDR_LEN]; /* 257 */
uint8 PAD[3]; /* padding for alignment */
};
/* #endif BCMWAPI_WAI */
/* chanim acs record */
typedef struct {
uint8 valid;
uint8 trigger;
chanspec_t selected_chspc;
int8 bgnoise;
uint8 PAD[3];
uint32 glitch_cnt;
uint8 ccastats;
uint8 chan_idle;
uint8 PAD[2];
uint32 timestamp;
} chanim_acs_record_t;
typedef struct {
chanim_acs_record_t acs_record[CHANIM_ACS_RECORD];
uint8 count;
uint8 PAD[3];
uint32 timestamp;
} wl_acs_record_t;
#define WL_CHANIM_STATS_V2 2
#define CCASTATS_V2_MAX 9
typedef struct chanim_stats_v2 {
uint32 glitchcnt; /**< normalized as per second count */
uint32 badplcp; /**< normalized as per second count */
uint8 ccastats[CCASTATS_V2_MAX]; /**< normalized as 0-255 */
int8 bgnoise; /**< background noise level (in dBm) */
chanspec_t chanspec; /**< ctrl chanspec of the interface */
uint32 timestamp; /**< time stamp at which the stats are collected */
uint32 bphy_glitchcnt; /**< normalized as per second count */
uint32 bphy_badplcp; /**< normalized as per second count */
uint8 chan_idle; /**< normalized as 0~255 */
uint8 PAD[3];
} chanim_stats_v2_t;
typedef struct chanim_stats {
uint32 glitchcnt; /**< normalized as per second count */
uint32 badplcp; /**< normalized as per second count */
uint8 ccastats[CCASTATS_MAX]; /**< normalized as 0-255 */
int8 bgnoise; /**< background noise level (in dBm) */
uint8 pad_1[11 - CCASTATS_MAX];
chanspec_t chanspec; /**< ctrl chanspec of the interface */
uint8 pad_2[2];
uint32 timestamp; /**< time stamp at which the stats are collected */
uint32 bphy_glitchcnt; /**< normalized as per second count */
uint32 bphy_badplcp; /**< normalized as per second count */
uint8 chan_idle; /**< normalized as 0~255 */
uint8 PAD[3];
} chanim_stats_t;
#define WL_CHANIM_STATS_VERSION_3 3
typedef struct {
uint32 buflen;
uint32 version;
uint32 count;
chanim_stats_t stats[BCM_FLEX_ARRAY];
} wl_chanim_stats_t;
#define WL_SC_CHANIM_STATS_V1 1u
/* sc chanim interface stats */
typedef struct sc_chanim_stats_v1 {
uint32 stats_ms; /* duraion for which stats are collected, in ms */
chanspec_t chanspec;
uint16 PAD;
uint32 sc_only_rx_dur; /* rx only on sc, in ms */
uint32 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint32 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint32 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint32 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint32 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint32 sc_rx_btsc_rx_dur; /* BT sc and wlan SC rx is active, in ms */
} sc_chanim_stats_v1_t;
typedef struct {
uint32 version;
uint32 length;
uint8 flags; /* flags: to print the stats,
* WL_CHANIM_COUNT_ONE ==> Query stats for Home channel,
* WL_CHANIM_COUNT_ALL ==> Query stats for all channels
*/
uint8 id; /* Module id, to know which module has sent the stats
* SC_CHANIM_ID_SCAN ==> For SCAN
* SC_CHANIM_ID_STA ==> For STA
*/
uint8 count; /* o/p: Count of channels for which stats needs to be displayed.
* This value is number of channels supported in particular locale when
* flags is WL_CHANIM_COUNT_ALL, one when flag is
* WL_CHANIM_COUNT_ONE
*/
uint8 PAD;
sc_chanim_stats_v1_t sc_stats[BCM_FLEX_ARRAY];
} wl_chanim_sc_stats_v1_t;
/* WL_CHANIM_SC_STATS_FIXED_LEN: when we change size of any field above sc_stats, this macro
* needs versioning. At present it uses offset of v1, which is same for all versions so far
*/
#define WL_CHANIM_SC_STATS_FIXED_LEN OFFSETOF(wl_chanim_sc_stats_v1_t, sc_stats)
#define WL_CHANIM_STATS_FIXED_LEN OFFSETOF(wl_chanim_stats_t, stats)
#define WL_SC_CHANIM_STATS_V2 2u
/* sc chanim interface stats */
typedef struct sc_chanim_stats_v2 {
uint32 stats_ms; /* duraion for which stats are collected, in ms */
chanspec_t chanspec;
uint16 PAD;
uint32 sc_only_rx_dur; /* rx only on sc, in ms */
uint32 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint32 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint32 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint32 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint32 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint32 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint32 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint32 sc_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint32 sc_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
} sc_chanim_stats_v2_t;
typedef struct {
uint32 version;
uint32 length;
uint8 flags; /* flags: to print the stats,
* WL_CHANIM_COUNT_ONE ==> Query stats for Home channel,
* WL_CHANIM_COUNT_ALL ==> Query stats for all channels
*/
uint8 id; /* Module id, to know which module has sent the stats
* SC_CHANIM_ID_SCAN ==> For SCAN
* SC_CHANIM_ID_STA ==> For STA
*/
uint8 count; /* o/p: Count of channels for which stats needs to be displayed.
* This value is number of channels supported in particular locale when
* flags is WL_CHANIM_COUNT_ALL, one when flag is
* WL_CHANIM_COUNT_ONE
*/
uint8 PAD;
sc_chanim_stats_v2_t sc_stats[BCM_FLEX_ARRAY];
} wl_chanim_sc_stats_v2_t;
#define WL_SC_CHANIM_STATS_V3 3u
/* sc chanim interface stats */
typedef struct sc_chanim_stats_v3 {
uint32 stats_ms; /* duraion for which stats are collected, in ms */
chanspec_t chanspec;
uint16 PAD;
uint32 sc_only_rx_dur; /* rx only on sc, in ms */
uint32 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint32 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint32 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint32 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint32 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint32 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint32 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint32 sc_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint32 sc_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
uint32 ac_btle_overlap_dur; /* wlaux was awake and btsc le scan overlapped, in ms */
uint32 ac_btpage_overlap_dur; /* wlaux was awake and btsc page scan overlapped, in ms */
} sc_chanim_stats_v3_t;
typedef struct {
uint32 version;
uint32 length;
uint8 flags; /* flags: to print the stats,
* WL_CHANIM_COUNT_ONE ==> Query stats for Home channel,
* WL_CHANIM_COUNT_ALL ==> Query stats for all channels
*/
uint8 id; /* Module id, to know which module has sent the stats
* SC_CHANIM_ID_SCAN ==> For SCAN
* SC_CHANIM_ID_STA ==> For STA
*/
uint8 count; /* o/p: Count of channels for which stats needs to be displayed.
* This value is number of channels supported in particular locale when
* flags is WL_CHANIM_COUNT_ALL, one when flag is
* WL_CHANIM_COUNT_ONE
*/
uint8 PAD;
sc_chanim_stats_v3_t sc_stats[BCM_FLEX_ARRAY];
} wl_chanim_sc_stats_v3_t;
#define WL_SC_CHANIM_STATS_V4 4u
/* sc chanim interface stats */
typedef struct sc_chanim_stats_v4 {
uint32 stats_ms; /* duraion for which stats are collected, in ms */
chanspec_t chanspec;
uint16 PAD;
uint32 sc_only_rx_dur; /* rx only on sc, in ms */
uint32 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint32 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint32 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint32 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint32 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint32 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint32 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint32 ac_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint32 ac_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
uint32 ac_btle_overlap_dur; /* wlaux was awake and btsc le scan overlapped, in ms */
uint32 ac_btpage_overlap_dur; /* wlaux was awake and btsc page scan overlapped, in ms */
uint32 timestamp; /* Time when stats last updated */
} sc_chanim_stats_v4_t;
typedef struct {
uint32 version;
uint32 length;
uint8 flags; /* flags: to print the stats,
* WL_CHANIM_COUNT_ONE ==> Query stats for Home channel,
* WL_CHANIM_COUNT_ALL ==> Query stats for all channels
*/
uint8 id; /* Module id, to know which module has sent the stats
* SC_CHANIM_ID_SCAN ==> For SCAN
* SC_CHANIM_ID_STA ==> For STA
*/
uint8 count; /* o/p: Count of channels for which stats needs to be displayed.
* This value is number of channels supported in particular locale when
* flags is WL_CHANIM_COUNT_ALL, one when flag is
* WL_CHANIM_COUNT_ONE
*/
uint8 PAD;
sc_chanim_stats_v4_t sc_stats[BCM_FLEX_ARRAY];
} wl_chanim_sc_stats_v4_t;
#define WL_SC_CHANIM_STATS_V5 5u
/* sc chanim interface stats */
typedef struct sc_chanim_stats_v5 {
uint32 stats_ms; /* duraion for which stats are collected, in ms */
chanspec_t chanspec;
uint16 sc_btrx_trans_cnt; /* BT RX transitions */
uint32 sc_only_rx_dur; /* rx only on sc, in ms */
uint32 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint32 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint32 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint32 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint32 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint32 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint32 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint32 ac_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint32 ac_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
uint32 ac_btle_overlap_dur; /* wlaux was awake and btsc le scan overlapped, in ms */
uint32 ac_btpage_overlap_dur; /* wlaux was awake and btsc page scan overlapped, in ms */
uint32 timestamp; /* Time when stats last updated */
} sc_chanim_stats_v5_t;
typedef struct {
uint32 version;
uint32 length;
uint8 flags; /* flags: to print the stats,
* WL_CHANIM_COUNT_ONE ==> Query stats for Home channel,
* WL_CHANIM_COUNT_ALL ==> Query stats for all channels
*/
uint8 id; /* Module id, to know which module has sent the stats
* SC_CHANIM_ID_SCAN ==> For SCAN
* SC_CHANIM_ID_STA ==> For STA
*/
uint8 count; /* o/p: Count of channels for which stats needs to be displayed.
* This value is number of channels supported in particular locale when
* flags is WL_CHANIM_COUNT_ALL, one when flag is
* WL_CHANIM_COUNT_ONE
*/
uint8 PAD;
sc_chanim_stats_v5_t sc_stats[BCM_FLEX_ARRAY];
} wl_chanim_sc_stats_v5_t;
#define WL_SC_CHANIM_STATS_V6 6u
/* sc chanim interface stats */
typedef struct sc_chanim_stats_v6 {
uint32 stats_ms; /* duraion for which stats are collected, in ms */
chanspec_t chanspec;
uint16 sc_btrx_trans_cnt; /* BT RX transitions */
uint32 sc_only_rx_dur; /* rx only on sc, in ms */
uint32 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint32 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint32 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint32 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint32 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint32 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint32 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint32 ac_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint32 ac_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
uint32 ac_btle_overlap_dur; /* wlaux was awake and btsc le scan overlapped, in ms */
uint32 ac_btpage_overlap_dur; /* wlaux was awake and btsc page scan overlapped, in ms */
uint32 timestamp; /* Time when stats last updated */
uint32 sc_rx_5g_bt_rx_dur; /* sc rx when 5G BT Main is active, in ms */
uint16 sc_5g_btrx_trans_cnt; /* 5G BT RX transitions */
uint16 pad;
} sc_chanim_stats_v6_t;
typedef struct {
uint32 version;
uint32 length;
uint8 flags; /* flags: to print the stats,
* WL_CHANIM_COUNT_ONE ==> Query stats for Home channel,
* WL_CHANIM_COUNT_ALL ==> Query stats for all channels
*/
uint8 id; /* Module id, to know which module has sent the stats
* SC_CHANIM_ID_SCAN ==> For SCAN
* SC_CHANIM_ID_STA ==> For STA
*/
uint8 count; /* o/p: Count of channels for which stats needs to be displayed.
* This value is number of channels supported in particular locale when
* flags is WL_CHANIM_COUNT_ALL, one when flag is
* WL_CHANIM_COUNT_ONE
*/
uint8 PAD;
sc_chanim_stats_v6_t sc_stats[];
} wl_chanim_sc_stats_v6_t;
#define WL_SC_CHANIM_STATS_V7 7u
typedef struct sc_chanim_stats_v7 {
uint32 stats_ms; /* duration for which stats are collected, in ms */
chanspec_t chanspec;
uint16 pad;
uint32 sc_only_rx_dur; /* rx only on sc, in ms */
uint32 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint32 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint32 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint32 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint32 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint32 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint32 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint32 ac_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint32 ac_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
uint32 ac_btle_overlap_dur; /* wlaux was awake and btsc le scan overlapped, in ms */
uint32 ac_btpage_overlap_dur; /* wlaux was awake and btsc page scan overlapped, in ms */
uint32 timestamp; /* Time when stats last updated */
uint32 sc_rx_5g_bt_rx_dur; /* sc rx when 5G BT Main is active, in ms */
uint16 sc_5g_btrx_trans_cnt; /* 5G BT RX transitions */
uint16 sc_fbc_trans_cnt; /* Shared radio FBC transition count */
uint32 sc_rx_ac_bt_ded_mode_dur; /* Dedicated mode duration */
} sc_chanim_stats_v7_t;
typedef struct {
uint32 version;
uint32 length;
uint8 flags; /* flags: to print the stats,
* WL_CHANIM_COUNT_ONE ==> Query stats for Home channel,
* WL_CHANIM_COUNT_ALL ==> Query stats for all channels
*/
uint8 id; /* Module id, to know which module has sent the stats
* SC_CHANIM_ID_SCAN ==> For SCAN
* SC_CHANIM_ID_STA ==> For STA
*/
uint8 count; /* o/p: Count of channels for which stats needs to be displayed.
* This value is number of channels supported in particular locale when
* flags is WL_CHANIM_COUNT_ALL, one when flag is
* WL_CHANIM_COUNT_ONE
*/
uint8 PAD;
sc_chanim_stats_v7_t sc_stats[];
} wl_chanim_sc_stats_v7_t;
/* sc_chanim periodic ecounters structs for WL_IFSTATS_XTLV_SC_CHANIM_PERIODIC_STATS
* [similar to wl_chanim_sc_stats_vX_t, but constrained in size due to its known periodicity
* of reporting]
*/
#define WLC_SC_CHANIM_PERIODIC_STATS_V2 (2u)
#define WLC_SC_STATS_MAX_BANDS_V1 2u
typedef struct sc_chanim_stats_perband_periodic_v2 {
uint8 PAD[3];
uint8 band_id; /* band for which stats reported; 0:5G,1:2G */
uint16 sc_only_rx_dur; /* rx only on sc, in ms */
uint16 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint16 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint16 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint16 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint16 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint16 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint16 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint16 sc_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint16 sc_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
} sc_chanim_stats_perband_periodic_v2_t;
typedef struct wl_chanim_sc_periodic_stats_v2 {
uint16 ver;
uint16 len;
uint8 PAD[3];
uint8 count; /* number of sc_stats below */
/* per band accum stats */
sc_chanim_stats_perband_periodic_v2_t sc_stats[WLC_SC_STATS_MAX_BANDS_V1];
} wl_chanim_sc_periodic_stats_v2_t;
#define WLC_SC_CHANIM_PERIODIC_STATS_V3 (3u)
typedef struct sc_chanim_stats_perband_periodic_v3 {
uint8 PAD[3];
uint8 band_id; /* band for which stats reported; 0:5G,1:2G */
uint16 sc_only_rx_dur; /* rx only on sc, in ms */
uint16 sc_rx_mc_rx_dur; /* Rx on SC when MC is active, in ms */
uint16 sc_rx_ac_rx_dur; /* Rx on SC when AC is active, in ms */
uint16 sc_rx_mc_tx_dur; /* sc rx with MC tx, in ms */
uint16 sc_rx_ac_bt_tx_dur; /* sc rx with AC-BT tx, in ms */
uint16 sc_rx_bt_rx_dur; /* sc rx when BT Main is active, in ms */
uint16 sc_btle_overlap_dur; /* wlsc was awake and btsc le scan overlapped, in ms */
uint16 sc_btpage_overlap_dur; /* wlsc was awake and btsc page scan overlapped, in ms */
uint16 sc_btle_blnk_dur; /* wlauxtx blanked btsc le scan, in ms */
uint16 sc_btpage_blnk_dur; /* wlauxtx blanked btsc page scan, in ms */
uint16 ac_btle_overlap_dur; /* wlaux was awake and btsc le scan overlapped, in ms */
uint16 ac_btpage_overlap_dur; /* wlaux was awake and btsc page scan overlapped, in ms */
} sc_chanim_stats_perband_periodic_v3_t;
typedef struct wl_chanim_sc_periodic_stats_v3 {
uint16 ver;
uint16 len;
uint8 PAD[3];
uint8 count; /* number of sc_stats below */
/* per band accum stats */
sc_chanim_stats_perband_periodic_v3_t sc_stats[WLC_SC_STATS_MAX_BANDS_V1];
} wl_chanim_sc_periodic_stats_v3_t;
/** Noise measurement metrics. */
#define NOISE_MEASURE_KNOISE 0x1
/** scb probe parameter */
typedef struct {
uint32 scb_timeout;
uint32 scb_activity_time;
uint32 scb_max_probe;
} wl_scb_probe_t;
/* structure/defines for selective mgmt frame (smf) stats support */
#define SMFS_VERSION_1 1
/** selected mgmt frame (smf) stats element */
typedef struct wl_smfs_elem {
uint32 count;
uint16 code; /**< SC or RC code */
uint8 PAD[2];
} wl_smfs_elem_t;
typedef struct wl_smf_stats {
uint32 version;
uint16 length; /**< reserved for future usage */
uint8 type;
uint8 codetype;
uint32 ignored_cnt;
uint32 malformed_cnt;
uint32 count_total; /**< count included the interested group */
wl_smfs_elem_t elem[BCM_FLEX_ARRAY];
} wl_smf_stats_t;
#define WL_SMFSTATS_FIXED_LEN OFFSETOF(wl_smf_stats_t, elem);
enum {
SMFS_CODETYPE_SC,
SMFS_CODETYPE_RC
};
typedef enum smfs_type {
SMFS_TYPE_AUTH,
SMFS_TYPE_ASSOC,
SMFS_TYPE_REASSOC,
SMFS_TYPE_DISASSOC_TX,
SMFS_TYPE_DISASSOC_RX,
SMFS_TYPE_DEAUTH_TX,
SMFS_TYPE_DEAUTH_RX,
SMFS_TYPE_MAX
} smfs_type_t;
/* #ifdef PHYMON */
#define PHYMON_VERSION_1 1
typedef struct wl_phycal_core_state {
/* Tx IQ/LO calibration coeffs */
int16 tx_iqlocal_a;
int16 tx_iqlocal_b;
int8 tx_iqlocal_ci;
int8 tx_iqlocal_cq;
int8 tx_iqlocal_di;
int8 tx_iqlocal_dq;
int8 tx_iqlocal_ei;
int8 tx_iqlocal_eq;
int8 tx_iqlocal_fi;
int8 tx_iqlocal_fq;
/** Rx IQ calibration coeffs */
int16 rx_iqcal_a;
int16 rx_iqcal_b;
uint8 tx_iqlocal_pwridx; /**< Tx Power Index for Tx IQ/LO calibration */
uint8 PAD[3];
uint32 papd_epsilon_table[64]; /**< PAPD epsilon table */
int16 papd_epsilon_offset; /**< PAPD epsilon offset */
uint8 curr_tx_pwrindex; /**< Tx power index */
int8 idle_tssi; /**< Idle TSSI */
int8 est_tx_pwr; /**< Estimated Tx Power (dB) */
int8 est_rx_pwr; /**< Estimated Rx Power (dB) from RSSI */
uint16 rx_gaininfo; /**< Rx gain applied on last Rx pkt */
uint16 init_gaincode; /**< initgain required for ACI */
int8 estirr_tx;
int8 estirr_rx;
} wl_phycal_core_state_t;
typedef struct wl_phycal_state {
int32 version;
int8 num_phy_cores; /**< number of cores */
int8 curr_temperature; /**< on-chip temperature sensor reading */
chanspec_t chspec; /**< channspec for this state */
uint8 aci_state; /**< ACI state: ON/OFF */
uint8 PAD;
uint16 crsminpower; /**< crsminpower required for ACI */
uint16 crsminpowerl; /**< crsminpowerl required for ACI */
uint16 crsminpoweru; /**< crsminpoweru required for ACI */
wl_phycal_core_state_t phycal_core[BCM_FLEX_ARRAY];
} wl_phycal_state_t;
#define WL_PHYCAL_STAT_FIXED_LEN OFFSETOF(wl_phycal_state_t, phycal_core)
/* endif PHYMON */
/** discovery state */
typedef struct wl_p2p_disc_st {
uint8 state; /**< see state */
uint8 PAD;
chanspec_t chspec; /**< valid in listen state */
uint16 dwell; /**< valid in listen state, in ms */
} wl_p2p_disc_st_t;
/** scan request */
typedef struct wl_p2p_scan {
uint8 type; /**< 'S' for WLC_SCAN, 'E' for "escan" */
uint8 reserved[3];
/* scan or escan parms... */
} wl_p2p_scan_t;
/** i/f request */
typedef struct wl_p2p_if {
struct ether_addr addr;
uint8 type; /**< see i/f type */
uint8 PAD;
chanspec_t chspec; /**< for p2p_ifadd GO */
} wl_p2p_if_t;
/** i/f query */
typedef struct wl_p2p_ifq {
uint32 bsscfgidx;
char ifname[BCM_MSG_IFNAME_MAX];
} wl_p2p_ifq_t;
/** OppPS & CTWindow */
typedef struct wl_p2p_ops {
uint8 ops; /**< 0: disable 1: enable */
uint8 ctw; /**< >= 10 */
} wl_p2p_ops_t;
/** absence and presence request */
typedef struct wl_p2p_sched_desc {
uint32 start;
uint32 interval;
uint32 duration;
uint32 count; /**< see count */
} wl_p2p_sched_desc_t;
typedef struct wl_p2p_sched {
uint8 type; /**< see schedule type */
uint8 action; /**< see schedule action */
uint8 option; /**< see schedule option */
uint8 PAD;
wl_p2p_sched_desc_t desc[BCM_FLEX_ARRAY];
} wl_p2p_sched_t;
typedef struct wl_p2p_wfds_hash {
uint32 advt_id;
uint16 nw_cfg_method;
uint8 wfds_hash[6];
uint8 name_len;
uint8 service_name[MAX_WFDS_SVC_NAME_LEN];
uint8 PAD[3];
} wl_p2p_wfds_hash_t;
typedef struct wl_p2p_config_params {
uint16 enable; /**< 0: disable 1: enable */
uint16 chanspec; /* GO chanspec */
wlc_ssid_t ssid; /* SSID */
} wl_p2p_config_params_t;
typedef struct wl_bcmdcs_data {
uint32 reason;
chanspec_t chspec;
uint8 PAD[2];
} wl_bcmdcs_data_t;
/* ifdef EXT_STA */
/**
* Format of IHV data passed to OID_DOT11_NIC_SPECIFIC_EXTENSION.
*/
typedef struct _IHV_NIC_SPECIFIC_EXTENSION {
uint8 oui[4]; /**< vendor specific OUI value */
uint32 event; /**< event code */
uint8 ihvData[BCM_FLEX_ARRAY]; /**< ihv data */
} IHV_NIC_SPECIFIC_EXTENSION, *PIHV_NIC_SPECIFIC_EXTENSION;
#define IHV_NIC_SPECIFIC_EXTENTION_HEADER OFFSETOF(IHV_NIC_SPECIFIC_EXTENSION, ihvData[0])
/* EXT_STA */
/** NAT configuration */
typedef struct {
uint32 ipaddr; /**< interface ip address */
uint32 ipaddr_mask; /**< interface ip address mask */
uint32 ipaddr_gateway; /**< gateway ip address */
uint8 mac_gateway[6]; /**< gateway mac address */
uint8 PAD[2];
uint32 ipaddr_dns; /**< DNS server ip address, valid only for public if */
uint8 mac_dns[6]; /**< DNS server mac address, valid only for public if */
uint8 GUID[38]; /**< interface GUID */
} nat_if_info_t;
typedef struct {
uint32 op; /**< operation code */
uint8 pub_if; /**< set for public if, clear for private if */
uint8 PAD[3];
nat_if_info_t if_info; /**< interface info */
} nat_cfg_t;
typedef struct {
int32 state; /**< NAT state returned */
} nat_state_t;
typedef struct flush_txfifo {
uint32 txfifobmp;
uint32 hwtxfifoflush;
struct ether_addr ea;
uint8 PAD[2];
} flush_txfifo_t;
enum {
SPATIAL_MODE_2G_IDX = 0,
SPATIAL_MODE_5G_LOW_IDX,
SPATIAL_MODE_5G_MID_IDX,
SPATIAL_MODE_5G_HIGH_IDX,
SPATIAL_MODE_5G_UPPER_IDX,
SPATIAL_MODE_MAX_IDX
};
#define WLC_TXCORE_MAX 4 /**< max number of txcore supports */
#define WLC_TXCORE_MAX_OLD 2 /**< backward compatibilty for TXCAL */
#define WLC_TXCORE_MAX_GAINSWEEP_MEAS 2 /* 2 cores max for macos */
#define WLC_SUBBAND_MAX 4 /**< max number of sub-band supports */
typedef struct {
uint8 band2g[WLC_TXCORE_MAX];
uint8 band5g[WLC_SUBBAND_MAX][WLC_TXCORE_MAX];
} sar_limit_t;
#define MAX_NUM_TXCAL_MEAS 128u
#define MIN_NUM_PWR_STEP 2u
#define MAX_NUM_PWR_STEP 40 /* leave it as signed for backward compatibility */
#define TXCAL_IOVAR_VERSION 0x1 /* need to leave it as signed one
* for backward compatibility
*/
#define TXCAL_IOVAR_VERSION_0 0x0u
#define TXCAL_IOVAR_VERSION_1 0x1u
#define TXCAL_IOVAR_VERSION_2 0x2u
#define TXCAL_IOVAR_VERSION_3 0x3u
#define TXCAL_IOVAR_VERSION_4 0x4u /* TXCAL_GAINSWEEP_MEAS_VER_V2 */
#define TXCAL_IOVAR_VERSION_5 0x5u /* TXCAL_GAINSWEEP_MEAS_VER_V2 no pa_modes */
#define TXCAL_GAINSWEEP_VER (TXCAL_GAINSWEEP_VERSION_V2)
#define TXCAL_GAINSWEEP_VERSION_V2 2
#define TXCAL_GAINSWEEP_MEAS_VER 0x1u
#define TXCAL_GAINSWEEP_MEAS_VER_V2 0x2u
/* Below macro will no longer be used.
* Please specifiy the current supporting version in the 'txcal_ver' iovar.
*/
#define TXCAL_IOVAR_LATEST TXCAL_GAINSWEEP_VER
/* below are used for bphy/ofdm separated LSC */
#define TXCAL_PWR_BPHY 0
#define TXCAL_PWR_OFDM 1
typedef struct wl_txcal_meas_percore {
uint16 tssi[MAX_NUM_TXCAL_MEAS];
int16 pwr[MAX_NUM_TXCAL_MEAS];
} wl_txcal_meas_percore_t;
typedef struct wl_txcal_meas_ncore {
uint16 version;
uint8 valid_cnt;
uint8 num_core;
wl_txcal_meas_percore_t txcal_percore[BCM_FLEX_ARRAY];
} wl_txcal_meas_ncore_t;
typedef struct wl_txcal_power_tssi_percore {
int16 tempsense;
int16 pwr_start;
uint8 pwr_start_idx;
uint8 num_entries;
uint16 PAD;
uint8 tssi[MAX_NUM_PWR_STEP];
} wl_txcal_power_tssi_percore_t;
typedef struct wl_txcal_power_tssi_ncore {
uint16 version;
uint8 set_core;
uint8 channel;
uint8 num_core;
uint8 gen_tbl;
uint8 ofdm;
uint8 PAD;
wl_txcal_power_tssi_percore_t tssi_percore[WLC_TXCORE_MAX];
} wl_txcal_power_tssi_ncore_t;
typedef struct wl_txcal_power_tssi_ncore_v2 {
uint16 version; /* structure version */
uint16 length; /* structure length */
uint8 set_core; /* set core */
uint8 num_core; /* number of core */
uint8 gen_tbl; /* generate table */
uint8 ofdm; /* ofdm:1 or bphy:0 */
chanspec_t chanspec; /* chanspec */
uint8 pa_mode; /* TX PA mode */
uint8 PAD; /* explict padding */
wl_txcal_power_tssi_percore_t tssi_percore[WLC_TXCORE_MAX]; /* tssi value entries */
} wl_txcal_power_tssi_ncore_v2_t;
typedef struct wl_txcal_meas {
uint16 tssi[WLC_TXCORE_MAX][MAX_NUM_TXCAL_MEAS];
int16 pwr[WLC_TXCORE_MAX][MAX_NUM_TXCAL_MEAS];
uint8 valid_cnt;
uint8 PAD;
} wl_txcal_meas_t;
typedef struct wl_txcal_meas_old {
uint16 tssi[WLC_TXCORE_MAX_OLD][MAX_NUM_TXCAL_MEAS];
int16 pwr[WLC_TXCORE_MAX_OLD][MAX_NUM_TXCAL_MEAS];
uint8 valid_cnt;
uint8 PAD;
} wl_txcal_meas_old_t;
typedef struct wl_txcal_power_tssi {
uint8 set_core;
uint8 channel;
int16 tempsense[WLC_TXCORE_MAX];
int16 pwr_start[WLC_TXCORE_MAX];
uint8 pwr_start_idx[WLC_TXCORE_MAX];
uint8 num_entries[WLC_TXCORE_MAX];
uint8 tssi[WLC_TXCORE_MAX][MAX_NUM_PWR_STEP];
uint8 gen_tbl;
uint8 ofdm;
} wl_txcal_power_tssi_t;
typedef struct wl_txcal_power_tssi_v2 {
uint16 version; /* structure version */
uint16 length; /* structure length */
chanspec_t chanspec; /* chanspec */
uint8 set_core; /* set core */
uint8 gen_tbl; /* generate table */
uint8 ofdm; /* ofdm:1 or bphy:0 */
uint8 pa_mode; /* TX PA mode */
uint8 PAD[2]; /* explicit padding */
wl_txcal_power_tssi_percore_t per_core[]; /* info per core */
} wl_txcal_power_tssi_v2_t;
typedef struct wl_txcal_power_tssi_old {
uint8 set_core;
uint8 channel;
int16 tempsense[WLC_TXCORE_MAX_OLD];
int16 pwr_start[WLC_TXCORE_MAX_OLD];
uint8 pwr_start_idx[WLC_TXCORE_MAX_OLD];
uint8 num_entries[WLC_TXCORE_MAX_OLD];
uint8 tssi[WLC_TXCORE_MAX_OLD][MAX_NUM_PWR_STEP];
uint8 gen_tbl;
uint8 ofdm;
} wl_txcal_power_tssi_old_t;
typedef struct wl_olpc_pwr {
uint16 version;
uint8 core;
uint8 channel;
int16 tempsense;
uint8 olpc_idx;
uint8 ofdm;
} wl_olpc_pwr_t;
typedef struct wl_olpc_pwr_v2 {
uint16 version; /* structure version */
uint16 length; /* structure length */
chanspec_t chanspec; /* chanspec */
int16 tempsense; /* tempsense */
uint8 core; /* core selection */
uint8 olpc_idx; /* tx power index */
uint8 ofdm; /* ofdm:1 or bphy:0 */
uint8 pa_mode; /* TX PA mode */
} wl_olpc_pwr_v2_t;
/* mode select for olpc_anchor iovar */
enum olpc_anchor_band {
ANCHOR_MODE_2G = 0, /* anchor mode for 2G */
ANCHOR_MODE_5G = 1, /* anchor mode for 5G */
ANCHOR_MODE_6G = 2 /* anchor mode for 6G */
};
typedef struct wl_olpc_anchor {
uint16 version; /* structure version */
uint16 length; /* structure length */
uint8 band; /* 2G/5G/6G/XX */
uint8 anchor; /* anchor point power level */
uint8 PAD[2]; /* explicit padding */
} wl_olpc_anchor_t;
/** IOVAR "mempool" parameter. Used to retrieve a list of memory pool statistics. */
typedef struct wl_mempool_stats {
int32 num; /**< Number of memory pools */
bcm_mp_stats_t s[BCM_FLEX_ARRAY]; /**< Variable array of memory pool stats. */
} wl_mempool_stats_t;
/* Both powersel_params and lpc_params are used by IOVAR lpc_params.
* The powersel_params is replaced by lpc_params in later WLC versions.
*/
typedef struct powersel_params {
/* LPC Params exposed via IOVAR */
int32 tp_ratio_thresh; /**< Throughput ratio threshold */
uint8 rate_stab_thresh; /**< Thresh for rate stability based on nupd */
uint8 pwr_stab_thresh; /**< Number of successes before power step down */
uint8 pwr_sel_exp_time; /**< Time lapse for expiry of database */
uint8 PAD;
} powersel_params_t;
#define WL_LPC_PARAMS_VER_2 2u
typedef struct lpc_params {
uint16 version;
uint16 length;
/* LPC Params exposed via IOVAR */
uint8 rate_stab_thresh; /**< Lowest power reached by algorithm */
uint8 pwr_stab_thresh; /**< Number of successes before power step down */
uint8 lpc_exp_time; /**< Time lapse for expiry of database */
uint8 pwrup_slow_step; /**< Step size for slow step up */
uint8 pwrup_fast_step; /**< Step size for fast step up */
uint8 pwrdn_slow_step; /**< Step size for slow step down */
} lpc_params_t;
#define WL_LPC_EPABYPASS_PARAMS_VER 1u
typedef struct lpc_epabypass_params_v1 {
/* LPC EPABYPASS Params dumped via IOVAR */
uint16 bypass_pkt_cnts; /* no. of packets with epabypass mode */
uint16 pkt_cnts; /* no. of packets cnts */
uint8 enable; /* epabypass enable */
int8 epabypass_pwr; /* pwr at which switch to epabypass mode */
uint8 PAD[2];
} lpc_epabypass_params_v1_t;
typedef struct wl_lpc_epabypass_ioc_v1 {
uint16 version; /* structure version */
uint16 len; /* structure length */
uint16 id; /* ID of the sub-command */
uint8 data;
uint8 PAD;
lpc_epabypass_params_v1_t params;
} wl_lpc_epabypass_ioc_t;
/* EPABYPASS sub command IDs */
enum {
IOV_LPC_EPABYPASS_CMD_ENABLE = 0u, /* enable/disable */
IOV_LPC_EPABYPASS_CMD_FORCED = 1u, /* forced epabypass */
IOV_LPC_EPABYPASS_CMD_MAXPWR = 2u, /* maxpwr */
IOV_LPC_EPABYPASS_CMD_PARAMS = 3u, /* params */
IOV_LPC_EPABYPASS_CMD_RESET_BYPCNTS = 4u /* reset byp_pkt_cnts */
};
/* tx pkt delay statistics */
#define SCB_RETRY_SHORT_DEF 7 /**< Default Short retry Limit */
#define WLPKTDLY_HIST_NBINS 16 /**< number of bins used in the Delay histogram */
/** structure to store per-AC delay statistics */
typedef struct scb_delay_stats {
uint32 txmpdu_lost; /**< number of MPDUs lost */
uint32 txmpdu_cnt[SCB_RETRY_SHORT_DEF]; /**< retry times histogram */
uint32 delay_sum[SCB_RETRY_SHORT_DEF]; /**< cumulative packet latency */
uint32 delay_min; /**< minimum packet latency observed */
uint32 delay_max; /**< maximum packet latency observed */
uint32 delay_avg; /**< packet latency average */
uint32 delay_hist[WLPKTDLY_HIST_NBINS]; /**< delay histogram */
uint32 delay_count; /**< minimum number of time period units before
consequent packet delay events can be generated
*/
uint32 prev_txmpdu_cnt; /**< Previous value of txmpdu_cnt[] during last iteration */
uint32 prev_delay_sum; /**< Previous value of delay_sum[] during last iteration */
} scb_delay_stats_t;
/** structure for txdelay event */
typedef struct txdelay_event {
uint8 status;
uint8 PAD[3];
int32 rssi;
chanim_stats_t chanim_stats;
scb_delay_stats_t delay_stats[AC_COUNT];
} txdelay_event_t;
/** structure for txdelay parameters */
typedef struct txdelay_params {
uint16 ratio; /**< Avg Txdelay Delta */
uint8 cnt; /**< Sample cnt */
uint8 period; /**< Sample period */
uint8 tune; /**< Debug */
uint8 PAD;
} txdelay_params_t;
#define MAX_TXDELAY_STATS_SCBS 6
#define TXDELAY_STATS_VERSION_1 1
enum {
TXDELAY_STATS_PARTIAL_RESULT = 0,
TXDELAY_STATS_FULL_RESULT = 1
};
typedef struct scb_total_delay_stats {
struct ether_addr ea;
uint8 PAD[2];
scb_delay_stats_t dlystats[AC_COUNT];
} scb_total_delay_stats_t;
typedef struct txdelay_stats {
uint32 version;
uint32 full_result; /* 0:Partial, 1:full */
uint32 scb_cnt; /* in:requested, out:returned */
scb_total_delay_stats_t scb_delay_stats[BCM_FLEX_ARRAY];
} txdelay_stats_t;
#define WL_TXDELAY_STATS_FIXED_SIZE \
(sizeof(txdelay_stats_t)+(MAX_TXDELAY_STATS_SCBS-1)*sizeof(scb_total_delay_stats_t))
enum {
WNM_SERVICE_DMS = 1,
WNM_SERVICE_FMS = 2,
WNM_SERVICE_TFS = 3
};
/** Definitions for WNM/NPS TCLAS */
typedef struct wl_tclas {
uint8 user_priority;
uint8 fc_len;
dot11_tclas_fc_t fc;
} wl_tclas_t;
#define WL_TCLAS_FIXED_SIZE OFFSETOF(wl_tclas_t, fc)
typedef struct wl_tclas_list {
uint32 num;
wl_tclas_t tclas[];
} wl_tclas_list_t;
/** Definitions for WNM/NPS Traffic Filter Service */
typedef struct wl_tfs_req {
uint8 tfs_id;
uint8 tfs_actcode;
uint8 tfs_subelem_id;
uint8 send;
} wl_tfs_req_t;
typedef struct wl_tfs_filter {
uint8 status; /**< Status returned by the AP */
uint8 tclas_proc; /**< TCLAS processing value (0:and, 1:or) */
uint8 tclas_cnt; /**< count of all wl_tclas_t in tclas array */
uint8 tclas[BCM_FLEX_ARRAY]; /**< VLA of wl_tclas_t */
} wl_tfs_filter_t;
#define WL_TFS_FILTER_FIXED_SIZE OFFSETOF(wl_tfs_filter_t, tclas)
typedef struct wl_tfs_fset {
struct ether_addr ea; /**< Address of AP/STA involved with this filter set */
uint8 tfs_id; /**< TFS ID field chosen by STA host */
uint8 status; /**< Internal status TFS_STATUS_xxx */
uint8 actcode; /**< Action code DOT11_TFS_ACTCODE_xxx */
uint8 token; /**< Token used in last request frame */
uint8 notify; /**< Notify frame sent/received because of this set */
uint8 filter_cnt; /**< count of all wl_tfs_filter_t in filter array */
uint8 filter[1]; /**< VLA of wl_tfs_filter_t */
} wl_tfs_fset_t;
#define WL_TFS_FSET_FIXED_SIZE OFFSETOF(wl_tfs_fset_t, filter)
enum {
TFS_STATUS_DISABLED = 0, /**< TFS filter set disabled by user */
TFS_STATUS_DISABLING = 1, /**< Empty request just sent to AP */
TFS_STATUS_VALIDATED = 2, /**< Filter set validated by AP (but maybe not enabled!) */
TFS_STATUS_VALIDATING = 3, /**< Filter set just sent to AP */
TFS_STATUS_NOT_ASSOC = 4, /**< STA not associated */
TFS_STATUS_NOT_SUPPORT = 5, /**< TFS not supported by AP */
TFS_STATUS_DENIED = 6, /**< Filter set refused by AP (=> all sets are disabled!) */
};
typedef struct wl_tfs_status {
uint8 fset_cnt; /**< count of all wl_tfs_fset_t in fset array */
wl_tfs_fset_t fset[BCM_FLEX_ARRAY]; /**< VLA of wl_tfs_fset_t */
} wl_tfs_status_t;
typedef struct wl_tfs_set {
uint8 send; /**< Immediatly register registered sets on AP side */
uint8 tfs_id; /**< ID of a specific set (existing or new), or nul for all */
uint8 actcode; /**< Action code for this filter set */
uint8 tclas_proc; /**< TCLAS processing operator for this filter set */
} wl_tfs_set_t;
typedef struct wl_tfs_term {
uint8 del; /**< Delete internal set once confirmation received */
uint8 tfs_id; /**< ID of a specific set (existing), or nul for all */
} wl_tfs_term_t;
#define DMS_DEP_PROXY_ARP (1 << 0)
/* Definitions for WNM/NPS Directed Multicast Service */
enum {
DMS_STATUS_DISABLED = 0, /**< DMS desc disabled by user */
DMS_STATUS_ACCEPTED = 1, /**< Request accepted by AP */
DMS_STATUS_NOT_ASSOC = 2, /**< STA not associated */
DMS_STATUS_NOT_SUPPORT = 3, /**< DMS not supported by AP */
DMS_STATUS_DENIED = 4, /**< Request denied by AP */
DMS_STATUS_TERM = 5, /**< Request terminated by AP */
DMS_STATUS_REMOVING = 6, /**< Remove request just sent */
DMS_STATUS_ADDING = 7, /**< Add request just sent */
DMS_STATUS_ERROR = 8, /**< Non compliant AP behvior */
DMS_STATUS_IN_PROGRESS = 9, /**< Request just sent */
DMS_STATUS_REQ_MISMATCH = 10, /**< Conditions for sending DMS req not met */
DMS_STATUS_TIMEOUT = 11 /**< Request Time out */
};
typedef struct wl_dms_desc {
uint8 user_id;
uint8 status;
uint8 token;
uint8 dms_id;
uint8 tclas_proc;
uint8 mac_len; /**< length of all ether_addr in data array, 0 if STA */
uint8 tclas_len; /**< length of all wl_tclas_t in data array */
uint8 data[1]; /**< VLA of ether_addr and wl_tclas_t (in this order ) */
} wl_dms_desc_t;
#define WL_DMS_DESC_FIXED_SIZE OFFSETOF(wl_dms_desc_t, data)
typedef struct wl_dms_status {
uint32 cnt;
wl_dms_desc_t desc[BCM_FLEX_ARRAY];
} wl_dms_status_t;
typedef struct wl_dms_set {
uint8 send;
uint8 user_id;
uint8 tclas_proc;
} wl_dms_set_t;
typedef struct wl_dms_term {
uint8 del;
uint8 user_id;
} wl_dms_term_t;
typedef struct wl_service_term {
uint8 service;
union {
wl_dms_term_t dms;
} u;
} wl_service_term_t;
/** Definitions for WNM/NPS BSS Transistion */
#define WL_BSSTRANS_QUERY_VERSION_1 1
typedef struct wl_bsstrans_query {
uint16 version; /* structure version */
uint16 pad0; /* padding for 4-byte allignment */
wlc_ssid_t ssid; /* SSID of NBR elem to be queried for */
uint8 reason; /* Reason code of the BTQ */
uint8 PAD[3]; /* padding for 4-byte allignment */
} wl_bsstrans_query_t;
#define BTM_QUERY_NBR_COUNT_MAX 16
#define WL_BTQ_NBR_LIST_VERSION_1 1
typedef struct wl_btq_nbr_list {
uint16 version; /* structure version */
uint8 count; /* No. of BTQ NBRs returned */
uint8 PAD; /* padding for 4-byte allignment */
nbr_rpt_elem_t btq_nbt_elem[]; /* BTQ NBR elem in a BTQ NBR list */
} wl_btq_nbr_list_t;
typedef struct wl_bsstrans_req {
uint16 tbtt; /**< time of BSS to end of life, in unit of TBTT */
uint16 dur; /**< time of BSS to keep off, in unit of minute */
uint8 reqmode; /**< request mode of BSS transition request */
uint8 unicast; /**< request by unicast or by broadcast */
} wl_bsstrans_req_t;
enum {
BSSTRANS_RESP_AUTO = 0, /**< Currently equivalent to ENABLE */
BSSTRANS_RESP_DISABLE = 1, /**< Never answer BSS Trans Req frames */
BSSTRANS_RESP_ENABLE = 2, /**< Always answer Req frames with preset data */
BSSTRANS_RESP_WAIT = 3, /**< Send ind, wait and/or send preset data (NOT IMPL) */
BSSTRANS_RESP_IMMEDIATE = 4 /**< After an ind, set data and send resp (NOT IMPL) */
};
typedef struct wl_bsstrans_resp {
uint8 policy;
uint8 status;
uint8 delay;
struct ether_addr target;
} wl_bsstrans_resp_t;
/* "wnm_bsstrans_policy" argument programs behavior after BSSTRANS Req reception.
* BSS-Transition feature is used by multiple programs such as NPS-PF, VE-PF,
* Band-steering, Hotspot 2.0 and customer requirements. Each PF and its test plan
* mandates different behavior on receiving BSS-transition request. To accomodate
* such divergent behaviors these policies have been created.
*/
typedef enum {
WL_BSSTRANS_POLICY_ROAM_ALWAYS = 0, /**< Roam (or disassociate) in all cases */
WL_BSSTRANS_POLICY_ROAM_IF_MODE = 1, /**< Roam only if requested by Request Mode field */
WL_BSSTRANS_POLICY_ROAM_IF_PREF = 2, /**< Roam only if Preferred BSS provided */
WL_BSSTRANS_POLICY_WAIT = 3, /**< Wait for deauth and send Accepted status */
WL_BSSTRANS_POLICY_PRODUCT = 4, /**< Policy for real product use cases */
WL_BSSTRANS_POLICY_PRODUCT_WBTEXT = 5, /**< Policy for real product use cases */
WL_BSSTRANS_POLICY_MBO = 6, /**< Policy for MBO certification */
WL_BSSTRANS_POLICY_T2LM = 7, /**< Policy for TID-to-link mapping use-case */
WL_BSSTRANS_POLICY_MAX = 8
} wnm_bsstrans_policy_type_t;
/** Definitions for WNM/NPS TIM Broadcast */
typedef struct wl_timbc_offset {
int16 offset; /**< offset in us */
uint16 fix_intv; /**< override interval sent from STA */
uint16 rate_override; /**< use rate override to send high rate TIM broadcast frame */
uint8 tsf_present; /**< show timestamp in TIM broadcast frame */
uint8 PAD;
} wl_timbc_offset_t;
typedef struct wl_timbc_set {
uint8 interval; /**< Interval in DTIM wished or required. */
uint8 flags; /**< Bitfield described below */
uint16 rate_min; /**< Minimum rate required for High/Low TIM frames. Optionnal */
uint16 rate_max; /**< Maximum rate required for High/Low TIM frames. Optionnal */
} wl_timbc_set_t;
enum {
WL_TIMBC_SET_TSF_REQUIRED = 1, /**< Enable TIMBC only if TSF in TIM frames */
WL_TIMBC_SET_NO_OVERRIDE = 2, /**< ... if AP does not override interval */
WL_TIMBC_SET_PROXY_ARP = 4, /**< ... if AP support Proxy ARP */
WL_TIMBC_SET_DMS_ACCEPTED = 8 /**< ... if all DMS desc have been accepted */
};
typedef struct wl_timbc_status {
uint8 status_sta; /**< Status from internal state machine (check below) */
uint8 status_ap; /**< From AP response frame (check 8.4.2.86 from 802.11) */
uint8 interval;
uint8 PAD;
int32 offset;
uint16 rate_high;
uint16 rate_low;
} wl_timbc_status_t;
enum {
WL_TIMBC_STATUS_DISABLE = 0, /**< TIMBC disabled by user */
WL_TIMBC_STATUS_REQ_MISMATCH = 1, /**< AP settings do no match user requirements */
WL_TIMBC_STATUS_NOT_ASSOC = 2, /**< STA not associated */
WL_TIMBC_STATUS_NOT_SUPPORT = 3, /**< TIMBC not supported by AP */
WL_TIMBC_STATUS_DENIED = 4, /**< Req to disable TIMBC sent to AP */
WL_TIMBC_STATUS_ENABLE = 5 /**< TIMBC enabled */
};
/** Definitions for PM2 Dynamic Fast Return To Sleep */
typedef struct wl_pm2_sleep_ret_ext {
uint8 logic; /**< DFRTS logic: see WL_DFRTS_LOGIC_* below */
uint8 trctl; /**< DFRTS transition/revert control */
uint16 low_ms; /**< Low FRTS timeout */
uint16 high_ms; /**< High FRTS timeout */
uint16 rx_pkts_threshold; /**< switching threshold: # rx pkts */
uint16 tx_pkts_threshold; /**< switching threshold: # tx pkts */
uint16 txrx_pkts_threshold; /**< switching threshold: # (tx+rx) pkts */
uint32 rx_bytes_threshold; /**< switching threshold: # rx bytes */
uint32 tx_bytes_threshold; /**< switching threshold: # tx bytes */
uint32 txrx_bytes_threshold; /**< switching threshold: # (tx+rx) bytes */
} wl_pm2_sleep_ret_ext_t;
/* Values for the logic field */
#define WL_DFRTS_LOGIC_OFF 0 /**< Feature is disabled */
#define WL_DFRTS_LOGIC_OR 1 /**< OR all non-zero threshold conditions */
#define WL_DFRTS_LOGIC_AND 2 /**< AND all non-zero threshold conditions */
/* Values for the trctl field */
#define WL_DFRTS_REVERT_CNT 0x07u /**< Revert after N periods < threshold */
/* Values for the passive_on_restricted_mode iovar. When set to non-zero, this iovar
* disables automatic conversions of a channel from passively scanned to
* actively scanned. These values only have an effect for country codes such
* as XZ where some 5 GHz channels are defined to be passively scanned.
*/
#define WL_PASSACTCONV_DISABLE_NONE 0 /**< Enable permanent and temporary conversions */
#define WL_PASSACTCONV_DISABLE_ALL 1 /**< Disable permanent and temporary conversions */
#define WL_PASSACTCONV_DISABLE_PERM 2 /**< Disable only permanent conversions */
/* Definitions for Reliable Multicast */
#define WL_RMC_CNT_VERSION 1
#define WL_RMC_TR_VERSION 1
#define WL_RMC_MAX_CLIENT 32
#define WL_RMC_FLAG_INBLACKLIST 1
#define WL_RMC_FLAG_ACTIVEACKER 2
#define WL_RMC_FLAG_RELMCAST 4
#define WL_RMC_MAX_TABLE_ENTRY 4
#define WL_RMC_VER 1
#define WL_RMC_INDEX_ACK_ALL 255
#define WL_RMC_NUM_OF_MC_STREAMS 4
#define WL_RMC_MAX_TRS_PER_GROUP 1
#define WL_RMC_MAX_TRS_IN_ACKALL 1
#define WL_RMC_ACK_MCAST0 0x02
#define WL_RMC_ACK_MCAST_ALL 0x01
#define WL_RMC_ACTF_TIME_MIN 300 /**< time in ms */
#define WL_RMC_ACTF_TIME_MAX 20000 /**< time in ms */
#define WL_RMC_MAX_NUM_TRS 32 /**< maximun transmitters allowed */
#define WL_RMC_ARTMO_MIN 350 /**< time in ms */
#define WL_RMC_ARTMO_MAX 40000 /**< time in ms */
/* RMC events in action frames */
enum rmc_opcodes {
RELMCAST_ENTRY_OP_DISABLE = 0, /**< Disable multi-cast group */
RELMCAST_ENTRY_OP_DELETE = 1, /**< Delete multi-cast group */
RELMCAST_ENTRY_OP_ENABLE = 2, /**< Enable multi-cast group */
RELMCAST_ENTRY_OP_ACK_ALL = 3 /**< Enable ACK ALL bit in AMT */
};
/* RMC operational modes */
enum rmc_modes {
WL_RMC_MODE_RECEIVER = 0, /**< Receiver mode by default */
WL_RMC_MODE_TRANSMITTER = 1, /**< Transmitter mode using wl ackreq */
WL_RMC_MODE_INITIATOR = 2 /**< Initiator mode using wl ackreq */
};
/** Each RMC mcast client info */
typedef struct wl_relmcast_client {
uint8 flag; /**< status of client such as AR, R, or blacklisted */
uint8 PAD;
int16 rssi; /**< rssi value of RMC client */
struct ether_addr addr; /**< mac address of RMC client */
} wl_relmcast_client_t;
/** RMC Counters */
typedef struct wl_rmc_cnts {
uint16 version; /**< see definition of WL_CNT_T_VERSION */
uint16 length; /**< length of entire structure */
uint16 dupcnt; /**< counter for duplicate rmc MPDU */
uint16 ackreq_err; /**< counter for wl ackreq error */
uint16 af_tx_err; /**< error count for action frame transmit */
uint16 null_tx_err; /**< error count for rmc null frame transmit */
uint16 af_unicast_tx_err; /**< error count for rmc unicast frame transmit */
uint16 mc_no_amt_slot; /**< No mcast AMT entry available */
/* Unused. Keep for rom compatibility */
uint16 mc_no_glb_slot; /**< No mcast entry available in global table */
uint16 mc_not_mirrored; /**< mcast group is not mirrored */
uint16 mc_existing_tr; /**< mcast group is already taken by transmitter */
uint16 mc_exist_in_amt; /**< mcast group is already programmed in amt */
/* Unused. Keep for rom compatibility */
uint16 mc_not_exist_in_gbl; /**< mcast group is not in global table */
uint16 mc_not_exist_in_amt; /**< mcast group is not in AMT table */
uint16 mc_utilized; /**< mcast addressed is already taken */
uint16 mc_taken_other_tr; /**< multi-cast addressed is already taken */
uint32 rmc_rx_frames_mac; /**< no of mc frames received from mac */
uint32 rmc_tx_frames_mac; /**< no of mc frames transmitted to mac */
uint32 mc_null_ar_cnt; /**< no. of times NULL AR is received */
uint32 mc_ar_role_selected; /**< no. of times took AR role */
uint32 mc_ar_role_deleted; /**< no. of times AR role cancelled */
uint32 mc_noacktimer_expired; /**< no. of times noack timer expired */
uint16 mc_no_wl_clk; /**< no wl clk detected when trying to access amt */
uint16 mc_tr_cnt_exceeded; /**< No of transmitters in the network exceeded */
} wl_rmc_cnts_t;
/** RMC Status */
typedef struct wl_relmcast_st {
uint8 ver; /**< version of RMC */
uint8 num; /**< number of clients detected by transmitter */
wl_relmcast_client_t clients[WL_RMC_MAX_CLIENT];
uint16 err; /**< error status (used in infra) */
uint16 actf_time; /**< action frame time period */
} wl_relmcast_status_t;
/** Entry for each STA/node */
typedef struct wl_rmc_entry {
/* operation on multi-cast entry such add,
* delete, ack-all
*/
int8 flag;
struct ether_addr addr; /**< multi-cast group mac address */
} wl_rmc_entry_t;
/** RMC table */
typedef struct wl_rmc_entry_table {
uint8 index; /**< index to a particular mac entry in table */
uint8 opcode; /**< opcodes or operation on entry */
wl_rmc_entry_t entry[WL_RMC_MAX_TABLE_ENTRY];
} wl_rmc_entry_table_t;
typedef struct wl_rmc_trans_elem {
struct ether_addr tr_mac; /**< transmitter mac */
struct ether_addr ar_mac; /**< ar mac */
uint16 artmo; /**< AR timeout */
uint8 amt_idx; /**< amt table entry */
uint8 PAD;
uint16 flag; /**< entry will be acked, not acked, programmed, full etc */
} wl_rmc_trans_elem_t;
/** RMC transmitters */
typedef struct wl_rmc_trans_in_network {
uint8 ver; /**< version of RMC */
uint8 num_tr; /**< number of transmitters in the network */
wl_rmc_trans_elem_t trs[WL_RMC_MAX_NUM_TRS];
} wl_rmc_trans_in_network_t;
/** To update vendor specific ie for RMC */
typedef struct wl_rmc_vsie {
uint8 oui[DOT11_OUI_LEN];
uint8 PAD;
uint16 payload; /**< IE Data Payload */
} wl_rmc_vsie_t;
/* structures & defines for proximity detection */
enum proxd_method {
PROXD_UNDEFINED_METHOD = 0,
PROXD_RSSI_METHOD = 1,
PROXD_TOF_METHOD = 2
};
/* structures for proximity detection device role */
#define WL_PROXD_MODE_DISABLE 0
#define WL_PROXD_MODE_NEUTRAL 1
#define WL_PROXD_MODE_INITIATOR 2
#define WL_PROXD_MODE_TARGET 3
#define WL_PROXD_ACTION_STOP 0
#define WL_PROXD_ACTION_START 1
#define WL_PROXD_FLAG_TARGET_REPORT 0x1
#define WL_PROXD_FLAG_REPORT_FAILURE 0x2
#define WL_PROXD_FLAG_INITIATOR_REPORT 0x4
#define WL_PROXD_FLAG_NOCHANSWT 0x8
#define WL_PROXD_FLAG_NETRUAL 0x10
#define WL_PROXD_FLAG_INITIATOR_RPTRTT 0x20
#define WL_PROXD_FLAG_ONEWAY 0x40
#define WL_PROXD_FLAG_SEQ_EN 0x80
#define WL_PROXD_FLAG_DUMP_CHANNEL_ESTIMATES 0x100
#define WL_PROXD_SETFLAG_K 0x1 /**< Delay K factor for initiator/target */
#define WL_PROXD_SETFLAG_N 0x2 /**< Thresh crossing params for 5g/2g sequence */
#define WL_PROXD_SETFLAG_S 0x4 /**< Simple threshold crossing values for 5g/2g */
#define WL_PROXD_SETFLAG_C 0x8 /**< 2G GD offsets for core 0/1 */
#define WL_PROXD_SETFLAG_D 0x10 /**< 5G GD offsets for core 0/1 */
#define WL_PROXD_RANDOM_WAKEUP 0x8000
#define WL_PROXD_MAXREPORT 8
typedef struct wl_proxd_iovar {
uint16 method; /**< Proximity Detection method */
uint16 mode; /**< Mode (neutral, initiator, target) */
} wl_proxd_iovar_t;
/*
* structures for proximity detection parameters
* consists of two parts, common and method specific params
* common params should be placed at the beginning
*/
typedef struct wl_proxd_params_common {
chanspec_t chanspec; /**< channel spec */
int16 tx_power; /**< tx power of Proximity Detection(PD) frames (in dBm) */
uint16 tx_rate; /**< tx rate of PD rames (in 500kbps units) */
uint16 timeout; /**< timeout value */
uint16 interval; /**< interval between neighbor finding attempts (in TU) */
uint16 duration; /**< duration of neighbor finding attempts (in ms) */
} wl_proxd_params_common_t;
typedef struct wl_proxd_params_rssi_method {
chanspec_t chanspec; /**< chanspec for home channel */
int16 tx_power; /**< tx power of Proximity Detection frames (in dBm) */
uint16 tx_rate; /**< tx rate of PD frames, 500kbps units */
uint16 timeout; /**< state machine wait timeout of the frames (in ms) */
uint16 interval; /**< interval between neighbor finding attempts (in TU) */
uint16 duration; /**< duration of neighbor finding attempts (in ms) */
/* method specific ones go after this line */
int16 rssi_thresh; /**< RSSI threshold (in dBm) */
uint16 maxconvergtmo; /**< max wait converge timeout (in ms) */
} wl_proxd_params_rssi_method_t;
#define Q1_NS 25 /**< Q1 time units */
/* Number of bandwidth that the TOF can support */
#define TOF_BW_NUM 3
/* Number of total index including seq tx/rx idx */
#define TOF_BW_SEQ_NUM 5
#define TOF_SEQ_KVAL_2G_CHANOFFS_LEN 4u /* Channel offets for 2G, 1, 2-7, 8-10, 11-13 */
#define TOF_SEQ_KVAL_5G_CHANOFFS_LEN 4u /* Channel offets for 5G, 42, 58, 106-139, 155 */
enum tof_seq_kval_2g_chan_offset {
TOF_SEQ_KVAL_2G_CHANOFF_COREID = 0, /* core id */
TOF_SEQ_KVAL_2G_CHANOFF_GROUP1 = 1, /* channels: 1 */
TOF_SEQ_KVAL_2G_CHANOFF_GROUP2 = 2, /* channels: 2-7 */
TOF_SEQ_KVAL_2G_CHANOFF_GROUP3 = 3, /* channels: 8-10 */
TOF_SEQ_KVAL_2G_CHANOFF_GROUP4 = 4 /* channels: 11-13 */
};
enum tof_seq_kval_5g_chan_offset {
TOF_SEQ_KVAL_5G_CHANOFF_COREID = 0, /* core id */
TOF_SEQ_KVAL_5G_CHANOFF_GROUP1 = 1, /* channels: 42 */
TOF_SEQ_KVAL_5G_CHANOFF_GROUP2 = 2, /* channels: 58 */
TOF_SEQ_KVAL_5G_CHANOFF_GROUP3 = 3, /* channels: 106-139 */
TOF_SEQ_KVAL_5G_CHANOFF_GROUP4 = 4 /* channels: 155 */
};
enum tof_bw_index {
TOF_BW_20MHZ_INDEX = 0,
TOF_BW_40MHZ_INDEX = 1,
TOF_BW_80MHZ_INDEX = 2,
TOF_BW_SEQTX_INDEX = 3,
TOF_BW_SEQRX_INDEX = 4
};
/*
* Version 2 of above bw defines
* and enum tof_bw_index,
* with advent of 160 MHz
*/
#define TOF_BW_NUM_V2 4u
#define TOF_BW_SEQ_NUM_V2 6u
enum tof_bw_index_v2 {
TOF_BW_20MHZ_INDEX_V2 = 0,
TOF_BW_40MHZ_INDEX_V2 = 1,
TOF_BW_80MHZ_INDEX_V2 = 2,
TOF_BW_160MHZ_INDEX_V2 = 3,
TOF_BW_SEQTX_INDEX_V2 = 4,
TOF_BW_SEQRX_INDEX_V2 = 5
};
#define BANDWIDTH_BASE 20 /**< base value of bandwidth */
#define TOF_BW_20MHZ (BANDWIDTH_BASE << TOF_BW_20MHZ_INDEX_V2)
#define TOF_BW_40MHZ (BANDWIDTH_BASE << TOF_BW_40MHZ_INDEX_V2)
#define TOF_BW_80MHZ (BANDWIDTH_BASE << TOF_BW_80MHZ_INDEX_V2)
#define TOF_BW_160MHZ (BANDWIDTH_BASE << TOF_BW_160MHZ_INDEX_V2)
#define TOF_BW_10MHZ 10
#define NFFT_BASE 64 /**< base size of fft */
#define TOF_NFFT_20MHZ (NFFT_BASE << TOF_BW_20MHZ_INDEX_V2)
#define TOF_NFFT_40MHZ (NFFT_BASE << TOF_BW_40MHZ_INDEX_V2)
#define TOF_NFFT_80MHZ (NFFT_BASE << TOF_BW_80MHZ_INDEX_V2)
#define TOF_NFFT_160MHZ (NFFT_BASE << TOF_BW_160MHZ_INDEX_V2)
typedef struct wl_proxd_params_tof_method {
chanspec_t chanspec; /**< chanspec for home channel */
int16 tx_power; /**< tx power of Proximity Detection(PD) frames (in dBm) */
uint16 tx_rate; /**< tx rate of PD rames (in 500kbps units) */
uint16 timeout; /**< state machine wait timeout of the frames (in ms) */
uint16 interval; /**< interval between neighbor finding attempts (in TU) */
uint16 duration; /**< duration of neighbor finding attempts (in ms) */
/* specific for the method go after this line */
struct ether_addr tgt_mac; /**< target mac addr for TOF method */
uint16 ftm_cnt; /**< number of the frames txed by initiator */
uint16 retry_cnt; /**< number of retransmit attampts for ftm frames */
int16 vht_rate; /**< ht or vht rate */
/* add more params required for other methods can be added here */
} wl_proxd_params_tof_method_t;
typedef struct wl_proxd_seq_config
{
int16 N_tx_log2;
int16 N_rx_log2;
int16 N_tx_scale;
int16 N_rx_scale;
int16 w_len;
int16 w_offset;
} wl_proxd_seq_config_t;
#define WL_PROXD_TUNE_VERSION_1 1
#define WL_PROXD_TUNE_VERSION_2 2
#include <packed_section_start.h>
/* For legacy ranging target (e.g. 43430, 43342) */
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_params_tof_tune_v1 {
uint32 version;
uint32 Ki; /**< h/w delay K factor for initiator */
uint32 Kt; /**< h/w delay K factor for target */
int16 vhtack; /**< enable/disable VHT ACK */
int16 N_log2[TOF_BW_SEQ_NUM]; /**< simple threshold crossing */
int16 w_offset[TOF_BW_NUM]; /**< offset of threshold crossing window(per BW) */
int16 w_len[TOF_BW_NUM]; /**< length of threshold crossing window(per BW) */
int32 maxDT; /**< max time difference of T4/T1 or T3/T2 */
int32 minDT; /**< min time difference of T4/T1 or T3/T2 */
uint8 totalfrmcnt; /**< total count of transfered measurement frames */
uint16 rsv_media; /**< reserve media value for TOF */
uint32 flags; /**< flags */
uint8 core; /**< core to use for tx */
uint8 setflags; /* set flags of K, N. S values */
int16 N_scale[TOF_BW_SEQ_NUM]; /**< simple threshold crossing */
uint8 sw_adj; /**< enable sw assisted timestamp adjustment */
uint8 hw_adj; /**< enable hw assisted timestamp adjustment */
uint8 seq_en; /**< enable ranging sequence */
uint8 ftm_cnt[TOF_BW_SEQ_NUM]; /**< number of ftm frames based on bandwidth */
int16 N_log2_2g; /**< simple threshold crossing for 2g channel */
int16 N_scale_2g; /**< simple threshold crossing for 2g channel */
wl_proxd_seq_config_t seq_5g20;
wl_proxd_seq_config_t seq_2g20; /* Thresh crossing params for 2G Sequence */
uint16 bitflip_thresh; /* bitflip threshold */
uint16 snr_thresh; /* SNR threshold */
int8 recv_2g_thresh; /* 2g recieve sensitivity threshold */
uint32 acs_gdv_thresh;
int8 acs_rssi_thresh;
uint8 smooth_win_en;
int32 emu_delay;
} BWL_POST_PACKED_STRUCT wl_proxd_params_tof_tune_v1_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
/* For legacy ranging initiator (including 4364) */
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_params_tof_tune_v2 {
uint32 version;
uint32 Ki; /**< h/w delay K factor for initiator */
uint32 Kt; /**< h/w delay K factor for target */
int16 vhtack; /**< enable/disable VHT ACK */
int16 N_log2[TOF_BW_SEQ_NUM]; /**< simple threshold crossing */
int16 w_offset[TOF_BW_NUM]; /**< offset of threshold crossing window(per BW) */
int16 w_len[TOF_BW_NUM]; /**< length of threshold crossing window(per BW) */
int32 maxDT; /**< max time difference of T4/T1 or T3/T2 */
int32 minDT; /**< min time difference of T4/T1 or T3/T2 */
uint8 totalfrmcnt; /**< total count of transfered measurement frames */
uint16 rsv_media; /**< reserve media value for TOF */
uint32 flags; /**< flags */
uint8 core; /**< core to use for tx */
uint8 setflags; /* set flags of K, N. S values */
int16 N_scale[TOF_BW_SEQ_NUM]; /**< simple threshold crossing */
uint8 sw_adj; /**< enable sw assisted timestamp adjustment */
uint8 hw_adj; /**< enable hw assisted timestamp adjustment */
uint8 seq_en; /**< enable ranging sequence */
uint8 ftm_cnt[TOF_BW_SEQ_NUM]; /**< number of ftm frames based on bandwidth */
int16 N_log2_2g; /**< simple threshold crossing for 2g channel */
int16 N_scale_2g; /**< simple threshold crossing for 2g channel */
wl_proxd_seq_config_t seq_5g20;
wl_proxd_seq_config_t seq_2g20; /* Thresh crossing params for 2G Sequence */
uint16 bitflip_thresh; /* bitflip threshold */
uint16 snr_thresh; /* SNR threshold */
int8 recv_2g_thresh; /* 2g recieve sensitivity threshold */
uint32 acs_gdv_thresh;
int8 acs_rssi_thresh;
uint8 smooth_win_en;
int32 acs_gdmm_thresh;
int8 acs_delta_rssi_thresh;
int32 emu_delay;
uint8 core_mask; /* core mask selection */
} BWL_POST_PACKED_STRUCT wl_proxd_params_tof_tune_v2_t;
#include <packed_section_end.h>
#define WL_PROXD_TUNE_VERSION_3 3
/* Future ranging support */
typedef struct wl_proxd_params_tof_tune_v3 {
uint16 version;
uint16 len;
uint32 Ki; /**< h/w delay K factor for initiator */
uint32 Kt; /**< h/w delay K factor for target */
int16 vhtack; /**< enable/disable VHT ACK */
int16 ch_offset_2gcore_val1; /**< ch 1 offset for core 0/1 */
int16 N_log2[TOF_BW_SEQ_NUM]; /**< simple threshold crossing */
int16 ch_offset_2gcore_val2; /**< ch 2-7 offset for core 0/1 */
int16 w_offset[TOF_BW_NUM]; /**< offset of threshold crossing window(per BW) */
int16 ch_offset_2gcore_val3; /**< ch 8-10 offset for core 0/1 */
int16 w_len[TOF_BW_NUM]; /**< length of threshold crossing window(per BW) */
int16 ch_offset_2gcore_val4; /**< ch 11-13 offset for core 0/1 */
int32 maxDT; /**< max time difference of T4/T1 or T3/T2 */
int32 minDT; /**< min time difference of T4/T1 or T3/T2 */
uint8 totalfrmcnt; /**< total count of transfered measurement frames */
uint8 PAD[3];
uint16 rsv_media; /**< reserve media value for TOF */
uint16 ch_offset_2gcore; /**< 2g core id */
uint32 flags; /**< flags */
uint8 core; /**< core to use for tx */
uint8 setflags; /* set flags of K, N, S, C values */
uint16 PAD;
int16 N_scale[TOF_BW_SEQ_NUM]; /**< simple threshold crossing */
uint8 sw_adj; /**< enable sw assisted timestamp adjustment */
uint8 hw_adj; /**< enable hw assisted timestamp adjustment */
uint8 seq_en; /**< enable ranging sequence */
uint8 PAD[3];
uint8 ftm_cnt[TOF_BW_SEQ_NUM]; /**< number of ftm frames based on bandwidth */
uint8 PAD[3];
int16 N_log2_2g; /**< simple threshold crossing for 2g channel */
int16 N_scale_2g; /**< simple threshold crossing for 2g channel */
wl_proxd_seq_config_t seq_5g20;
wl_proxd_seq_config_t seq_2g20; /* Thresh crossing params for 2G Sequence */
uint16 bitflip_thresh; /* bitflip threshold */
uint16 snr_thresh; /* SNR threshold */
int8 recv_2g_thresh; /* 2g recieve sensitivity threshold */
uint8 PAD[3];
uint32 acs_gdv_thresh;
int8 acs_rssi_thresh;
uint8 smooth_win_en;
uint16 PAD;
int32 acs_gdmm_thresh;
int8 acs_delta_rssi_thresh;
uint8 PAD[3];
int32 emu_delay;
uint8 core_mask; /* core mask selection */
uint8 PAD[3];
} wl_proxd_params_tof_tune_v3_t;
/*
* tof tune with 160 MHz support
*/
#define WL_PROXD_TUNE_VERSION_4 4u
typedef struct wl_proxd_params_tof_tune_v4 {
uint16 version;
uint16 len;
uint8 core; /**< core to use for tx */
uint8 setflags; /* set flags of K, N. S values */
uint8 totalfrmcnt; /**< total count of transfered measurement frames */
uint8 sw_adj; /**< enable sw assisted timestamp adjustment */
uint8 hw_adj; /**< enable hw assisted timestamp adjustment */
uint8 seq_en; /**< enable ranging sequence */
uint8 smooth_win_en;
uint8 core_mask; /* core mask selection */
int8 recv_2g_thresh; /* 2g recieve sensitivity threshold */
int8 acs_rssi_thresh;
int8 acs_delta_rssi_thresh;
uint8 ftm_cnt[TOF_BW_SEQ_NUM_V2]; /**< no. of ftm frames based on bw */
uint8 PAD[3]; /* Use this for any int8/16 uint8/16 ext in future */
uint16 rsv_media; /**< reserve media value for TOF */
uint16 bitflip_thresh; /* bitflip threshold */
uint16 snr_thresh; /* SNR threshold */
int16 vhtack; /**< enable/disable VHT ACK */
int16 N_log2_2g; /**< simple threshold crossing for 2g channel */
int16 N_scale_2g; /**< simple threshold crossing for 2g channel */
int16 N_log2[TOF_BW_SEQ_NUM_V2]; /**< simple threshold crossing */
int16 w_offset[TOF_BW_NUM_V2]; /**< offset of thresh crossing window(per BW) */
int16 w_len[TOF_BW_NUM_V2]; /**< length of thresh crossing window(per BW) */
int16 N_scale[TOF_BW_SEQ_NUM_V2]; /**< simple threshold crossing */
uint32 Ki; /**< h/w delay K factor for initiator */
uint32 Kt; /**< h/w delay K factor for target */
uint32 flags; /**< flags */
uint32 acs_gdv_thresh;
int32 maxDT; /**< max time difference of T4/T1 or T3/T2 */
int32 minDT; /**< min time difference of T4/T1 or T3/T2 */
int32 acs_gdmm_thresh;
int32 emu_delay;
wl_proxd_seq_config_t seq_5g20; /* Thresh crossing params for 2G Sequence */
wl_proxd_seq_config_t seq_2g20; /* Thresh crossing params for 2G Sequence */
} wl_proxd_params_tof_tune_v4_t;
/*
* tof tune v5
*/
#define WL_PROXD_TUNE_VERSION_5 5u
typedef struct wl_proxd_params_tof_tune_v5 {
uint16 version;
uint16 len;
uint8 core; /**< core to use for tx */
uint8 setflags; /* set flags of K, N. S values */
uint8 totalfrmcnt; /**< total count of transfered measurement frames */
uint8 sw_adj; /**< enable sw assisted timestamp adjustment */
uint8 hw_adj; /**< enable hw assisted timestamp adjustment */
uint8 seq_en; /**< enable ranging sequence */
uint8 smooth_win_en; /**< enable smooth win with ifft from matched filter */
uint8 core_mask; /* core mask selection */
int8 recv_2g_thresh; /* 2g recieve sensitivity threshold */
int8 acs_rssi_thresh; /* RSSI threshold below which core will not be used
* for auto core selection.
*/
int8 acs_delta_rssi_thresh; /* threshold for RSSI delta from max. RSSI among cores */
uint8 ftm_cnt[TOF_BW_SEQ_NUM_V2]; /**< no. of ftm frames based on bw */
uint8 PAD; /* Use this for any int8/uint8 ext in future */
uint16 ch_offset_2gcore; /**< 2g core (0/1) to apply ch_offset_2g_core_valN values */
uint16 rsv_media; /**< reserve media value for TOF */
uint16 bitflip_thresh; /* bitflip threshold */
uint16 snr_thresh; /* SNR threshold */
int16 vhtack; /**< enable/disable VHT ACK */
int16 N_log2_2g; /**< simple threshold crossing for 2g channel */
int16 N_scale_2g; /**< simple threshold crossing for 2g channel */
int16 N_log2[TOF_BW_SEQ_NUM_V2]; /**< simple threshold crossing */
int16 w_offset[TOF_BW_NUM_V2]; /**< offset of thresh crossing window(per BW) */
int16 w_len[TOF_BW_NUM_V2]; /**< length of thresh crossing window(per BW) */
int16 N_scale[TOF_BW_SEQ_NUM_V2]; /**< simple threshold crossing */
uint32 Ki; /**< h/w delay K factor for initiator */
uint32 Kt; /**< h/w delay K factor for target */
uint32 flags; /**< flags */
uint32 acs_gdv_thresh; /* Group delay variance threshold below which
* core not used for auto core selection.
*/
int32 maxDT; /**< max time difference of T4/T1 or T3/T2 */
int32 minDT; /**< min time difference of T4/T1 or T3/T2 */
int32 acs_gdmm_thresh; /**< Threshold for group delay max - min */
int32 emu_delay; /**< Inserted delay by the chan emulator 10th of nano-sec */
wl_proxd_seq_config_t seq_5g20; /* Thresh crossing params for 5G Sequence */
wl_proxd_seq_config_t seq_2g20; /* Thresh crossing params for 2G Sequence */
/* ch_offset_2gcore_valN: Group Delay offset values used to correct distance calculation.
* units are in tenth of nano-sec.
*/
int16 ch_offset_2gcore_val1; /* ch 1 offset for core specified by ch_offset_2gcore */
int16 ch_offset_2gcore_val2; /* ch 2-7 offset for core specified by ch_offset_2gcore */
int16 ch_offset_2gcore_val3; /* ch 8-10 offset for core specified by ch_offset_2gcore */
int16 ch_offset_2gcore_val4; /* ch 11-13 offset for core specified by ch_offset_2gcore */
uint8 PAD[2];
uint16 ch_offset_5gcore; /**< 5g core (0/1) to apply ch_offset_5g_core_valN values */
/* ch_offset_5gcore_valN: Group Delay offset values used to correct distance calculation.
* units are in tenth of nano-sec.
*/
int16 ch_offset_5gcore_val1; /* ch 42 offset for core specified by ch_offset_5gcore */
int16 ch_offset_5gcore_val2; /* ch 58 offset for core specified by ch_offset_5gcore */
int16 ch_offset_5gcore_val3; /* ch 106-138 ofst for core specified by ch_offset_5gcore */
int16 ch_offset_5gcore_val4; /* ch 155 offset for core specified by ch_offset_5gcore */
} wl_proxd_params_tof_tune_v5_t;
/*
* tof tune v4 with negative kvalue support
*/
#define WL_PROXD_TUNE_VERSION_6 6u
typedef struct wl_proxd_params_tof_tune_v6 {
uint16 version;
uint16 len;
uint8 core; /**< core to use for tx */
uint8 setflags; /* set flags of K, N. S values */
uint8 totalfrmcnt; /**< total count of transfered measurement frames */
uint8 sw_adj; /**< enable sw assisted timestamp adjustment */
uint8 hw_adj; /**< enable hw assisted timestamp adjustment */
uint8 seq_en; /**< enable ranging sequence */
uint8 smooth_win_en;
uint8 core_mask; /* core mask selection */
int8 recv_2g_thresh; /* 2g recieve sensitivity threshold */
int8 acs_rssi_thresh;
int8 acs_delta_rssi_thresh;
uint8 ftm_cnt[TOF_BW_SEQ_NUM_V2]; /**< no. of ftm frames based on bw */
uint8 PAD[3]; /* Use this for any int8/16 uint8/16 ext in future */
uint16 rsv_media; /**< reserve media value for TOF */
uint16 bitflip_thresh; /* bitflip threshold */
uint16 snr_thresh; /* SNR threshold */
int16 vhtack; /**< enable/disable VHT ACK */
int16 N_log2_2g; /**< simple threshold crossing for 2g channel */
int16 N_scale_2g; /**< simple threshold crossing for 2g channel */
int16 N_log2[TOF_BW_SEQ_NUM_V2]; /**< simple threshold crossing */
int16 w_offset[TOF_BW_NUM_V2]; /**< offset of thresh crossing window(per BW) */
int16 w_len[TOF_BW_NUM_V2]; /**< length of thresh crossing window(per BW) */
int16 N_scale[TOF_BW_SEQ_NUM_V2]; /**< simple threshold crossing */
int32 Ki; /**< h/w delay K factor for initiator */
int32 Kt; /**< h/w delay K factor for target */
uint32 flags; /**< flags */
uint32 acs_gdv_thresh;
int32 maxDT; /**< max time difference of T4/T1 or T3/T2 */
int32 minDT; /**< min time difference of T4/T1 or T3/T2 */
int32 acs_gdmm_thresh;
int32 emu_delay;
wl_proxd_seq_config_t seq_5g20; /* Thresh crossing params for 2G Sequence */
wl_proxd_seq_config_t seq_2g20; /* Thresh crossing params for 2G Sequence */
} wl_proxd_params_tof_tune_v6_t;
typedef struct wl_proxd_params_iovar {
uint16 method; /**< Proximity Detection method */
uint8 PAD[2];
union {
/* common params for pdsvc */
wl_proxd_params_common_t cmn_params; /**< common parameters */
/* method specific */
wl_proxd_params_rssi_method_t rssi_params; /**< RSSI method parameters */
wl_proxd_params_tof_method_t tof_params; /**< TOF method parameters */
/* tune parameters */
wl_proxd_params_tof_tune_v3_t tof_tune; /**< TOF tune parameters */
} u; /**< Method specific optional parameters */
} wl_proxd_params_iovar_t;
/*
* proxd param iov with 160 MHz support
*/
#define WL_PROXD_IOVAR_VERSION_2 2u
typedef struct wl_proxd_params_iovar_v2 {
uint16 version;
uint16 len;
uint16 method; /**< Proximity Detection method */
uint16 PAD;
union {
/* common params for pdsvc */
wl_proxd_params_common_t cmn_params; /**< common parameters */
/* method specific */
wl_proxd_params_rssi_method_t rssi_params; /**< RSSI method parameters */
wl_proxd_params_tof_method_t tof_params; /**< TOF method parameters */
/* tune parameters */
wl_proxd_params_tof_tune_v4_t tof_tune; /**< TOF tune parameters */
} u; /**< Method specific optional parameters */
uint8 tlv_params[]; /* xtlvs for variable ext params */
} wl_proxd_params_iovar_v2_t;
#define WL_PROXD_IOVAR_VERSION_3 3u
typedef struct wl_proxd_params_iovar_v3 {
uint16 version;
uint16 len;
uint16 method; /**< Proximity Detection method */
uint16 PAD;
union {
/* common params for pdsvc */
wl_proxd_params_common_t cmn_params; /**< common parameters */
/* method specific */
wl_proxd_params_rssi_method_t rssi_params; /**< RSSI method parameters */
wl_proxd_params_tof_method_t tof_params; /**< TOF method parameters */
/* tune parameters */
wl_proxd_params_tof_tune_v5_t tof_tune; /**< TOF tune parameters */
} u; /**< Method specific optional parameters */
uint8 tlv_params[]; /* xtlvs for variable ext params */
} wl_proxd_params_iovar_v3_t;
/*
* proxd param iov with negative kvalue support
*/
#define WL_PROXD_IOVAR_VERSION_4 4u
typedef struct wl_proxd_params_iovar_v4 {
uint16 version;
uint16 len;
uint16 method; /**< Proximity Detection method */
uint16 PAD;
union {
/* common params for pdsvc */
wl_proxd_params_common_t cmn_params; /**< common parameters */
/* method specific */
wl_proxd_params_rssi_method_t rssi_params; /**< RSSI method parameters */
wl_proxd_params_tof_method_t tof_params; /**< TOF method parameters */
/* tune parameters */
wl_proxd_params_tof_tune_v6_t tof_tune; /**< TOF tune parameters */
} u; /**< Method specific optional parameters */
uint8 tlv_params[]; /* xtlvs for variable ext params */
} wl_proxd_params_iovar_v4_t;
#define PROXD_COLLECT_GET_STATUS 0
#define PROXD_COLLECT_SET_STATUS 1
#define PROXD_COLLECT_QUERY_HEADER 2
#define PROXD_COLLECT_QUERY_DATA 3
#define PROXD_COLLECT_QUERY_DEBUG 4
#define PROXD_COLLECT_REMOTE_REQUEST 5
#define PROXD_COLLECT_DONE 6
typedef enum {
WL_PROXD_COLLECT_METHOD_TYPE_DISABLE = 0x0,
WL_PROXD_COLLECT_METHOD_TYPE_IOVAR = 0x1,
WL_PROXD_COLLECT_METHOD_TYPE_EVENT = 0x2,
WL_PROXD_COLLECT_METHOD_TYPE_EVENT_LOG = 0x4
} wl_proxd_collect_method_type_t;
typedef uint16 wl_proxd_collect_method_t; /* query status: method to send proxd collect */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_collect_query {
uint32 method; /**< method */
uint8 request; /**< Query request. */
uint8 status; /**< bitmask 0 -- disable, 0x1 -- enable collection, */
/* 0x2 -- Use generic event, 0x4 -- use event log */
uint16 index; /**< The current frame index [0 to total_frames - 1]. */
uint16 mode; /**< Initiator or Target */
uint8 busy; /**< tof sm is busy */
uint8 remote; /**< Remote collect data */
} BWL_POST_PACKED_STRUCT wl_proxd_collect_query_t;
#include <packed_section_end.h>
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_collect_header {
uint16 total_frames; /**< The total frames for this collect. */
uint16 nfft; /**< nfft value */
uint16 bandwidth; /**< bandwidth */
uint16 channel; /**< channel number */
uint32 chanspec; /**< channel spec */
uint32 fpfactor; /**< avb timer value factor */
uint16 fpfactor_shift; /**< avb timer value shift bits */
int32 distance; /**< distance calculated by fw */
uint32 meanrtt; /**< mean of RTTs */
uint32 modertt; /**< mode of RTTs */
uint32 medianrtt; /**< median of RTTs */
uint32 sdrtt; /**< standard deviation of RTTs */
uint32 clkdivisor; /**< clock divisor */
uint16 chipnum; /**< chip type */
uint8 chiprev; /**< chip revision */
uint8 phyver; /**< phy version */
struct ether_addr localMacAddr; /**< local mac address */
struct ether_addr remoteMacAddr; /**< remote mac address */
wl_proxd_params_tof_tune_v3_t params;
} BWL_POST_PACKED_STRUCT wl_proxd_collect_header_t;
#include <packed_section_end.h>
#define WL_PROXD_COLLECT_HEADER_VERSION_2 2u
typedef struct wl_proxd_collect_header_v2 {
uint16 version;
uint16 len;
uint8 chiprev; /**< chip revision */
uint8 phyver; /**< phy version */
uint8 PAD[2]; /* Use this for any int8/16 uint8/16 ext in future */
uint16 total_frames; /**< The total frames for this collect. */
uint16 nfft; /**< nfft value */
uint16 bandwidth; /**< bandwidth */
uint16 channel; /**< channel number */
uint16 fpfactor_shift; /**< avb timer value shift bits */
uint16 chipnum; /**< chip type */
uint32 chanspec; /**< channel spec */
uint32 fpfactor; /**< avb timer value factor */
uint32 meanrtt; /**< mean of RTTs */
uint32 modertt; /**< mode of RTTs */
uint32 medianrtt; /**< median of RTTs */
uint32 sdrtt; /**< standard deviation of RTTs */
uint32 clkdivisor; /**< clock divisor */
int32 distance; /**< distance calculated by fw */
struct ether_addr localMacAddr; /**< local mac address */
uint16 PAD; /* Use this for any int8/16 uint8/16 ext in future */
struct ether_addr remoteMacAddr; /**< remote mac address */
uint16 PAD; /* Use this for any int8/16 uint8/16 ext in future */
wl_proxd_params_tof_tune_v4_t params; /* TOF tune params */
uint8 tlv_params[]; /* xtlvs for variable ext params */
} wl_proxd_collect_header_v2_t;
/*
* proxd collect header with 160 MHz support
*/
#define WL_PROXD_COLLECT_HEADER_VERSION_3 3u
typedef struct wl_proxd_collect_header_v3 {
uint16 version;
uint16 len;
uint8 chiprev; /**< chip revision */
uint8 phyver; /**< phy version */
uint8 PAD[2]; /* Use this for any int8/16 uint8/16 ext in future */
uint16 total_frames; /**< The total frames for this collect. */
uint16 nfft; /**< nfft value */
uint16 bandwidth; /**< bandwidth */
uint16 channel; /**< channel number */
uint16 fpfactor_shift; /**< avb timer value shift bits */
uint16 chipnum; /**< chip type */
uint32 chanspec; /**< channel spec */
uint32 fpfactor; /**< avb timer value factor */
uint32 meanrtt; /**< mean of RTTs */
uint32 modertt; /**< mode of RTTs */
uint32 medianrtt; /**< median of RTTs */
uint32 sdrtt; /**< standard deviation of RTTs */
uint32 clkdivisor; /**< clock divisor */
int32 distance; /**< distance calculated by fw */
struct ether_addr localMacAddr; /**< local mac address */
uint16 PAD; /* Use this for any int8/16 uint8/16 ext in future */
struct ether_addr remoteMacAddr; /**< remote mac address */
uint16 PAD; /* Use this for any int8/16 uint8/16 ext in future */
wl_proxd_params_tof_tune_v5_t params; /* TOF tune params */
uint8 tlv_params[]; /* xtlvs for variable ext params */
} wl_proxd_collect_header_v3_t;
/*
* proxd collect header with negative kvalue support
*/
#define WL_PROXD_COLLECT_HEADER_VERSION_4 4u
typedef struct wl_proxd_collect_header_v4 {
uint16 version;
uint16 len;
uint8 chiprev; /**< chip revision */
uint8 phyver; /**< phy version */
uint8 PAD[2]; /* Use this for any int8/16 uint8/16 ext in future */
uint16 total_frames; /**< The total frames for this collect. */
uint16 nfft; /**< nfft value */
uint16 bandwidth; /**< bandwidth */
uint16 channel; /**< channel number */
uint16 fpfactor_shift; /**< avb timer value shift bits */
uint16 chipnum; /**< chip type */
uint32 chanspec; /**< channel spec */
uint32 fpfactor; /**< avb timer value factor */
uint32 meanrtt; /**< mean of RTTs */
uint32 modertt; /**< mode of RTTs */
uint32 medianrtt; /**< median of RTTs */
uint32 sdrtt; /**< standard deviation of RTTs */
uint32 clkdivisor; /**< clock divisor */
int32 distance; /**< distance calculated by fw */
struct ether_addr localMacAddr; /**< local mac address */
uint16 PAD; /* Use this for any int8/16 uint8/16 ext in future */
struct ether_addr remoteMacAddr; /**< remote mac address */
uint16 PAD; /* Use this for any int8/16 uint8/16 ext in future */
wl_proxd_params_tof_tune_v6_t params; /* TOF tune params */
uint8 tlv_params[]; /* xtlvs for variable ext params */
} wl_proxd_collect_header_v4_t;
/* ifdef WL_NAN */
/* ********************** NAN wl interface struct types and defs ******************** */
/*
* Uses new common IOVAR batch processing mechanism
*/
/*
* NAN config control
* Bits 0 - 23 can be set by host
* Bits 24 - 31 - Internal use for firmware, host cannot set it
*/
/*
* Bit 0 : If set to 1, means event uses nan bsscfg,
* otherwise uses infra bsscfg. Default is using infra bsscfg
*/
#define WL_NAN_CTRL_ROUTE_EVENT_VIA_NAN_BSSCFG 0x000001
/* If set, discovery beacons are transmitted on 2G band */
#define WL_NAN_CTRL_DISC_BEACON_TX_2G 0x000002
/* If set, sync beacons are transmitted on 2G band */
#define WL_NAN_CTRL_SYNC_BEACON_TX_2G 0x000004
/* If set, discovery beacons are transmitted on 5G band */
#define WL_NAN_CTRL_DISC_BEACON_TX_5G 0x000008
/* If set, sync beacons are transmitted on 5G band */
#define WL_NAN_CTRL_SYNC_BEACON_TX_5G 0x000010
/* If set, auto datapath responses will be sent by FW */
#define WL_NAN_CTRL_AUTO_DPRESP 0x000020
/* If set, auto datapath confirms will be sent by FW */
#define WL_NAN_CTRL_AUTO_DPCONF 0x000040
/* If set, auto schedule responses will be sent by FW */
#define WL_NAN_CTRL_AUTO_SCHEDRESP 0x000080
/* If set, auto schedule confirms will be sent by FW */
#define WL_NAN_CTRL_AUTO_SCHEDCONF 0x000100
/* If set, proprietary rates are supported by FW */
#define WL_NAN_CTRL_PROP_RATE 0x000200
/* If set, service awake_dw overrides global dev awake_dw */
#define WL_NAN_CTRL_SVC_OVERRIDE_DEV_AWAKE_DW 0x000400
/* If set, merge scan will be disabled */
#define WL_NAN_CTRL_SCAN_DISABLE 0x000800
/* If set, power save will be disabled */
#define WL_NAN_CTRL_POWER_SAVE_DISABLE 0x001000
/* If set, device will merge to configured CID only */
#define WL_NAN_CTRL_MERGE_CONF_CID_ONLY 0x002000
/* If set, 5g core will be brought down in single band NAN */
#define WL_NAN_CTRL_5G_SLICE_POWER_OPT 0x004000
#define WL_NAN_CTRL_DUMP_HEAP 0x008000
/* If set, host generates and assign ndp id for ndp sessions */
#define WL_NAN_CTRL_HOST_GEN_NDPID 0x010000
/* If set, nan ndp inactivity watchdog will be activated */
#define WL_NAN_CTRL_DELETE_INACTIVE_PEERS 0x020000
/* If set, nan assoc coex will be activated */
#define WL_NAN_CTRL_INFRA_ASSOC_COEX 0x040000
/* If set, dam will accept all NDP/RNG request from the peer including counter */
#define WL_NAN_CTRL_DAM_ACCEPT_ALL 0x080000
/* If set, nan mac ignores role for tx discovery beacon for periodic config */
#define WL_NAN_CTRL_FASTDISC_IGNO_ROLE 0x100000
/* If set, include NA in NAN beacons (disc beacons for now) */
#define WL_NAN_CTRL_INCL_NA_IN_BCNS 0x200000
/* If set, host assist will be enabled */
#define WL_NAN_CTRL_HOST_ASSIST 0x400000
/* If set, host configures NDI associated with the service */
#define WL_NAN_CTRL_HOST_CFG_SVC_NDI 0x800000
/* Value when all host-configurable bits set */
#define WL_NAN_CTRL_MAX_MASK 0xFFFFFF
#define WL_NAN_CFG_CTRL_FW_BITS 8
/* Last 8-bits are firmware controlled bits.
* Bit 31:
* If set - indicates that NAN initialization is successful
* Bit 30:
* If set - indicates that NAN MAC cfg creation is successful
* Bit 29:
* If set - indicates that NAN disc msch registration type is start flex
* NOTE: These are only ready-only bits for host.
* All sets to these bits from host are masked off
*/
#define WL_NAN_PROTO_INIT_DONE (1u << 31u)
#define WL_NAN_CFG_CREATE_DONE (1u << 30u)
#define WL_NAN_CTRL_FW_FLEX_REG_FOR_DISC (1u << 29u)
#define WL_NAN_GET_PROTO_INIT_STATUS(x) \
(((x) & WL_NAN_PROTO_INIT_DONE) ? TRUE:FALSE)
#define WL_NAN_CLEAR_PROTO_INIT_STATUS(x) \
((x) &= ~WL_NAN_PROTO_INIT_DONE)
#define WL_NAN_SET_PROTO_INIT_STATUS(x) \
((x) |= (WL_NAN_PROTO_INIT_DONE))
#define WL_NAN_GET_CFG_CREATE_STATUS(x) \
(((x) & WL_NAN_CFG_CREATE_DONE) ? TRUE:FALSE)
#define WL_NAN_CLEAR_CFG_CREATE_STATUS(x) \
((x) &= ~WL_NAN_CFG_CREATE_DONE)
#define WL_NAN_SET_CFG_CREATE_STATUS(x) \
((x) |= (WL_NAN_CFG_CREATE_DONE))
#define WL_NAN_IOCTL_VERSION 0x2
/* < some sufficient ioc buff size for our module */
#define WL_NAN_IOC_BUFSZ 256
/* some sufficient ioc buff size for dump commands */
#define WL_NAN_IOC_BUFSZ_EXT 1024
#define WL_NAN_MAX_SIDS_IN_BEACONS 127 /* Max allowed SIDs */
#define WL_NAN_MASTER_RANK_LEN 8
#define WL_NAN_RANGE_LIMITED 0x0040 /* Publish/Subscribe flags */
/** The service hash (service id) is exactly this many bytes. */
#define WL_NAN_SVC_HASH_LEN 6
#define WL_NAN_HASHES_PER_BLOOM 4 /** Number of hash functions per bloom filter */
/* no. of max last disc results */
#define WL_NAN_MAX_DISC_RESULTS 3
/* Max len of Rx and Tx filters */
#define WL_NAN_MAX_SVC_MATCH_FILTER_LEN 255
/* Max service name len */
#define WL_NAN_MAX_SVC_NAME_LEN 32
/* Type of Data path connection */
#define WL_NAN_DP_TYPE_UNICAST 0
#define WL_NAN_DP_TYPE_MULTICAST 1
/* MAX security params length PMK field */
#define WL_NAN_NCS_SK_PMK_LEN 32
/* NAN pairing max password length */
#define WL_NAN_PAIRING_PASSWORD_LEN 255u
/* NAN pairing max NPBA attr length */
#define WL_NAN_NPBA_INFO_MAX_LEN 255u
/* NAN pairing max NIRA attr length */
#define WL_NAN_NIRA_INFO_MAX_LEN 255u
/* NAN pairing key max length */
#define WL_NAN_NPK_MAX_LEN 255u
/* NAN identity key max length */
#define WL_NAN_NIK_MAX_LEN 255u
/* NAN pairing XTLV list max length; x2 for local NIK and peer NIK */
#define WL_NAN_XTLV_LIST_MAX_LEN (WL_NAN_NPK_MAX_LEN + (2 * WL_NAN_NIK_MAX_LEN))
/* NAN S3 ALL maps */
#define WL_NAN_AVAIL_S3_ALLMAPS 0xFF
/* Post disc attr ID type */
typedef uint8 wl_nan_post_disc_attr_id_t;
/*
* Component IDs
*/
typedef enum {
WL_NAN_COMPID_CONFIG = 1,
WL_NAN_COMPID_ELECTION = 2,
WL_NAN_COMPID_SD = 3,
WL_NAN_COMPID_TIMESYNC = 4,
WL_NAN_COMPID_DATA_PATH = 5,
WL_NAN_COMPID_DEBUG = 15 /* Keep this at the end */
} wl_nan_comp_id_t;
#define WL_NAN_COMP_SHIFT 8
#define WL_NAN_COMP_MASK(_c) (0x0F & ((uint8)(_c)))
#define WL_NAN_COMP_ID(_c) (WL_NAN_COMP_MASK(_c) << WL_NAN_COMP_SHIFT)
/* NAN Events */
/** Instance ID type (unique identifier) */
typedef uint8 wl_nan_instance_id_t;
/* Publish sent for a subscribe */
/* WL_NAN_EVENT_REPLIED */
typedef struct wl_nan_ev_replied {
struct ether_addr sub_mac; /* Subscriber MAC */
wl_nan_instance_id_t pub_id; /* Publisher Instance ID */
uint8 sub_id; /* Subscriber ID */
int8 sub_rssi; /* Subscriber RSSI */
uint8 PAD[3];
} wl_nan_ev_replied_t;
typedef struct wl_nan_event_replied {
struct ether_addr sub_mac; /* Subscriber MAC */
wl_nan_instance_id_t pub_id; /* Publisher Instance ID */
uint8 sub_id; /* Subscriber ID */
int8 sub_rssi; /* Subscriber RSSI */
uint8 attr_num;
uint16 attr_list_len; /* sizeof attributes attached to payload */
uint8 attr_list[0]; /* attributes payload */
} wl_nan_event_replied_t;
/* NAN Tx status of transmitted frames */
#define WL_NAN_TXS_FAILURE 0
#define WL_NAN_TXS_SUCCESS 1
/* NAN Reason codes for Suspension Start and Resume Request status */
typedef enum wl_nan_suspension_status {
WL_NAN_STATUS_BUSY_AWAKE = 0, /* chip has to remain awake due to other active session */
WL_NAN_STATUS_AWAKE = 1, /* chip wakes from sleep on Resume Request */
WL_NAN_STATUS_SUSPENDED = 2 /* chip goes to sleep on Suspension Request */
} wl_nan_suspension_status_t;
/* NAN frame types */
enum wl_nan_frame_type {
/* discovery frame types */
WL_NAN_FRM_TYPE_PUBLISH = 1,
WL_NAN_FRM_TYPE_SUBSCRIBE = 2,
WL_NAN_FRM_TYPE_FOLLOWUP = 3,
/* datapath frame types */
WL_NAN_FRM_TYPE_DP_REQ = 4,
WL_NAN_FRM_TYPE_DP_RESP = 5,
WL_NAN_FRM_TYPE_DP_CONF = 6,
WL_NAN_FRM_TYPE_DP_INSTALL = 7,
WL_NAN_FRM_TYPE_DP_END = 8,
/* schedule frame types */
WL_NAN_FRM_TYPE_SCHED_REQ = 9,
WL_NAN_FRM_TYPE_SCHED_RESP = 10,
WL_NAN_FRM_TYPE_SCHED_CONF = 11,
WL_NAN_FRM_TYPE_SCHED_UPD = 12,
/* ranging frame types */
WL_NAN_FRM_TYPE_RNG_REQ = 13,
WL_NAN_FRM_TYPE_RNG_RESP = 14,
WL_NAN_FRM_TYPE_RNG_TERM = 15,
WL_NAN_FRM_TYPE_RNG_REPORT = 16,
WL_NAN_FRM_TYPE_UNSOLICIT_SDF = 17,
WL_NAN_FRM_REKEY_TRIGGER = 18,
WL_NAN_FRM_GRP_REKEY_REQ = 19,
WL_NAN_FRM_GRP_REKEY_RESP = 20,
WL_NAN_FRM_TYPE_INVALID
};
typedef uint8 wl_nan_frame_type_t;
/* NAN Reason codes for tx status */
enum wl_nan_txs_reason_codes {
WL_NAN_REASON_SUCCESS = 1, /* NAN status success */
WL_NAN_REASON_TIME_OUT = 2, /* timeout reached */
WL_NAN_REASON_DROPPED = 3, /* pkt dropped due to internal failure */
WL_NAN_REASON_MAX_RETRIES_DONE = 4 /* Max retries exceeded */
};
/* For NAN TX status */
typedef struct wl_nan_event_txs {
uint8 status; /* For TX status, success or failure */
uint8 reason_code; /* to identify reason when status is failure */
uint16 host_seq; /* seq num to keep track of pkts sent by host */
uint8 type; /* wl_nan_frame_type_t */
uint8 PAD;
uint16 opt_tlvs_len;
uint8 opt_tlvs[];
} wl_nan_event_txs_t;
/* SD transmit pkt's event status is sent as optional tlv in wl_nan_event_txs_t */
typedef struct wl_nan_event_sd_txs {
uint8 inst_id; /* Publish or subscribe instance id */
uint8 req_id; /* Requestor instance id */
} wl_nan_event_sd_txs_t;
/* nanho fsm tlv WL_NAN_XTLV_NANHO_OOB_TXS(0x0b0a) */
typedef struct wl_nan_event_nanho_txs {
uint32 fsm_id; /* nho fsm id */
uint16 seq_id; /* nho seq id */
uint16 PAD;
} wl_nan_event_nanho_txs_t;
/* Subscribe or Publish instance Terminated */
/* WL_NAN_EVENT_TERMINATED */
#define NAN_SD_TERM_REASON_TIMEOUT 1
#define NAN_SD_TERM_REASON_HOSTREQ 2
#define NAN_SD_TERM_REASON_FWTERM 3
#define NAN_SD_TERM_REASON_FAIL 4
typedef struct wl_nan_ev_terminated {
uint8 instance_id; /* publish / subscribe instance id */
uint8 reason; /* 1=timeout, 2=Host/IOVAR, 3=FW Terminated 4=Failure */
uint8 svctype; /* 0 - Publish, 0x1 - Subscribe */
uint8 PAD; /* Align */
uint32 tx_cnt; /* Number of SDFs sent */
} wl_nan_ev_terminated_t;
/* Follow up received against a pub / subscr */
/* WL_NAN_EVENT_RECEIVE */
typedef struct wl_nan_ev_receive {
struct ether_addr remote_addr; /* Peer NAN device MAC */
uint8 local_id; /* Local subscribe or publish ID */
uint8 remote_id; /* Remote subscribe or publish ID */
int8 fup_rssi;
uint8 attr_num;
uint16 attr_list_len; /* sizeof attributes attached to payload */
uint8 attr_list[0]; /* attributes payload */
} wl_nan_ev_receive_t;
/* WL_NAN_EVENT_DISC_CACHE_TIMEOUT */
#define WL_NAN_DISC_CACHE_EXPIRY_ENTRIES_MAX 8
typedef struct wl_nan_disc_expired_cache_entry {
uint8 l_sub_id; /* local sub instance_id */
uint8 r_pub_id; /* remote-matched pub instance_id */
struct ether_addr r_nmi_addr; /* remote-matched pub nmi addr */
} wl_nan_disc_expired_cache_entry_t;
typedef struct wl_nan_ev_disc_cache_timeout {
uint16 count; /* no. of expired cache entries */
uint16 PAD;
wl_nan_disc_expired_cache_entry_t cache_exp_list[];
} wl_nan_ev_disc_cache_timeout_t;
/* For NAN event mask extention */
#define WL_NAN_EVMASK_EXTN_VER 1
#define WL_NAN_EVMASK_EXTN_LEN 16 /* 16*8 = 128 masks supported */
typedef struct wl_nan_event_extn {
uint8 ver;
uint8 pad;
uint16 len;
uint8 evmask[];
} wl_nan_evmask_extn_t;
/* WL_NAN_XTLV_DATA_DP_TXS */
typedef struct wl_nan_data_dp_txs {
uint8 ndp_id;
uint8 PAD;
struct ether_addr indi; /* initiator ndi */
} wl_nan_data_dp_txs_t;
/* WL_NAN_XTLV_RNG_TXS */
typedef struct wl_nan_range_txs {
uint8 range_id;
uint8 PAD[3];
} wl_nan_range_txs_t;
#define NAN_MAX_BANDS 2
enum wl_nan_oob_af_txs_reason_code {
WL_NAN_OOB_AF_TX_REASON_BMAP = 0x01, /* Bitmap schedule */
WL_NAN_OOB_AF_TX_REASON_TIMEOUT = 0x02, /* OOB AF session timeout */
WL_NAN_OOB_AF_TX_REASON_DISABLED= 0x03, /* OOB disabled while it was scheduled */
};
/* WL_NAN_EVENT_OOB_AF_TXS event sent to host after NAN OOB AF transmit attempted */
typedef struct wl_nan_event_oob_af_txs {
uint8 result; /* For TX status, success or failure */
uint8 reason; /* wl_nan_oob_af_txs_reason_code */
uint16 token; /* Token from the host */
} wl_nan_event_oob_af_txs_t;
/* WL_NAN_EVENT_OOB_AF_TXS status */
#define NAN_OOB_AF_TXS_ACK 0x1
#define NAN_OOB_AF_TXS_NO_ACK 0x2
#define NAN_OOB_AF_TXS_EXPIRED 0x3
#define NAN_OOB_AF_TXS_DISABLED 0x4
/* WL_NAN_EVENT_OOB_AF_RX event sent to host upon receiving a NAN OOB AF frame */
typedef struct wl_nan_event_oob_af_rx {
struct ether_addr sa;
struct ether_addr da;
struct ether_addr bssid;
uint16 payload_len;
uint8 payload[]; /* AF hdr + NAN attrbutes in TLV format */
} wl_nan_event_oob_af_rx_t;
#define WL_NAN_CFG_OOB_AF_BODY_MAX_SIZE 1024u /* Max size of AF payload */
#define WL_NAN_CFG_OOB_AF_MAX_TIMEOUT 8000u /* 8 Sec. Max timeout(in ms) for OOB AF session */
/* Max size of the NAN OOB AF information in the IOVAR */
#define WL_NAN_CFG_OOB_AF_MAX_INFO_SIZE \
(sizeof(bcm_xtlv_t) + sizeof(wl_nan_oob_af_t) + \
WL_NAN_CFG_OOB_AF_BODY_MAX_SIZE)
/*
* TLVs - Below XTLV definitions will be deprecated
* in due course (soon as all other branches update
* to the comp ID based XTLVs listed below).
*/
enum wl_nan_cmd_xtlv_id {
WL_NAN_XTLV_MAC_ADDR = 0x120,
WL_NAN_XTLV_MATCH_RX = 0x121,
WL_NAN_XTLV_MATCH_TX = 0x122,
WL_NAN_XTLV_SVC_INFO = 0x123,
WL_NAN_XTLV_SVC_NAME = 0x124,
WL_NAN_XTLV_SR_FILTER = 0x125,
WL_NAN_XTLV_FOLLOWUP = 0x126,
WL_NAN_XTLV_SVC_LIFE_COUNT = 0x127,
WL_NAN_XTLV_AVAIL = 0x128,
WL_NAN_XTLV_SDF_RX = 0x129,
WL_NAN_XTLV_SDE_CONTROL = 0x12a,
WL_NAN_XTLV_SDE_RANGE_LIMIT = 0x12b,
WL_NAN_XTLV_NAN_AF = 0x12c,
WL_NAN_XTLV_SD_TERMINATE = 0x12d,
WL_NAN_XTLV_CLUSTER_ID = 0x12e,
WL_NAN_XTLV_PEER_RSSI = 0x12f,
WL_NAN_XTLV_BCN_RX = 0x130,
WL_NAN_XTLV_REPLIED = 0x131, /* Publish sent for a subscribe */
WL_NAN_XTLV_RECEIVED = 0x132, /* FUP Received */
WL_NAN_XTLV_DISC_RESULTS = 0x133, /* Discovery results */
WL_NAN_XTLV_TXS = 0x134, /* TX status */
WL_NAN_XTLV_SUSPEND_STATUS = 0x135 /* Suspend/Resume status */
};
#define WL_NAN_CMD_GLOBAL 0x00
#define WL_NAN_CMD_CFG_COMP_ID 0x01
#define WL_NAN_CMD_ELECTION_COMP_ID 0x02
#define WL_NAN_CMD_SD_COMP_ID 0x03
#define WL_NAN_CMD_SYNC_COMP_ID 0x04
#define WL_NAN_CMD_DATA_COMP_ID 0x05
#define WL_NAN_CMD_DAM_COMP_ID 0x06
#define WL_NAN_CMD_RANGE_COMP_ID 0x07
#define WL_NAN_CMD_GENERIC_COMP_ID 0x08
#define WL_NAN_CMD_SCHED_COMP_ID 0x09
#define WL_NAN_CMD_NSR_COMP_ID 0x0a /* NAN Save Restore */
#define WL_NAN_CMD_NANHO_COMP_ID 0x0b /* NAN Host offload */
#define WL_NAN_CMD_DBG_COMP_ID 0x0f
#define WL_NAN_CMD_PAIRING_COMP_ID 0x10
#define WL_NAN_CMD_PAIRING_PEER_COMP_ID 0x11
#define WL_NAN_CMD_TETHER_COMP_ID 0x12
#define WL_NAN_CMD_SNAP_LLC_CFG_COMP_ID 0x13
#define WL_NAN_CMD_COMP_SHIFT 8
#define NAN_CMD(x, y) (((x) << WL_NAN_CMD_COMP_SHIFT) | (y))
/*
* Module based NAN TLV IDs
*/
typedef enum wl_nan_tlv {
WL_NAN_XTLV_CFG_MATCH_RX = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x01),
WL_NAN_XTLV_CFG_MATCH_TX = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x02),
WL_NAN_XTLV_CFG_SR_FILTER = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x03),
WL_NAN_XTLV_CFG_SVC_NAME = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x04),
WL_NAN_XTLV_CFG_NAN_STATUS = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x05),
WL_NAN_XTLV_CFG_SVC_LIFE_COUNT = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x06),
WL_NAN_XTLV_CFG_SVC_HASH = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x07),
WL_NAN_XTLV_CFG_SEC_CSID = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x08), /* Security CSID */
WL_NAN_XTLV_CFG_SEC_PMK = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x09), /* Security PMK */
WL_NAN_XTLV_CFG_SEC_PMKID = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0A),
WL_NAN_XTLV_CFG_SEC_SCID = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0B),
WL_NAN_XTLV_CFG_VNDR_PAYLOAD = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0C),
WL_NAN_XTLV_CFG_HOST_INDPID = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0D),
/* when host ndpid is used */
WL_NAN_XTLV_CFG_MAC_ADDR = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0E),
/* fast disc time bitmap config */
WL_NAN_XTLV_CFG_FDISC_TBMP = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0F),
WL_NAN_XTLV_CFG_SEC_GTK_CSID = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x10),
WL_NAN_XTLV_CFG_NO_PEER_CACHE = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x20),
/* NAN R4, host constucted NPBA (NAN Pairing Bootstrapping Attribute), the entire
* NPBA attibute is in bcm_xlv_t:
* len: contains the NABA attribute length
* data: contains the NABA attrbute data, including id.
* The Host exchanges this attribute during the
* NAN pairing and bootstrapping in SDF Follow-ups and SDF Publish.
*/
WL_NAN_XTLV_CFG_NPBA_INFO = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x11),
/* multicast data slot bitmap config */
WL_NAN_XTLV_CFG_MCAST_AVAIL_BMP = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x12),
WL_NAN_XTLV_SD_SVC_INFO = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x01),
WL_NAN_XTLV_SD_FOLLOWUP = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x02),
WL_NAN_XTLV_SD_SDF_RX = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x03),
WL_NAN_XTLV_SD_SDE_CONTROL = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x04),
WL_NAN_XTLV_SD_SDE_RANGE_LIMIT = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x05),
WL_NAN_XTLV_SD_NAN_AF = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x06),
WL_NAN_XTLV_SD_TERM = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x07),
WL_NAN_XTLV_SD_REPLIED = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x08), /* Pub sent */
WL_NAN_XTLV_SD_FUP_RECEIVED = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x09), /* FUP Received */
WL_NAN_XTLV_SD_DISC_RESULTS = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0A), /* Pub RX */
WL_NAN_XTLV_SD_TXS = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0B), /* Tx status */
WL_NAN_XTLV_SD_SDE_SVC_INFO = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0C),
WL_NAN_XTLV_SD_SDE_SVC_UPD_IND = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0D),
WL_NAN_XTLV_SD_SVC_NDI = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0E),
WL_NAN_XTLV_SD_NDP_SPEC_INFO = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0F),
WL_NAN_XTLV_SD_NDPE_TLV_LIST = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x10),
WL_NAN_XTLV_SD_NDL_QOS_UPD = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x11),
WL_NAN_XTLV_SD_DISC_CACHE_TIMEOUT = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x12),
WL_NAN_XTLV_SD_PEER_NMI = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x13),
WL_NAN_XTLV_SD_FUP_UNSYNC_CHANSPEC = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x14),
WL_NAN_XTLV_SD_CHANSPEC = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x15),
WL_NAN_XTLV_SD_INSTANCE_ID = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x16),
WL_NAN_XTLV_SD_SVC_SUSPEND_STATUS = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x17),
WL_NAN_XTLV_SYNC_BCN_RX = NAN_CMD(WL_NAN_CMD_SYNC_COMP_ID, 0x01),
WL_NAN_XTLV_EV_MR_CHANGED = NAN_CMD(WL_NAN_CMD_SYNC_COMP_ID, 0x02),
WL_NAN_XTLV_DATA_DP_END = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x01),
WL_NAN_XTLV_DATA_DP_INFO = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x02),
WL_NAN_XTLV_DATA_DP_SEC_INST = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x03),
WL_NAN_XTLV_DATA_DP_TXS = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x04), /* txs for dp */
WL_NAN_XTLV_DATA_DP_OPAQUE_INFO = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x05),
WL_NAN_XTLV_RANGE_INFO = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x01),
WL_NAN_XTLV_RNG_TXS = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x02),
WL_NAN_XTLV_EV_SLOT_INFO = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x01),
WL_NAN_XTLV_EV_GEN_INFO = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x02),
WL_NAN_XTLV_CCA_STATS = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x03),
WL_NAN_XTLV_PER_STATS = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x04),
WL_NAN_XTLV_CHBOUND_INFO = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x05),
WL_NAN_XTLV_SLOT_STATS = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x06),
WL_NAN_XTLV_DAM_NA_ATTR = NAN_CMD(WL_NAN_CMD_DAM_COMP_ID, 0x01), /* na attr */
WL_NAN_XTLV_HOST_ASSIST_REQ = NAN_CMD(WL_NAN_CMD_DAM_COMP_ID, 0x02), /* host assist */
/* wl_nan_fw_cap_t */
WL_NAN_XTLV_GEN_FW_CAP = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x01),
/* wl_nan_fw_cap_v2_t */
WL_NAN_XTLV_GEN_FW_CAP_V2 = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x02),
/* NAN OOB AF tlv */
WL_NAN_XTLV_OOB_AF = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x03),
/* Unencrypted AF Rx xtlv */
WL_NAN_XTLV_UNENC_AF_RX = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x04),
WL_NAN_XTLV_SCHED_INFO = NAN_CMD(WL_NAN_CMD_SCHED_COMP_ID, 0x01),
WL_NAN_XTLV_NDL_SCHED_INFO = NAN_CMD(WL_NAN_CMD_SCHED_COMP_ID, 0x02),
/* Nan Save-Restore XTLVs */
WL_NAN_XTLV_NSR2_PEER = NAN_CMD(WL_NAN_CMD_NSR_COMP_ID, 0x21),
WL_NAN_XTLV_NSR2_NDP = NAN_CMD(WL_NAN_CMD_NSR_COMP_ID, 0x22),
/* Host offload XTLVs */
WL_NAN_XTLV_NANHO_PEER_ENTRY = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x01),
WL_NAN_XTLV_NANHO_DCAPLIST = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x02),
WL_NAN_XTLV_NANHO_DCSLIST = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x03),
WL_NAN_XTLV_NANHO_BLOB = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x04),
WL_NAN_XTLV_NANHO_NDP_STATE = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x05),
WL_NAN_XTLV_NANHO_FRM_TPLT = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x06),
WL_NAN_XTLV_NANHO_OOB_NAF = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x07),
WL_NAN_XTLV_NANHO_LOG_ERR_CTRL = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x08),
WL_NAN_XTLV_NANHO_LOG_DBG_CTRL = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x09),
WL_NAN_XTLV_NANHO_OOB_TXS = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x0A),
WL_NAN_XTLV_NANHO_DCAP_ATTR = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x0B),
WL_NAN_XTLV_NANHO_ELEM_ATTR = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x0C),
WL_NAN_XTLV_NANHO_SEC_SA = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x0D),
/* NAN pairing XTLVs */
WL_NAN_XTLV_PAIRING_PASSWORD = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x01),
/* Caching NPK */
WL_NAN_XTLV_PAIRING_CACHING_NPK = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x02),
/* Local NIK */
WL_NAN_XTLV_PAIRING_LOCAL_NIK = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x03),
/* Local NIRA */
WL_NAN_XTLV_PAIRING_LOCAL_NIRA = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x04),
/* Peer NIK */
WL_NAN_XTLV_PAIRING_PEER_NIK = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x05),
/* XTLV list to include NPK, local NIK and peer NIK */
WL_NAN_XTLV_PAIRING_XTLV_LIST = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x06),
/* Pairing session ID */
WL_NAN_XTLV_PAIRING_SID = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x07),
/* Pairing flags */
WL_NAN_XTLV_PAIRING_FLAGS = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x08),
/* Pairing peer nonce */
WL_NAN_XTLV_PAIRING_PEER_NONCE = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x09),
/* Pairing peer tag */
WL_NAN_XTLV_PAIRING_PEER_TAG = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x0A),
/* Pairing PASN policy */
WL_NAN_XTLV_PAIRING_PASN_POLICY = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x0B),
/* Pubisher instance ID for pairing */
WL_NAN_XTLV_PAIRING_PUB_ID = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x0C),
/* Pairing_cfg to share pairing setup, verification and cache cfg from Host to FW */
WL_NAN_XTLV_PAIRING_CFG = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x0D),
/* Tether xtlv */
WL_NAN_XTLV_TETHER = NAN_CMD(WL_NAN_CMD_TETHER_COMP_ID, 0x01),
/* NAN snap xtlv sub commands - xtlv_list, rx_data, tx_data */
WL_NAN_XTLV_SNAP_LLC_XTLV_LIST = NAN_CMD(WL_NAN_CMD_SNAP_LLC_CFG_COMP_ID, 0x01),
WL_NAN_XTLV_SNAP_RX_DATA = NAN_CMD(WL_NAN_CMD_SNAP_LLC_CFG_COMP_ID, 0x02),
WL_NAN_XTLV_SNAP_TX_DATA = NAN_CMD(WL_NAN_CMD_SNAP_LLC_CFG_COMP_ID, 0x03)
} wl_nan_tlv_t;
/* Sub Module ID's for NAN */
enum {
NAN_MAC = 0, /* nan mac */
NAN_DISC = 1, /* nan discovery */
NAN_DBG = 2, /* nan debug */
NAN_SCHED = 3, /* nan sched */
NAN_PEER_ENTRY = 4, /* nan peer entry */
NAN_AVAIL = 5, /* nan avail */
NAN_DAM = 6, /* nan dam */
NAN_FSM = 7, /* nan fsm registry */
NAN_NDP = 8, /* nan ndp */
NAN_NDL = 9, /* nan ndl */
NAN_DP = 10, /* nan dp core */
NAN_RNG = 11, /* nan ranging */
NAN_SEC = 12, /* nan sec */
/*
* Need to make sure NAN branches update their nan_init tables before
* removing this check. Otherwise it causes odt/smoketest failures
*/
#ifdef WL_NAN_PAIRING
NAN_PAIRING = 13, /* nan pairing */
NAN_LAST = 14
#else
NAN_LAST = 13
#endif /* WL_NAN_PAIRING */
};
enum wl_nan_sub_cmd_xtlv_id {
/* Special command - Tag zero */
WL_NAN_CMD_GLB_NAN_VER = NAN_CMD(WL_NAN_CMD_GLOBAL, 0x00),
/* nan cfg sub-commands */
WL_NAN_CMD_CFG_NAN_INIT = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x01),
WL_NAN_CMD_CFG_ROLE = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x02),
WL_NAN_CMD_CFG_HOP_CNT = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x03),
WL_NAN_CMD_CFG_HOP_LIMIT = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x04),
WL_NAN_CMD_CFG_WARMUP_TIME = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x05),
WL_NAN_CMD_CFG_STATUS = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x06),
WL_NAN_CMD_CFG_OUI = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x07),
WL_NAN_CMD_CFG_COUNT = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x08),
WL_NAN_CMD_CFG_CLEARCOUNT = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x09),
WL_NAN_CMD_CFG_CHANNEL = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0A),
WL_NAN_CMD_CFG_BAND = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0B),
WL_NAN_CMD_CFG_CID = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0C),
WL_NAN_CMD_CFG_IF_ADDR = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0D),
WL_NAN_CMD_CFG_BCN_INTERVAL = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0E),
WL_NAN_CMD_CFG_SDF_TXTIME = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x0F),
WL_NAN_CMD_CFG_SID_BEACON = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x10),
WL_NAN_CMD_CFG_DW_LEN = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x11),
WL_NAN_CMD_CFG_AVAIL = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x12),
WL_NAN_CMD_CFG_WFA_TM = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x13),
WL_NAN_CMD_CFG_EVENT_MASK = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x14),
WL_NAN_CMD_CFG_NAN_CONFIG = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x15), /* ctrl */
WL_NAN_CMD_CFG_NAN_ENAB = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x16),
WL_NAN_CMD_CFG_ULW = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x17),
WL_NAN_CMD_CFG_NAN_CONFIG2 = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x18), /* ctrl2 */
WL_NAN_CMD_CFG_DEV_CAP = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x19),
WL_NAN_CMD_CFG_SCAN_PARAMS = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x1A),
WL_NAN_CMD_CFG_VNDR_PAYLOAD = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x1B),
WL_NAN_CMD_CFG_FASTDISC = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x1C),
WL_NAN_CMD_CFG_MIN_TX_RATE = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x1D),
WL_NAN_CMD_CFG_FSM_TIMEOUT = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x1E),
WL_NAN_CMD_CFG_REKEY = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x1F), /* REKEY */
WL_NAN_CMD_CFG_INSTANT_CHAN = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x20),
WL_NAN_CMD_CFG_TSF = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x21),
WL_NAN_CMD_CFG_MCAST_AVAIL = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x22),
WL_NAN_CMD_CFG_DW_DWELL = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x23),
WL_NAN_CMD_CFG_SNAP_HDR = NAN_CMD(WL_NAN_CMD_CFG_COMP_ID, 0x24),
WL_NAN_CMD_CFG_MAX = WL_NAN_CMD_CFG_SNAP_HDR,
/* Add new commands before and update */
/* nan election sub-commands */
WL_NAN_CMD_ELECTION_HOST_ENABLE = NAN_CMD(WL_NAN_CMD_ELECTION_COMP_ID, 0x01),
WL_NAN_CMD_ELECTION_METRICS_CONFIG = NAN_CMD(WL_NAN_CMD_ELECTION_COMP_ID, 0x02),
WL_NAN_CMD_ELECTION_METRICS_STATE = NAN_CMD(WL_NAN_CMD_ELECTION_COMP_ID, 0x03),
WL_NAN_CMD_ELECTION_LEAVE = NAN_CMD(WL_NAN_CMD_ELECTION_COMP_ID, 0x03),
WL_NAN_CMD_ELECTION_MERGE = NAN_CMD(WL_NAN_CMD_ELECTION_COMP_ID, 0x04),
WL_NAN_CMD_ELECTION_ADVERTISERS = NAN_CMD(WL_NAN_CMD_ELECTION_COMP_ID, 0x05),
WL_NAN_CMD_ELECTION_RSSI_THRESHOLD = NAN_CMD(WL_NAN_CMD_ELECTION_COMP_ID, 0x06),
WL_NAN_CMD_ELECTION_MAX = WL_NAN_CMD_ELECTION_RSSI_THRESHOLD,
/* New commands go before and update */
/* nan SD sub-commands */
WL_NAN_CMD_SD_PARAMS = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x01),
WL_NAN_CMD_SD_PUBLISH = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x02),
WL_NAN_CMD_SD_PUBLISH_LIST = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x03),
WL_NAN_CMD_SD_CANCEL_PUBLISH = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x04),
WL_NAN_CMD_SD_SUBSCRIBE = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x05),
WL_NAN_CMD_SD_SUBSCRIBE_LIST = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x06),
WL_NAN_CMD_SD_CANCEL_SUBSCRIBE = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x07),
WL_NAN_CMD_SD_VND_INFO = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x08),
WL_NAN_CMD_SD_STATS = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x09),
WL_NAN_CMD_SD_TRANSMIT = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0A),
WL_NAN_CMD_SD_FUP_TRANSMIT = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0B),
WL_NAN_CMD_SD_CONNECTION = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0C),
WL_NAN_CMD_SD_SHOW = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0D),
WL_NAN_CMD_SD_DISC_CACHE_TIMEOUT = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0E),
WL_NAN_CMD_SD_DISC_CACHE_CLEAR = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x0F),
WL_NAN_CMD_SD_SUSPEND_RESUME = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x10),
WL_NAN_CMD_SD_MAX = WL_NAN_CMD_SD_SUSPEND_RESUME,
/* nan time sync sub-commands */
WL_NAN_CMD_SYNC_SOCIAL_CHAN = NAN_CMD(WL_NAN_CMD_SYNC_COMP_ID, 0x01),
WL_NAN_CMD_SYNC_AWAKE_DWS = NAN_CMD(WL_NAN_CMD_SYNC_COMP_ID, 0x02),
WL_NAN_CMD_SYNC_BCN_RSSI_NOTIF_THRESHOLD = NAN_CMD(WL_NAN_CMD_SYNC_COMP_ID, 0x03),
WL_NAN_CMD_SYNC_MAX = WL_NAN_CMD_SYNC_BCN_RSSI_NOTIF_THRESHOLD,
/* nan2 commands */
WL_NAN_CMD_DATA_CONFIG = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x01),
WL_NAN_CMD_DATA_RSVD02 = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x02),
WL_NAN_CMD_DATA_RSVD03 = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x03),
WL_NAN_CMD_DATA_DATAREQ = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x04),
WL_NAN_CMD_DATA_DATARESP = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x05),
WL_NAN_CMD_DATA_DATAEND = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x06),
WL_NAN_CMD_DATA_SCHEDUPD = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x07),
WL_NAN_CMD_DATA_RSVD08 = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x08),
WL_NAN_CMD_DATA_CAP = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x9),
WL_NAN_CMD_DATA_STATUS = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x0A),
WL_NAN_CMD_DATA_STATS = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x0B),
WL_NAN_CMD_DATA_RSVD0C = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x0C),
WL_NAN_CMD_DATA_NDP_SHOW = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x0D),
WL_NAN_CMD_DATA_DATACONF = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x0E),
WL_NAN_CMD_DATA_MIN_TX_RATE = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x0F),
WL_NAN_CMD_DATA_MAX_PEERS = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x10),
WL_NAN_CMD_DATA_DP_IDLE_PERIOD = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x11),
WL_NAN_CMD_DATA_DP_OPAQUE_INFO = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x12),
WL_NAN_CMD_DATA_DP_HB_DURATION = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x13),
WL_NAN_CMD_DATA_DATAEND_V2 = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x14),
WL_NAN_CMD_DATA_PATH_MAX = WL_NAN_CMD_DATA_DATAEND_V2, /* New ones before and update */
/* nan dam sub-commands */
WL_NAN_CMD_DAM_CFG = NAN_CMD(WL_NAN_CMD_DAM_COMP_ID, 0x01),
WL_NAN_CMD_DAM_MAX = WL_NAN_CMD_DAM_CFG, /* New ones before and update */
/* nan2.0 ranging commands */
WL_NAN_CMD_RANGE_REQUEST = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x01),
WL_NAN_CMD_RANGE_AUTO = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x02),
WL_NAN_CMD_RANGE_RESPONSE = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x03),
WL_NAN_CMD_RANGE_CANCEL = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x04),
WL_NAN_CMD_RANGE_IDLE_COUNT = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x05),
WL_NAN_CMD_RANGE_CANCEL_EXT = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x06),
/* nan debug sub-commands */
WL_NAN_CMD_DBG_SCAN_PARAMS = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x01),
WL_NAN_CMD_DBG_SCAN = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x02),
WL_NAN_CMD_DBG_SCAN_RESULTS = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x03),
/* This is now moved under CFG */
WL_NAN_CMD_DBG_EVENT_MASK = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x04),
WL_NAN_CMD_DBG_EVENT_CHECK = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x05),
WL_NAN_CMD_DBG_DUMP = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x06),
WL_NAN_CMD_DBG_CLEAR = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x07),
WL_NAN_CMD_DBG_RSSI = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x08),
WL_NAN_CMD_DBG_DEBUG = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x09),
WL_NAN_CMD_DBG_TEST1 = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x0A),
WL_NAN_CMD_DBG_TEST2 = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x0B),
WL_NAN_CMD_DBG_TEST3 = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x0C),
WL_NAN_CMD_DBG_DISC_RESULTS = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x0D),
WL_NAN_CMD_DBG_STATS = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x0E),
WL_NAN_CMD_DBG_LEVEL = NAN_CMD(WL_NAN_CMD_DBG_COMP_ID, 0x0F),
WL_NAN_CMD_DBG_MAX = WL_NAN_CMD_DBG_LEVEL, /* New ones before and update */
/* Generic componenet */
WL_NAN_CMD_GEN_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x01),
WL_NAN_CMD_GEN_FW_CAP = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x02),
WL_NAN_CMD_CFG_OOB_AF = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x03),
WL_NAN_CMD_GEN_MAX = WL_NAN_CMD_CFG_OOB_AF,
/* NAN Save-Restore */
WL_NAN_CMD_NSR2 = NAN_CMD(WL_NAN_CMD_NSR_COMP_ID, 0x20),
WL_NAN_CMD_NSR2_MAX = WL_NAN_CMD_NSR2,
/* Host offload sub-commands */
WL_NAN_CMD_NANHO_UPDATE = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x01), /* WILL BE REMOVED */
WL_NAN_CMD_NANHO_INFO = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x01),
WL_NAN_CMD_NANHO_FRM_TPLT = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x02), /* unused */
WL_NAN_CMD_NANHO_OOB_NAF = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x03), /* unused */
WL_NAN_CMD_NANHO_LOG_CTRL = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x04),
WL_NAN_CMD_NANHO_VER = NAN_CMD(WL_NAN_CMD_NANHO_COMP_ID, 0x05),
WL_NAN_CMD_NANHO_MAX = WL_NAN_CMD_NANHO_VER,
/* NAN pairing sub-commands */
WL_NAN_CMD_PAIRING = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x01),
WL_NAN_CMD_PAIRING_KEY_INFO = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x02),
WL_NAN_CMD_PAIRING_PEER_INFO = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x03),
WL_NAN_CMD_PAIRING_END = NAN_CMD(WL_NAN_CMD_PAIRING_COMP_ID, 0x04),
WL_NAN_CMD_PAIRING_MAX = WL_NAN_CMD_PAIRING_END,
/* Add submodules below, and update WL_NAN_CMD_MAX */
/* ROML check for this enum should use WL_NAN_CMD_MAX */
WL_NAN_CMD_MAX = WL_NAN_CMD_PAIRING_MAX
};
/*
* Component/Module based NAN TLV IDs for NAN stats
*/
typedef enum wl_nan_stats_tlv {
WL_NAN_XTLV_SYNC_MAC_STATS = NAN_CMD(WL_NAN_CMD_SYNC_COMP_ID, 0x01),
WL_NAN_XTLV_SD_DISC_STATS = NAN_CMD(WL_NAN_CMD_SD_COMP_ID, 0x01),
WL_NAN_XTLV_DATA_NDP_STATS = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x01),
WL_NAN_XTLV_DATA_NDL_STATS = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x02),
WL_NAN_XTLV_DATA_SEC_STATS = NAN_CMD(WL_NAN_CMD_DATA_COMP_ID, 0x03),
WL_NAN_XTLV_GEN_SCHED_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x01),
WL_NAN_XTLV_GEN_PEER_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x02),
WL_NAN_XTLV_GEN_PEER_STATS_DEVCAP = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x03),
WL_NAN_XTLV_GEN_PEER_STATS_NDP = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x04),
WL_NAN_XTLV_GEN_PEER_STATS_SCHED = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x05),
WL_NAN_XTLV_GEN_AVAIL_STATS_SCHED = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x06),
WL_NAN_XTLV_GEN_NDP_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x07),
WL_NAN_XTLV_GEN_PARSE_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x08),
WL_NAN_XTLV_GEN_BIP_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x09),
WL_NAN_XTLV_GEN_PEER_BIP_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x0A),
WL_NAN_XTLV_GEN_GTK_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x0B),
WL_NAN_XTLV_GEN_PEER_REKEY_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x0C),
WL_NAN_XTLV_GEN_PEER_GTK_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x0D),
WL_NAN_XTLV_GEN_PEER_PAIRING_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x0E),
WL_NAN_XTLV_GEN_PEER_KA_OOB_AF_STAT = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x0F),
WL_NAN_XTLV_GEN_DW_DWELL_STATS = NAN_CMD(WL_NAN_CMD_GENERIC_COMP_ID, 0x10),
WL_NAN_XTLV_DAM_STATS = NAN_CMD(WL_NAN_CMD_DAM_COMP_ID, 0x01),
WL_NAN_XTLV_DAM_AVAIL_STATS = NAN_CMD(WL_NAN_CMD_DAM_COMP_ID, 0x02),
WL_NAN_XTLV_RANGE_STATS = NAN_CMD(WL_NAN_CMD_RANGE_COMP_ID, 0x01)
} wl_nan_stats_tlv_t;
/* NAN stats WL_NAN_CMD_GEN_STATS command */
/* Input data */
typedef struct wl_nan_cmn_get_stat {
uint32 modules_btmap; /* Bitmap to indicate module stats are needed:
* See NAN Sub Module ID's above
*/
uint8 operation; /* Get, Get and Clear */
uint8 arg1; /* Submodule control variable1 */
uint8 arg2; /* Submodule control variable2 */
uint8 PAD; /* May not be needed as TLV's are aligned,add to pass compile chk */
} wl_nan_cmn_get_stat_t;
/* Output for Stats container */
typedef struct wl_nan_cmn_stat {
uint32 n_stats; /* Number of different sub TLV stats present in the container */
uint32 totlen; /* Total Length of stats data in container */
uint8 stats_tlvs []; /* Stat TLV's container */
} wl_nan_cmn_stat_t;
/* Defines for operation */
#define WLA_NAN_STATS_GET 0
#define WLA_NAN_STATS_GET_CLEAR 1
#define WL_NAN_STAT_ALL 0xFFFFFFFF
/* NAN Mac stats */
typedef struct wl_nan_mac_band_stats {
uint32 bcn_tx; /* 2g/5g disc/sync beacon tx count */
uint32 bcn_rx; /* 2g/5g disc/sync beacon rx count */
uint32 dws; /* Number of 2g/5g DW's */
} wl_nan_mac_band_stats_t;
/* Note: if this struct is changing update wl_nan_slot_ecounters_vX_t version,
* as this struct is sent as payload in wl_nan_slot_ecounter_vX_ts
*/
typedef struct wl_nan_mac_stats {
wl_nan_mac_band_stats_t band[NAN_MAX_BANDS]; /* MAC sync band specific stats */
uint32 naf_tx; /* NAN AF tx */
uint32 naf_rx; /* NAN AF rx */
uint32 sdf_tx; /* SDF tx */
uint32 sdf_rx; /* SDF rx */
uint32 cnt_sync_bcn_rx_tu[3]; /* delta bw */
uint32 cnt_bcn_tx_out_dw; /* TX sync beacon outside dw */
uint32 cnt_role_am_dw; /* anchor master role due to dw */
uint32 cnt_am_hop_err; /* wrong hopcount set for AM */
} wl_nan_mac_stats_t;
typedef struct wl_nan_mac_stats_v1 {
wl_nan_mac_band_stats_t band[NAN_MAX_BANDS]; /* MAC sync band specific stats */
uint32 naf_tx; /* NAN AF tx */
uint32 naf_rx; /* NAN AF rx */
uint32 sdf_tx; /* SDF tx */
uint32 sdf_rx; /* SDF rx */
uint32 cnt_sync_bcn_rx_tu[3]; /* delta bw */
uint32 cnt_bcn_tx_out_dw; /* TX sync beacon outside dw */
uint32 cnt_role_am_dw; /* anchor master role due to dw */
uint32 cnt_am_hop_err; /* wrong hopcount set for AM */
uint32 merge_scan_cnt_2g; /* 2G band merge scan cnt */
uint32 merge_scan_cnt_5g; /* 5G band merge scan cnt */
} wl_nan_mac_stats_v1_t;
typedef struct wl_nan_mac_stats_v2 {
wl_nan_mac_band_stats_t band[NAN_MAX_BANDS]; /* MAC sync band specific stats */
uint32 naf_tx; /* NAN AF tx */
uint32 naf_rx; /* NAN AF rx */
uint32 sdf_tx; /* SDF tx */
uint32 sdf_rx; /* SDF rx */
uint32 cnt_sync_bcn_rx_tu[3]; /* delta bw */
uint32 cnt_bcn_tx_out_dw; /* TX sync beacon outside dw */
uint32 cnt_role_am_dw; /* anchor master role due to dw */
uint32 cnt_am_hop_err; /* wrong hopcount set for AM */
uint32 merge_scan_cnt_2g; /* 2G band merge scan cnt */
uint32 merge_scan_cnt_5g; /* 5G band merge scan cnt */
uint16 ucast_sdf_oth_bssid; /* ucast sdf sent by peer that is in other custer */
uint16 ucast_naf_oth_bssid; /* ucast naf sent by peer that is in other cluster */
} wl_nan_mac_stats_v2_t;
/* NAN Sched stats */
/* Per core Sched stats */
typedef struct nan_sched_stats_core {
uint32 slotstart; /* slot_start */
uint32 slotend; /* slot_end */
uint32 slotskip; /* slot_skip */
uint32 slotstart_partial; /* slot resume */
uint32 slotend_partial; /* slot pre-empt */
uint8 avail_upd_cnt; /* count to track num of times avail has been updated */
uint8 PAD[3];
} nan_sched_stats_core_t;
/* Common Sched stats */
typedef struct nan_sched_stats_cmn {
uint32 slot_adj_dw; /* Slot adjusts due to DW changes */
uint32 slot_dur; /* Total slot duration in TU's */
} nan_sched_stats_cmn_t;
/* Note: if this struct is changing update wl_nan_slot_ecounters_vX_t version,
* as this struct is sent as payload in wl_nan_slot_ecounters_vX_t
*/
typedef struct nan_sched_stats {
nan_sched_stats_cmn_t cmn;
nan_sched_stats_core_t slice[MAX_NUM_D11CORES];
} nan_sched_stats_t;
/* End NAN Sched stats */
/* NAN Discovery stats */
typedef struct nan_disc_stats {
uint32 pub_tx; /* Publish tx */
uint32 pub_rx; /* Publish rx */
uint32 sub_tx; /* Subscribe tx */
uint32 sub_rx; /* Subscribe rx */
uint32 fup_tx; /* Followup tx */
uint32 fup_rx; /* Followup rx */
uint32 pub_resp_ignored; /* response to incoming publish ignored */
uint32 sub_resp_ignored; /* response to incoming subscribe ignored */
uint32 auto_resp_ignored; /* response to incoming disc bcn ignored */
uint32 disc_cache_ovfl; /* Number of seen once disc cache overflows in system */
} nan_disc_stats_t;
/* NAN Discovery stats end */
/* statistics for nan sec */
typedef struct nan_sec_stats_s {
uint32 mic_fail; /* rx mic fail */
uint32 replay_fail; /* replay counter */
uint32 tx_fail; /* tx fail (from txstatus) */
uint32 key_info_err; /* key info field err */
uint32 ok_sessions; /* successful mx negotiations */
uint32 fail_sessions; /* failed sessions */
uint32 keydesc_err; /* key desc error */
uint32 invalid_cipher; /* cipher suite not valid */
uint32 pmk_not_found; /* no pmk found for given service or for any reason */
uint32 no_pmk_for_pmkid; /* no pmk found for give pmkid */
uint32 key_install_err; /* failed to install keys */
uint32 no_keydesc_attr; /* key desc attr missing */
uint32 nonce_mismatch; /* nonce mismatch */
} nan_sec_stats_t;
typedef struct nan_peer_rekey_stats {
uint32 ptk_rekey_start_i; /* number of ptk rekeys as initiator */
uint32 ptk_rekey_start_r; /* number of ptk rekeys as responder */
uint32 ptk_rekey_success_i; /* ptk rekey failures as initiator */
uint32 ptk_rekey_success_r; /* ptk rekey failures as responder */
uint32 grp_rekey_start; /* Number of group rekey starts */
uint32 grp_rekey_success; /* Number of group rekey success */
} nan_peer_rekey_stats_t;
/* statistics for nan BIP security: WL_NAN_XTLV_GEN_BIP_STATS */
typedef struct nan_sec_bip_stats_s {
uint8 bip_algo; /* CSID/Algo used */
uint8 bigtk_tx_id; /* BIGTK txid used */
uint8 igtk_tx_id; /* IGTK txid used */
uint8 PAD[1];
uint32 igtk_sessions; /* Number of igtk exchanges */
uint32 bigtk_sessions; /* Number of bigtk exchanges */
uint32 igtk_tx; /* Number of igtk pks tx */
uint32 bigtk_tx; /* Number of bigtk pks tx */
uint32 igtk_rx; /* Number of igtk pks tx */
uint32 bigtk_rx; /* Number of bigtk pks tx */
uint32 igtk_rx_err; /* Number of igtk rx error */
uint32 bigtk_rx_err; /* Number of bigtk rx error */
uint32 igtk_reject; /* Number of mgmt frames rejected */
uint32 bigtk_reject; /* Number of bcns rejected */
} nan_sec_bip_stats_t;
/* statistics for nan Peer BIP security : WL_NAN_XTLV_GEN_PEER_BIP_STATS */
typedef struct nan_sec_peer_bip_stats_s {
uint8 bip_algo; /* CSID/Algo used */
uint8 bigtk_rx_id; /* BIGTK rxid used for peer */
uint8 igtk_rx_id; /* IGTK rxid used for peer */
uint8 PAD[1];
uint32 igtk_tx; /* Number of igtk pks tx */
uint32 bigtk_tx; /* Number of bigtk pks tx */
uint32 igtk_rx; /* Number of igtk pks tx */
uint32 bigtk_rx; /* Number of bigtk pks tx */
uint32 igtk_rx_err; /* Number of igtk rx error */
uint32 bigtk_rx_err; /* Number of bigtk rx error */
uint32 igtk_reject; /* Number of mgmt frames rejected */
uint32 bigtk_reject; /* Number of bcns rejected */
} nan_sec_peer_bip_stats_t;
#define NAN_SEC_STAT_MAX_NDI 2
/* WL_NAN_XTLV_GEN_GTK_STATS */
typedef struct nan_sec_gtk_stats_s {
uint32 gtk_sessions; /* Number of gtk exchanges */
uint32 gtk_tx; /* Number of gtk pks tx */
uint32 gtk_rx; /* Number of gtk pks rx */
uint8 gtk_tx_csid; /* CSID tx */
uint8 PAD[3];
uint32 gtk_tx_err; /* Number of gtk tx error */
uint32 gtk_rx_err; /* Number of gtk rx error */
struct ether_addr ndi_addr[NAN_SEC_STAT_MAX_NDI]; /* NDI addr to dump for gtk txid */
uint8 gtk_tx_id[NAN_SEC_STAT_MAX_NDI]; /* gtkid stat per NDI */
uint8 PAD[2];
} nan_sec_gtk_stats_t;
/* WL_NAN_XTLV_GEN_PEER_GTK_STATS */
typedef struct nan_sec_peer_gtk_stats_s {
uint8 gtk_csid;
uint8 gtk_rx_id; /* GTK rx id used for peer */
uint8 PAD[2];
uint32 gtk_rx; /* Number of gtk pks rx */
uint32 gtk_rx_err; /* Number of gtk rx error */
} nan_sec_peer_gtk_stats_t;
/* WL_NAN_XTLV_GEN_PEER_STATS */
typedef struct wl_nan_peer_stats {
struct ether_addr nmi;
uint8 PAD[2];
uint32 pkt_enq; /* counter for queued pkt of peer */
/* NDL */
bool ndl_exist;
uint8 ndl_state;
bool counter_proposed;
uint8 PAD;
/* NDL QoS */
uint16 local_max_latency;
uint16 peer_max_latency;
uint8 local_min_slots;
uint8 peer_min_slots;
/* security association */
struct ether_addr sec_laddr; /* local mac addr */
struct ether_addr sec_raddr; /* remote mac addr */
uint8 sec_csid;
uint8 PAD;
} wl_nan_peer_stats_t;
/* WL_NAN_XTLV_GEN_PEER_STATS_DEVCAP */
typedef struct wl_nan_peer_stats_dev_cap {
uint8 mapid;
uint8 awake_dw_2g;
uint8 awake_dw_5g;
uint8 bands_supported;
uint8 op_mode;
uint8 num_antennas;
uint16 chan_switch_time;
uint8 capabilities;
uint8 PAD[3];
} wl_nan_peer_stats_dev_cap_t;
/* WL_NAN_XTLV_GEN_PEER_STATS_NDP */
typedef struct wl_nan_peer_stats_ndp {
uint8 peer_role;
uint8 ndp_state;
uint8 indp_id; /* initiator ndp id */
uint8 ndp_ctrl; /* ndp control field */
struct ether_addr peer_nmi;
struct ether_addr peer_ndi;
struct ether_addr local_ndi;
/* peer scb info */
bool scb_allocated;
bool scb_found;
uint32 scb_flags;
uint32 scb_flags2;
uint32 scb_flags3;
} wl_nan_peer_stats_ndp_t;
enum {
WL_NAN_SCHED_STAT_SLOT_COMM = 0x01, /* Committed slot */
WL_NAN_SCHED_STAT_SLOT_COND = 0x02, /* Conditional slot(proposal/counter) */
WL_NAN_SCHED_STAT_SLOT_NDC = 0x04, /* NDC slot */
WL_NAN_SCHED_STAT_SLOT_IMMUT = 0x08, /* Immutable slot */
WL_NAN_SCHED_STAT_SLOT_RANGE = 0x10, /* Ranging slot */
};
typedef uint16 wl_nan_stats_sched_slot_info_t;
typedef struct wl_nan_stats_sched_slot {
wl_nan_stats_sched_slot_info_t info; /* capture slot type and more info */
chanspec_t chanspec;
} wl_nan_stats_sched_slot_t;
/* WL_NAN_XTLV_GEN_PEER_STATS_SCHED, WL_NAN_XTLV_GEN_AVAIL_STATS_SCHED */
typedef struct wl_nan_stats_sched {
uint8 map_id;
uint8 seq_id; /* seq id from NA attr */
uint8 slot_dur;
uint8 PAD;
uint16 period;
uint16 num_slot;
wl_nan_stats_sched_slot_t slot[];
} wl_nan_stats_sched_t;
/* WL_NAN_XTLV_GEN_PEER_STATS_SCHED */
typedef struct wl_nan_peer_stats_sched {
uint8 map_id;
uint8 seq_id; /* seq id from NA attr */
uint8 slot_dur;
uint8 PAD;
uint16 period;
uint16 num_slot;
wl_nan_stats_sched_slot_t slot[];
} wl_nan_peer_stats_sched_t;
/* WL_NAN_XTLV_GEN_PEER_KA_OOB_AF_STAT */
typedef struct nan_peer_oob_af_stat {
uint32 tx_ok;
uint32 rx_ok;
uint32 tx_fail;
uint32 rx_timeout;
} nan_peer_oob_af_stat_t;
/* WL_NAN_XTLV_RANGE_STATS */
typedef struct wl_nan_range_stats {
uint16 rng_ssn_estb;
uint16 rng_ssn_fail;
uint16 rng_sched_start;
uint16 rng_sched_end;
uint16 ftm_ssn_success; /* number of succesfull ftm sessions */
uint16 ftm_ssn_fail;
uint16 num_meas; /* number of ftm frames */
uint16 num_valid_meas; /* number of ftm frames with valid timestamp */
} wl_nan_range_stats_t;
/* defines for ndp stats flag */
#define NAN_NDP_STATS_FLAG_ROLE_MASK 0x01u
#define NAN_NDP_STATS_FLAG_ROLE_INIT 0x00u
#define NAN_NDP_STATS_FLAG_ROLE_RESP 0x01u
#define NAN_NDP_STATS_STATE_BIT_SHIFT 1u
#define NAN_NDP_STATS_FLAG_STATE_MASK 0x07u
#define NAN_NDP_STATS_FLAG_STATE_IN_PROG 0x00u
#define NAN_NDP_STATS_FLAG_STATE_ESTB 0x01u
#define NAN_NDP_STATS_FLAG_STATE_TEARDOWN_WAIT 0x02u
#define NAN_NDP_STATS_FLAG_MESH 0x10u
/* More states can be added here, when needed */
/* WL_NAN_XTLV_GEN_NDP_STATS */
typedef struct wl_nan_ndp_stats_s {
uint8 ndp_id;
uint8 indp_id;
uint8 flags;
uint8 nan_sec_csid;
struct ether_addr lndi_addr;
struct ether_addr pnmi_addr;
struct ether_addr pndi_addr;
uint8 PAD[2];
} wl_nan_ndp_stats_t;
/* WL_NAN_XTLV_EV_SLOT_INFO */
typedef struct wl_nan_slot_info_s {
/* dw slot start expected */
uint32 dwst_h;
uint32 dwst_l;
/* dw slot start actual */
uint32 act_dwst_h;
uint32 act_dwst_l;
uint16 cur_chan[MAX_NUM_D11CORES]; /* sdb channels */
uint16 dw_chan; /* dw channel */
uint8 dw_no; /* dw number */
uint8 slot_seq_no; /* slot seq no. */
} wl_nan_slot_info_t;
/* WL_NAN_XTLV_DAM_STATS */
typedef struct wl_nan_dam_stats {
uint32 cnt_rej_crb_inuse; /* DAM rejections because of crb in use already */
} wl_nan_dam_stats_t;
/* WL_NAN_EVENT_MR_CHANGED */
typedef uint8 wl_nan_mr_changed_t;
#define WL_NAN_AMR_CHANGED 1
#define WL_NAN_IMR_CHANGED 2
/*
* The macro BCMUTILS_ERR_CODES is defined only
* when using the common header file(a new approach) bcmutils/include/bcmerror.h.
* Otherwise, use the error codes from this file.
*/
#ifndef BCMUTILS_ERR_CODES
/** status - TBD BCME_ vs NAN status - range reserved for BCME_ */
enum {
/* add new status here... */
WL_NAN_E_NOT_SUPPORTED = -2141,
WL_NAN_E_NOT_ASSOCIATED = -2140,
WL_NAN_E_BUSY = -2139,
WL_NAN_E_REDUNDANT = -2138,
WL_NAN_E_GRP_REKEY_FAIL = -2137, /* Group rekey failure */
WL_NAN_E_NO_ACTION = -2136, /* status for no action */
WL_NAN_E_INVALID_TOKEN = -2135, /* invalid token or mismatch */
WL_NAN_E_INVALID_ATTR = -2134, /* generic invalid attr error */
WL_NAN_E_INVALID_NDL_ATTR = -2133, /* invalid NDL attribute */
WL_NAN_E_SCB_NORESOURCE = -2132, /* no more peer scb available */
WL_NAN_E_PEER_NOTAVAIL = -2131,
WL_NAN_E_SCB_EXISTS = -2130,
WL_NAN_E_INVALID_PEER_NDI = -2129,
WL_NAN_E_INVALID_LOCAL_NDI = -2128,
WL_NAN_E_ALREADY_EXISTS = -2127, /* generic NAN error for duplication */
WL_NAN_E_EXCEED_MAX_NUM_MAPS = -2126,
WL_NAN_E_INVALID_DEV_CHAN_SCHED = -2125,
WL_NAN_E_INVALID_PEER_BLOB_TYPE = -2124,
WL_NAN_E_INVALID_LCL_BLOB_TYPE = -2123,
WL_NAN_E_BCMC_PDPA = -2122, /* BCMC NAF PDPA */
WL_NAN_E_TIMEOUT = -2121,
WL_NAN_E_HOST_CFG = -2120,
WL_NAN_E_NO_ACK = -2119,
WL_NAN_E_SECINST_FAIL = -2118,
WL_NAN_E_REJECT_NDL = -2117, /* generic NDL rejection error */
WL_NAN_E_INVALID_NDP_ATTR = -2116,
WL_NAN_E_HOST_REJECTED = -2115,
WL_NAN_E_PCB_NORESOURCE = -2114,
WL_NAN_E_NDC_EXISTS = -2113,
WL_NAN_E_NO_NDC_ENTRY_AVAIL = -2112,
WL_NAN_E_INVALID_NDC_ENTRY = -2111,
WL_NAN_E_SD_TX_LIST_FULL = -2110,
WL_NAN_E_SVC_SUB_LIST_FULL = -2109,
WL_NAN_E_SVC_PUB_LIST_FULL = -2108,
WL_NAN_E_SDF_MAX_LEN_EXCEEDED = -2107,
WL_NAN_E_ZERO_CRB = -2106, /* no CRB between local and peer */
WL_NAN_E_PEER_NDC_NOT_SELECTED = -2105, /* peer ndc not selected */
WL_NAN_E_DAM_CHAN_CONFLICT = -2104, /* dam schedule channel conflict */
WL_NAN_E_DAM_SCHED_PERIOD = -2103, /* dam schedule period mismatch */
WL_NAN_E_LCL_NDC_NOT_SELECTED = -2102, /* local selected ndc not configured */
WL_NAN_E_NDL_QOS_INVALID_NA = -2101, /* na doesn't comply with ndl qos */
WL_NAN_E_CLEAR_NAF_WITH_SA_AS_RNDI = -2100, /* rx clear naf with peer rndi */
WL_NAN_E_SEC_CLEAR_PKT = -2099, /* rx clear pkt from a peer with sec_sa */
WL_NAN_E_PROT_NON_PDPA_NAF = -2098, /* rx protected non PDPA frame */
WL_NAN_E_DAM_DOUBLE_REMOVE = -2097, /* remove peer schedule already removed */
WL_NAN_E_DAM_DOUBLE_MERGE = -2096, /* merge peer schedule already merged */
WL_NAN_E_DAM_REJECT_INVALID = -2095, /* reject for invalid schedule */
WL_NAN_E_DAM_REJECT_RANGE = -2094,
WL_NAN_E_DAM_REJECT_QOS = -2093,
WL_NAN_E_DAM_REJECT_NDC = -2092,
WL_NAN_E_DAM_REJECT_PEER_IMMUT = -2091,
WL_NAN_E_DAM_REJECT_LCL_IMMUT = -2090,
WL_NAN_E_DAM_EXCEED_NUM_SCHED = -2089,
WL_NAN_E_DAM_INVALID_SCHED_MAP = -2088, /* invalid schedule map list */
WL_NAN_E_DAM_INVALID_LCL_SCHED = -2087,
WL_NAN_E_INVALID_MAP_ID = -2086,
WL_NAN_E_CHAN_OVERLAP_ACROSS_MAP = -2085,
WL_NAN_E_INVALID_CHAN_LIST = -2084,
WL_NAN_E_INVALID_RANGE_TBMP = -2083,
WL_NAN_E_INVALID_IMMUT_SCHED = -2082,
WL_NAN_E_INVALID_NDC_ATTR = -2081,
WL_NAN_E_INVALID_TIME_BITMAP = -2080,
WL_NAN_E_INVALID_NA_ATTR = -2079,
WL_NAN_E_NO_NA_ATTR_IN_AVAIL_MAP = -2078, /* no na attr saved in avail map */
WL_NAN_E_INVALID_MAP_IDX = -2077,
WL_NAN_E_SEC_SA_NOTFOUND = -2076,
WL_NAN_E_BSSCFG_NOTFOUND = -2075,
WL_NAN_E_SCB_NOTFOUND = -2074,
WL_NAN_E_NCS_SK_KDESC_TYPE = -2073,
WL_NAN_E_NCS_SK_KEY_DESC_VER = -2072, /* key descr ver */
WL_NAN_E_NCS_SK_KEY_TYPE = -2071, /* key descr type */
WL_NAN_E_NCS_SK_KEYINFO_FAIL = -2070, /* key info (generic) */
WL_NAN_E_NCS_SK_KEY_LEN = -2069, /* key len */
WL_NAN_E_NCS_SK_KDESC_NOT_FOUND = -2068, /* key desc not found */
WL_NAN_E_NCS_SK_INVALID_PARAMS = -2067, /* invalid args */
WL_NAN_E_NCS_SK_KDESC_INVALID = -2066, /* key descr is not valid */
WL_NAN_E_NCS_SK_NONCE_MISMATCH = -2065,
WL_NAN_E_NCS_SK_KDATA_SAVE_FAIL = -2064, /* not able to save key data */
WL_NAN_E_NCS_SK_AUTH_TOKEN_CALC_FAIL = -2063,
WL_NAN_E_NCS_SK_PTK_CALC_FAIL = -2062,
WL_NAN_E_INVALID_STARTOFFSET = -2061,
WL_NAN_E_BAD_NA_ENTRY_TYPE = -2060,
WL_NAN_E_INVALID_CHANBMP = -2059,
WL_NAN_E_INVALID_OP_CLASS = -2058,
WL_NAN_E_NO_IES = -2057,
WL_NAN_E_NO_PEER_ENTRY_AVAIL = -2056,
WL_NAN_E_INVALID_PEER = -2055,
WL_NAN_E_PEER_EXISTS = -2054,
WL_NAN_E_PEER_NOTFOUND = -2053,
WL_NAN_E_NO_MEM = -2052,
WL_NAN_E_INVALID_OPTION = -2051,
WL_NAN_E_INVALID_BAND = -2050,
WL_NAN_E_INVALID_MAC = -2049,
WL_NAN_E_BAD_INSTANCE = -2048,
WL_NAN_E_INVALID_S3_ATTR = -2047,
/* NAN status code reserved from -2046 to -3071 */
/* Do NOT add new status below -2046 */
WL_NAN_E_ERROR = -1,
WL_NAN_E_OK = 0
};
#endif /* BCMUTILS_ERR_CODES */
/* Error codes used in vendor specific attribute in Data Path Termination frames */
enum {
WL_NAN_DPEND_E_OK = 0,
WL_NAN_DPEND_E_ERROR = 1,
WL_NAN_DPEND_E_HOST_CMD = 2,
WL_NAN_DPEND_E_HOST_REJECTED = 3, /* host rejected rx frame */
WL_NAN_DPEND_E_RESOURCE_LIMIT = 4,
WL_NAN_DPEND_E_NO_ACK_RCV = 5,
WL_NAN_DPEND_E_TIMEOUT = 6,
WL_NAN_DPEND_E_NO_ELT = 7, /* rx frame missing element container */
WL_NAN_DPEND_E_NO_NDP_ATTR = 8,
WL_NAN_DPEND_E_NO_AVAIL_ATTR = 9,
WL_NAN_DPEND_E_NO_NDC_ATTR = 10,
WL_NAN_DPEND_E_NO_RANGE_BM = 11,
WL_NAN_DPEND_E_INVALID_NDP_ATTR = 12,
WL_NAN_DPEND_E_INVALID_NDC_ATTR = 13,
WL_NAN_DPEND_E_INVALID_IMMUT = 14,
WL_NAN_DPEND_E_INVALID_NDL_QOS = 15,
WL_NAN_DPEND_E_INVALID_SEC_PARAMS = 16,
WL_NAN_DPEND_E_REJECT_AVAIL = 17,
WL_NAN_DPEND_E_REJECT_NDL = 18,
WL_NAN_DPEND_E_SCB_NORESOURCE = 19
};
typedef int32 wl_nan_status_t;
/** nan cmd list entry */
enum wl_nan_sub_cmd_input_flags {
WL_NAN_SUB_CMD_FLAG_NONE = 0,
WL_NAN_SUB_CMD_FLAG_SKIP = 1, /* Skip to next sub-command on error */
WL_NAN_SUB_CMD_FLAG_TERMINATE = 2, /* Terminate processing and return */
WL_NAN_SUB_CMD_FLAG_LAST /* Keep this at the end */
};
/** container for nan events */
typedef struct wl_nan_ioc {
uint16 version; /**< interface command or event version */
uint16 id; /**< nan ioctl cmd ID */
uint16 len; /**< total length of all tlv records in data[] */
uint16 PAD; /**< pad to be 32 bit aligment */
uint8 data []; /**< var len payload of bcm_xtlv_t type */
} wl_nan_ioc_t;
/*
* NAN sub-command data structures
*/
/*
* Config component WL_NAN_CMD_CFG_XXXX sub-commands
* WL_NAN_CMD_CFG_ENABLE
*/
enum wl_nan_config_state {
WL_NAN_CONFIG_STATE_DISABLE = 0,
WL_NAN_CONFIG_STATE_ENABLE = 1
};
typedef int8 wl_nan_config_state_t;
/* WL_NAN_CMD_CFG_NAN_INIT */
typedef uint8 wl_nan_init_t;
/* WL_NAN_CMD_CFG_NAN_VERSION */
typedef uint16 wl_nan_ver_t;
/* WL_NAN_CMD_CFG_NAN_CONFIG */
typedef uint32 wl_nan_cfg_ctrl_t;
/* WL_NAN_CMD_CFG_NAN_CONFIG2 */
typedef struct wl_nan_cfg_ctrl2 {
uint32 flags1; /* wl_nan_cfg_ctrl2_flags1 */
uint32 flags2; /* wl_nan_cfg_ctrl2_flags2 */
} wl_nan_cfg_ctrl2_t;
enum wl_nan_cfg_ctrl2_flags1 {
/* Allows unicast SDF TX while local device is under NDP/NDL negotiation,
* but Not with the peer SDF destined to.
*/
WL_NAN_CTRL2_FLAG1_ALLOW_SDF_TX_UCAST_IN_PROG = 0x00000001,
/* Allows broadcast SDF TX while local device is under NDP/NDL negotiation */
WL_NAN_CTRL2_FLAG1_ALLOW_SDF_TX_BCAST_IN_PROG = 0x00000002,
/* Allows the device to send schedule update automatically on local schedule change */
WL_NAN_CTRL2_FLAG1_AUTO_SCHEDUPD = 0x00000004,
/* Allows the device to handle slot pre_close operations */
WL_NAN_CTRL2_FLAG1_SLOT_PRE_CLOSE = 0x00000008,
/* Control flag to enable/disable NDPE capability */
WL_NAN_CTRL2_FLAG1_NDPE_CAP = 0x00000010,
/* Control flag to enable/disable AUTO DAM LWT mode */
WL_NAN_CTRL2_FLAG1_AUTODAM_LWT_MODE = 0x00000020,
/* Control flag to enable/disable PMK per NDP */
WL_NAN_CTRL2_FLAG1_PMK_PER_NDP = 0x00000040,
/* Control flag to enable/disable allowing clear Schedule Update on Secured connection */
WL_NAN_CTRL2_FLAG1_SEC_ALLOW_CLEAR_SCHED_UPD_PKT = 0x00000080,
/* Control flag to disable/enable 5G FAW */
WL_NAN_CTRL2_FLAG1_DISABLE_5G_FAW = 0x00000100,
/* Control flag to disable/enable AUTO DAM 6G CAP */
WL_NAN_CTRL2_FLAG1_DISABLE_AUTODAM_6G_CAP = 0x00000200,
/* Control flag to disable/enable allowing of unsecured OOB AF in a secured connection */
WL_NAN_CTRL2_FLAG1_ALLOW_UNSECURED_OOB_AF = 0x00000400,
/* Control flag to enable/disable 6G FULL avail */
WL_NAN_CTRL2_FLAG1_6G_FULL_AVAIL = 0x00000800,
/* Control flag to enable/disable PTK REKEY */
WL_NAN_CTRL2_FLAG1_PTK_REKEY = 0x00001000,
/* Control flag to enable/disable GRP REKEY */
WL_NAN_CTRL2_FLAG1_GTK_REKEY = 0x00002000,
/* Control flag to enable/disable GTK */
WL_NAN_CTRL2_FLAG1_GTK = 0x00004000,
/* Control flag to enable/disable IGTK */
WL_NAN_CTRL2_FLAG1_IGTK = 0x00008000,
/* Control flag to enable/disable BIGTK */
WL_NAN_CTRL2_FLAG1_BIGTK = 0x00010000,
/* Control flag to enable/disable BIP_CMAC_128 */
WL_NAN_CTRL2_FLAG1_BIP_CMAC_128 = 0x00020000,
/* Control flag to enable/disable BIP_GMAC_256 */
WL_NAN_CTRL2_FLAG1_BIP_GMAC_256 = 0x00040000,
/* Control flag to enable/disable Notifs to BTcoex */
WL_NAN_CTRL2_FLAG1_BTCX_NOTIF = 0x00080000,
/* Control flag to enable/disable NAN 3.1 Instant mode */
WL_NAN_CTRL2_FLAG1_INSTANT_MODE = 0x00100000,
/* Control flag to disable/enable AUTO DAM dynamic schedule upgrade/downgrade */
WL_NAN_CTRL2_FLAG1_DISABLE_AUTODAM_DYN_UPDOWN = 0x00200000,
/* Control flag to reject group addressed AFs w/o IGTK */
WL_NAN_CTRL2_FLAG1_IGTK_REJECT_UNPROT = 0x00400000,
/* Control flag to reject bcn w/o BIGTK */
WL_NAN_CTRL2_FLAG1_BIGTK_REJECT_UNPROT = 0x00800000,
/* Control flags to set infra slot duration.
* Two Bits[MSB:LSB], 00 -128ms, 01 - 64ms, 10 - 32ms, 11 - Reserved
*/
WL_NAN_CTRL2_FLAG1_INFRA_SLOT_INTRVL_LSB = 0x01000000,
WL_NAN_CTRL2_FLAG1_INFRA_SLOT_INTRVL_MSB = 0x02000000,
/* Control flag to enable NAN EHT */
WL_NAN_CTRL2_FLAG1_EHT_ENABLE = 0x04000000,
/* Control flag to enable NAN STRML */
WL_NAN_CTRL2_FLAG1_STRML_ENABLE = 0x08000000,
/* Control flag to enable NAN EMLSR */
WL_NAN_CTRL2_FLAG1_EMLSR_ENABLE = 0x10000000,
/* Allow election (role change) outside of DW */
WL_NAN_CTRL2_FLAG1_ELECTION_OUTOF_DW = 0x40000000
};
#define WL_NAN_CTRL2_FLAGS1_MASK 0xFFFFFFFF
enum wl_nan_cfg_ctrl2_flags2 {
/* Control flag to enable/disable NAN Pairing */
WL_NAN_CTRL2_FLAG2_PAIRING = (1u << 0u), /* bit 0 */
/* Control flag to enable/disable NAN Pairing NPK/NIK caching */
WL_NAN_CTRL2_FLAG2_PAIRING_NPK_CACHING = (1u << 1u), /* bit 1 */
/* Control flag to enable/disable NAN Pairing verification */
WL_NAN_CTRL2_FLAG2_PAIRING_VERIFICATION = (1u << 2u), /* bit 2 */
/*
* When a NAN device acting as a WFA test bed, is forced to include certain
* attributes than the default ones. For example, disabling use of NDPE attribute.
*
* Use this flag along with the WFA test mode flags (WL_NAN_WFA_TM_*) to
* enable WFA test mode operations. NAN R4 onwards, this flag is not
* needed.
*/
WL_NAN_CTRL2_FLAG2_USE_WFA_MODE = (1u << 3u), /* bit 3 */
WL_NAN_CTRL2_FLAG2_S3_CAPABLE = (1u << 4u), /* bit 4 */
/* AutoDAM Control flag to disable NAN SCC in infra channel
* when infra is associated in non-soc channel.
*/
WL_NAN_CTRL2_FLAG2_AUTODAM_DISABLE_INFRA_SCC = (1u << 5u) /* bit 5 */
};
#define WL_NAN_CTRL2_FLAGS2_MASK 0x0000003f
/*
* WL_NAN_CMD_CFG_BAND, WL_NAN_CMD_CFG_RSSI_THRESHOLD(Get only)
*/
typedef uint8 wl_nan_band_t;
/*
* WL_NAN_CMD_CFG_ROLE
*/
enum wl_nan_role {
WL_NAN_ROLE_AUTO = 0,
WL_NAN_ROLE_NON_MASTER_NON_SYNC = 1,
WL_NAN_ROLE_NON_MASTER_SYNC = 2,
WL_NAN_ROLE_MASTER = 3,
WL_NAN_ROLE_ANCHOR_MASTER = 4
};
typedef uint8 wl_nan_role_t;
typedef struct wl_nan_device_state
{
wl_nan_role_t role; /* Sync Master, Non-Sync Master */
uint8 state; /* TBD */
uint8 hopcount; /* Hops to the Anchor Master */
struct ether_addr immediate_master; /* Master MAC */
struct ether_addr anchor_master; /* Anchor Master MAC */
struct ether_addr cluster_id; /* Cluster ID to which this device belongs to */
uint8 PAD[3];
uint32 tsf_high; /* NAN Cluster TSFs */
uint32 tsf_low;
} wl_nan_device_state_t;
/* NAN DW dwell stats to keep cnt per slice */
typedef struct wl_nan_dw_dwell_stat {
uint32 dwell_cnt[NAN_MAX_BANDS];
} wl_nan_dw_dwell_stat_t;
typedef struct wl_nan_cfg_dw_dwell {
/* dw dwell time (limited to a max of awake_dws * 512 TUs) */
uint32 dwell_time[NAN_MAX_BANDS]; /* in msec */
/* to indicate slice on which dwell is allowed
* Bit 1: 2G only
* Bit 2: 5G only
*/
uint8 flags;
uint8 pad[3];
} wl_nan_cfg_dw_dwell_t;
/* Definitions for snap header flags -
* SNAP_HDR_MATCH - match the snap header
* This is applicable for the rx side only
*/
#define NAN_SNAP_HDR_MATCH (1u << 0u)
#define NAN_SNAP_HDR_MAX_LEN 32u
/* MAX SNAP HDR LEN for rx_hdr, tx_hdr, and xtlv_list */
#define WL_NAN_SNAP_CFG_XTLV_LIST_MAX_LEN (3u * NAN_SNAP_HDR_MAX_LEN)
typedef struct wl_nan_cfg_snap_hdr {
/* flags for snap hdr config as defined above */
uint32 flags;
/* local mac addr to use */
struct ether_addr local_addr;
/* peer mac addr to use */
struct ether_addr peer_addr;
/* list of tlvs - rx_hdr, tx_hdr, and optional xtlv_list */
uint8 tlv_params[];
} wl_nan_cfg_snap_hdr_t;
/*
* WL_NAN_CMD_CFG_HOP_CNT, WL_NAN_CMD_CFG_HOP_LIMIT
*/
typedef uint8 wl_nan_hop_count_t;
/*
* WL_NAN_CMD_CFG_WARMUP_TIME
*/
typedef uint32 wl_nan_warmup_time_ticks_t;
/*
* WL_NAN_CMD_CFG_RSSI_THRESHOLD
* rssi_close and rssi_mid are used to transition master to non-master
* role by NAN state machine. rssi thresholds corresponding to the band
* will be updated.
*/
/* To be deprecated */
typedef struct wl_nan_rssi_threshold {
wl_nan_band_t band;
int8 rssi_close;
int8 rssi_mid;
uint8 PAD;
} wl_nan_rssi_threshold_t;
/* WL_NAN_CMD_ELECTION_RSSI_THRESHOLD */
typedef struct wl_nan_rssi_thld {
int8 rssi_close_2g;
int8 rssi_mid_2g;
int8 rssi_close_5g;
int8 rssi_mid_5g;
} wl_nan_rssi_thld_t;
/* WL_NAN_CMD_DATA_MAX_PEERS */
typedef uint8 wl_nan_max_peers_t;
/*
* WL_NAN_CMD_CFG_STATUS
*/
typedef enum wl_nan_election_mode {
WL_NAN_ELECTION_RUN_BY_HOST = 1,
WL_NAN_ELECTION_RUN_BY_FW = 2
} wl_nan_election_mode_t;
typedef struct wl_nan_conf_status {
struct ether_addr nmi; /* NAN mgmt interface address */
uint8 enabled; /* NAN is enabled */
uint8 role; /* Current nan sync role */
struct ether_addr cid; /* Current Cluster id */
uint8 social_chans[2]; /* Social channels */
uint8 mr[8]; /* Self Master Rank */
uint8 amr[8]; /* Anchor Master Rank */
uint32 ambtt; /* Anchor master beacon target time */
uint32 cluster_tsf_h; /* Current Cluster TSF High */
uint32 cluster_tsf_l; /* Current Cluster TSF Low */
uint8 election_mode; /* Election mode, host or firmware */
uint8 hop_count; /* Current Hop count */
uint8 imr[8]; /* Immediate Master Rank */
uint8 status; /* Genenric status for nan events */
uint8 PAD[3]; /* remove after precommit */
uint16 opt_tlvs_len;
uint8 opt_tlvs[];
} wl_nan_conf_status_t;
/*
* WL_NAN_CMD_CFG_OUI
*/
typedef struct wl_nan_oui_type {
uint8 nan_oui[DOT11_OUI_LEN];
uint8 type;
} wl_nan_oui_type_t;
/*
* WL_NAN_CMD_CFG_COUNT
*/
typedef struct wl_nan_count {
uint32 cnt_bcn_tx; /**< TX disc/sync beacon count */
uint32 cnt_bcn_rx; /**< RX disc/sync beacon count */
uint32 cnt_svc_disc_tx; /**< TX svc disc frame count */
uint32 cnt_svc_disc_rx; /**< RX svc disc frame count */
} wl_nan_count_t;
/*
* Election component WL_NAN_CMD_ELECTION_XXXX sub-commands
* WL_NAN_CMD_ELECTION_HOST_ENABLE
*/
enum wl_nan_enable_flags {
WL_NAN_DISABLE_FLAG_HOST_ELECTION = 0,
WL_NAN_ENABLE_FLAG_HOST_ELECTION = 1
};
/*
* 0 - disable host based election
* 1 - enable host based election
*/
typedef uint8 wl_nan_host_enable_t;
/*
* WL_NAN_CMD_CFG_TSF
*/
typedef struct wl_nan_tsf_config {
uint32 tsf_hi;
uint32 tsf_lo;
} wl_nan_tsf_config_t;
/*
* WL_NAN_CMD_ELECTION_METRICS_CONFIG
*/
/* Set only */
typedef struct wl_nan_election_metric_config {
uint8 random_factor; /* Configured random factor */
uint8 master_pref; /* configured master preference */
uint8 PAD[2];
} wl_nan_election_metric_config_t;
/*
* WL_NAN_CMD_ELECTION_METRICS_STATE
*/
/* Get only */
typedef struct wl_nan_election_metric_state {
uint8 random_factor; /* random factor used in MIs */
uint8 master_pref; /* Master advertised in MIs */
uint8 PAD[2];
} wl_nan_election_metric_state_t;
/*
* WL_NAN_CMD_ELECTION_LEAVE
* WL_NAN_CMD_ELECTION_STOP
*/
typedef struct ether_addr wl_nan_cluster_id_t;
#define NHO_SEC_NCS_SK_REPLAY_CNT_LEN 8u
/* kck */
#define NHO_SEC_NCS_SK_256_KCK_LEN 24u /* refer nan2 r21 7.1.4.1 */
/* kek */
#define NHO_SEC_NCS_SK_256_KEK_LEN 32u /* refer nan2 r21 7.1.4.1 */
/* tk */
#define NHO_SEC_NCS_SK_256_TK_LEN 32u /* refer nan2 r21 section 7 */
#define NHO_SEC_NCS_SK_MAX_KEY_LEN (NHO_SEC_NCS_SK_256_KCK_LEN \
+ NHO_SEC_NCS_SK_256_KEK_LEN \
+ NHO_SEC_NCS_SK_256_TK_LEN)
#define NHO_SEC_KEY_INSTALL_FLAG (1 << 0)
#define NHO_SEC_KEY_UNINSTALL_FLAG (1 << 1)
/* WL_NAN_XTLV_NANHO_SEC_SA */
typedef struct nanho_sec_sa {
int8 csid; /* Cipher suite ID to identify the security type */
uint8 kck_len; /* KCK len in key_buf */
uint8 kek_len; /* KEK len in key_buf */
uint8 tk_len; /* Transient key len in key_buf */
uint16 flags;
uint16 PAD;
struct ether_addr laddr; /* local mac addr */
struct ether_addr raddr; /* remote mac addr */
uint8 key_krc[NHO_SEC_NCS_SK_REPLAY_CNT_LEN]; /* Key Replay ctr */
uint8 key_buf[NHO_SEC_NCS_SK_MAX_KEY_LEN]; /* PTK = KCK + KEK + TK */
} nanho_sec_sa_t;
/*
* WL_NAN_CMD_ELECTION_MERGE
* 0 - disable cluster merge
* 1 - enable cluster merge
*/
typedef uint8 wl_nan_merge_enable_t;
/*
* WL_NAN_CMD_CFG_ROLE
* role = 0 means configuration by firmware(obsolete); otherwise by host
* when host configures role, also need target master address to sync to
*/
#define NAN_SYNC_MASTER_SELF 1
#define NAN_SYNC_MASTER_USE_TIMING 2 /* Use the tsf timing provided */
#define NAN_SYNC_MASTER_AMREC_UPD 4 /* provide AM record update */
/*
struct ether_addr addr:
when NAN_SYNC_MASTER_USE_TIMING is set, addr is the mac of Rx NAN beacon
providing the timing info
ltsf_h, ltsf_l:
The local TSF timestamp filled in by FW in the WL_NAN_EVENT_BCN_RX event;
rtsf_h, rtsf_l:
The timestamp in the Rx beacon frame, filled in by host
uint32 ambtt:
the amtt in the cluster ID attribute in the Rx beacon frame
*/
typedef struct nan_sync_master {
uint8 flag; /* 1: self; 2: use TSF timing; 4: AMR update */
uint8 hop_count;
struct ether_addr addr;
struct ether_addr cluster_id;
chanspec_t channel; /* bcn reception channel */
uint32 ltsf_h;
uint32 ltsf_l;
uint32 rtsf_h;
uint32 rtsf_l;
uint8 amr[WL_NAN_MASTER_RANK_LEN];
uint32 ambtt;
} nan_sync_master_t;
/* NAN advertiser structure */
/* TODO RSDB: add chspec to indicates core corresponds correct core */
typedef struct nan_adv_entry {
uint8 age; /* used to remove stale entries */
uint8 hop_count; /* for NTLV support, use bit7 for virtual NAN peer */
struct ether_addr addr;
struct ether_addr cluster_id;
chanspec_t channel; /* bcn reception channel */
uint32 ltsf_h;
uint32 ltsf_l;
uint32 rtsf_h;
uint32 rtsf_l;
uint8 amr[WL_NAN_MASTER_RANK_LEN];
uint32 ambtt;
int8 rssi[NAN_MAX_BANDS]; /* rssi last af was received at */
int8 last_rssi[NAN_MAX_BANDS]; /* rssi in the last AF */
} nan_adv_entry_t;
#define NAN_VIRTUAL_PEER_BIT 0x80
typedef enum {
NAC_CNT_NTLV_AF_TX = 0, /* count of AF containing NTLV tx */
NAC_CNT_NTLV_AF_RX, /* count of AF containing NTLV rx */
NAC_CNT_NTLV_TMERR_TX, /* count of NTLV tx timing error */
NAC_CNT_NTLV_TMERR_RX, /* count of NTLV rx timing error */
NAC_CNT_NTLV_TM_MISMATCH, /* count of TopMaster mismatch in Rx NTLV processing */
NAC_CNT_NTLV_ADV_EXISTED, /* count of NTLV ignored bc advertiser existed from bcn */
NAC_CNT_NTLV_STALED_BCN, /* count of staled bcn from NTLV info */
NAC_CNT_NTLV_MERGE, /* count of NTLV used for NAN cluster merge */
NAC_CNT_NTLV_ELECTION_DROP, /* count of NTLV dropped in NAN election */
NAC_CNT_NTLV_TSF_ADOPT, /* count of NTLV used for NAN TSF adoption */
NAC_CNT_NTLV_LAST
} nac_cnt_enum_t;
#define NAC_MAX_CNT (NAC_CNT_NTLV_LAST)
typedef struct nac_stats {
uint32 nac_cnt[NAC_MAX_CNT];
} nac_stats_t;
typedef struct nan_adv_table {
uint8 num_adv;
uint8 adv_size;
uint8 PAD[2];
nan_adv_entry_t adv_nodes[0];
} nan_adv_table_t;
typedef struct wl_nan_role_cfg {
wl_nan_role_t cfg_role;
wl_nan_role_t cur_role;
uint8 PAD[2];
nan_sync_master_t target_master;
} wl_nan_role_cfg_t;
typedef struct wl_nan_role_config {
wl_nan_role_t role;
struct ether_addr target_master;
uint8 PAD;
} wl_nan_role_config_t;
typedef int8 wl_nan_sd_optional_field_types_t;
/* Flag bits for Publish and Subscribe (wl_nan_sd_params_t flags) */
/* First 8 bits are blocked for mapping
* against svc_control flag bits which goes out
* as part of SDA attribute in air in SDF frames
*/
#define WL_NAN_RANGE_LIMITED 0x0040
/* Bits specific to Publish */
#define WL_NAN_PUB_UNSOLICIT 0x1000 /* Unsolicited Tx */
#define WL_NAN_PUB_SOLICIT 0x2000 /* Solicited Tx */
#define WL_NAN_PUB_BOTH 0x3000 /* Both the above */
#define WL_NAN_PUB_BCAST 0x4000 /* bcast solicited Tx only */
#define WL_NAN_PUB_EVENT 0x8000 /* Event on each solicited Tx */
#define WL_NAN_PUB_SOLICIT_PENDING 0x10000 /* Used for one-time solicited Publish */
#define WL_NAN_FOLLOWUP 0x20000 /* Follow-up frames */
#define WL_NAN_TX_FOLLOWUP 0x40000 /* host generated transmit Follow-up frames */
#define WL_NAN_TX_FOLLOWUP_UNSYNC 0x80000 /* host generated TX Follow-up in unsync disc */
/* Event generation indicator (default is continuous) */
#define WL_NAN_MATCH_ONCE 0x100000
#define WL_NAN_MATCH_NEVER 0x200000
#define WL_NAN_SVC_BCN_CARRY 0x400000 /* Include SVC in beacons */
#define WL_NAN_SVC_AUTO_RSP 0x800000 /* auto response SDF */
/* Nan Service Based control Flags */
/* If set, dev will take care of dp_resp */
#define WL_NAN_SVC_CTRL_AUTO_DPRESP 0x1000000
/* If set, host wont rec event "receive" */
#define WL_NAN_SVC_CTRL_SUPPRESS_EVT_RECEIVE 0x2000000
/* If set, host wont rec event "replied" */
#define WL_NAN_SVC_CTRL_SUPPRESS_EVT_REPLIED 0x4000000
/* If set, host wont rec event "terminated" */
#define WL_NAN_SVC_CTRL_SUPPRESS_EVT_TERMINATED 0x8000000
/* Pub/sub service supports suspension */
#define WL_NAN_SVC_CFG_SUSPENDABLE 0x10000000
/* Bits specific to Subscribe */
#define WL_NAN_SUB_ACTIVE 0x1000 /* Active subscribe mode */
#define WL_NAN_SUB_MATCH_IF_SVC_INFO 0x2000 /* Service info in publish */
#define WL_NAN_TTL_UNTIL_CANCEL 0xFFFFFFFF /* Special values for time to live (ttl) parameter */
/*
* Publish - runs until first transmission
* Subscribe - runs until first DiscoveryResult event
*/
#define WL_NAN_TTL_FIRST 0
#define NAN_REKEY_PTK 0x01
#define NAN_REKEY_GTK 0x02
#define NAN_REKEY_MAX (NAN_REKEY_PTK | NAN_REKEY_GTK)
/*
* WL_NAN_CMD_SD_PARAMS
*/
typedef struct wl_nan_sd_params
{
uint16 length; /* length including options */
uint8 period; /* period of the unsolicited SDF xmission in DWs */
uint8 awake_dw; /* interval between two DWs where SDF tx/rx are done */
uint8 svc_hash[WL_NAN_SVC_HASH_LEN]; /* Hash for the service name */
uint8 instance_id; /* Instance of the current service */
int8 proximity_rssi; /* RSSI limit to Rx subscribe or pub SDF 0 no effect */
uint32 flags; /* bitmap representing aforesaid optional flags */
int32 ttl; /* TTL for this instance id, -1 will run till cancelled */
tlv_t optional[BCM_FLEX_ARRAY]; /* optional fields in the SDF as appropriate */
} wl_nan_sd_params_t;
/*
* WL_NAN_CMD_SD_PUBLISH_LIST
* WL_NAN_CMD_SD_SUBSCRIBE_LIST
*/
typedef struct wl_nan_service_info
{
uint8 instance_id; /* Publish instance ID */
uint8 service_hash[WL_NAN_SVC_HASH_LEN]; /* Hash for service name */
} wl_nan_service_info_t;
typedef struct wl_nan_service_list
{
uint16 id_count; /* Number of registered publish/subscribe services */
wl_nan_service_info_t list[BCM_FLEX_ARRAY]; /* service info defined by nan_service */
} wl_nan_service_list_t;
/*
* WL_NAN_CMD_CFG_BCN_INTERVAL
*/
typedef uint16 wl_nan_disc_bcn_interval_t;
/*
* WL_NAN_CMD_CFG_SDF_TXTIME
*/
typedef uint16 wl_nan_svc_disc_txtime_t;
/*
* WL_NAN_CMD_CFG_STOP_BCN_TX
*/
typedef uint16 wl_nan_stop_bcn_tx_t;
/*
* WL_NAN_CMD_CFG_FSM_TIMEOUT
*/
typedef uint32 wl_nan_fsm_timeout_t;
// nan rekey cfg iovar
typedef struct wl_nan_rekey {
struct ether_addr ndi_addr;
uint8 rekey_ctrl;
} wl_nan_rekey_t;
/*
* WL_NAN_CMD_CFG_SID_BEACON
*/
typedef struct wl_nan_sid_beacon_control {
uint8 sid_enable; /* Flag to indicate the inclusion of Service IDs in Beacons */
uint8 sid_count; /* Limit for number of publish SIDs to be included in Beacons */
uint8 sub_sid_count; /* Limit for number of subscribe SIDs to be included in Beacons */
uint8 PAD;
} wl_nan_sid_beacon_control_t;
/*
* WL_NAN_CMD_CFG_DW_LEN
*/
typedef uint16 wl_nan_dw_len_t;
/*
* WL_NAN_CMD_CFG_AWAKE_DW Will be deprecated.
*/
typedef struct wl_nan_awake_dw {
wl_nan_band_t band; /* 0 - b mode 1- a mode */
uint8 interval; /* 1 or 2 or 4 or 8 or 16 */
uint16 PAD;
} wl_nan_awake_dw_t;
/*
* WL_NAN_CMD_CFG_AWAKE_DWS
*/
typedef struct wl_nan_awake_dws {
uint8 dw_interval_2g; /* 2G DW interval */
uint8 dw_interval_5g; /* 5G DW interval */
uint16 PAD;
} wl_nan_awake_dws_t;
/* WL_NAN_CMD_SYNC_BCN_RSSI_NOTIF_THRESHOLD */
typedef struct wl_nan_rssi_notif_thld {
int8 bcn_rssi_2g;
int8 bcn_rssi_5g;
int16 PAD;
} wl_nan_rssi_notif_thld_t;
/*
* WL_NAN_CMD_CFG_SOCIAL_CHAN
*/
typedef struct wl_nan_social_channels {
uint8 soc_chan_2g; /* 2G social channel */
uint8 soc_chan_5g; /* 5G social channel */
uint16 PAD;
} wl_nan_social_channels_t;
/*
* WL_NAN_CMD_SD_CANCEL_PUBLISH
* WL_NAN_CMD_SD_CANCEL_SUBSCRIBE
*/
typedef uint8 wl_nan_instance_id; /* Instance ID of an active publish instance */
/*
* WL_NAN_CMD_SD_VND_INFO
*/
typedef struct wl_nan_sd_vendor_info
{
uint16 length; /* Size in bytes of the payload following this field */
uint8 data[]; /* Vendor Information */
} wl_nan_sd_vendor_info_t;
/*
* WL_NAN_CMD_SD_STATS
*/
typedef struct wl_nan_sd_stats {
uint32 sdftx;
uint32 sdfrx;
uint32 sdsrffail;
uint32 sdrejrssi;
uint32 sdfollowuprx;
uint32 sdsubmatch;
uint32 sdpubreplied;
uint32 sdmftfail1;
uint32 sdmftfail2;
uint32 sdmftfail3;
uint32 sdmftfail4;
} wl_nan_sd_stats_t;
/* Flag bits for sd transmit message (wl_nan_sd_transmit_t flags) */
/* If set, host wont rec "tx status" event for tx-followup msg */
#define WL_NAN_FUP_SUPR_EVT_TXS 0x01
/* If set, insert shared key descr attribute in tx-followup msg */
#define WL_NAN_FUP_ADD_SKDA 0x02
/* If set, send tx-followup msg without peer availability check */
#define WL_NAN_FUP_UNSYNC_TX 0x04
/* more flags can be added here */
/*
* WL_NAN_CMD_SD_TRANSMIT
* WL_NAN_CMD_SD_FUP_TRANSMIT
*/
typedef struct wl_nan_sd_transmit {
uint8 local_service_id; /* Sender Service ID */
uint8 requestor_service_id; /* Destination Service ID */
struct ether_addr destination_addr; /* Destination MAC */
uint16 token; /* follow_up_token when a follow-up
* msg is queued successfully
*/
uint8 priority; /* requested relative prio */
uint8 flags; /* Flags for tx follow-up msg */
uint16 opt_len; /* total length of optional tlvs */
uint8 opt_tlv[]; /* optional tlvs in bcm_xtlv_t type */
} wl_nan_sd_transmit_t;
/* disc cache timeout for a cache entry */
typedef uint16 wl_nan_disc_cache_timeout_t;
/*
* WL_NAN_CMD_SYNC_TSRESERVE
*/
/** time slot */
#define NAN_MAX_TIMESLOT 32
typedef struct wl_nan_timeslot {
uint32 abitmap; /**< available bitmap */
uint32 chanlist[NAN_MAX_TIMESLOT];
} wl_nan_timeslot_t;
/*
* Deprecated
*
* WL_NAN_CMD_SYNC_TSRELEASE
*/
typedef uint32 wl_nan_ts_bitmap_t;
/* nan passive scan params */
#define NAN_SCAN_MAX_CHCNT 8
/* nan merge scan params */
typedef struct wl_nan_scan_params {
/* dwell time of discovery channel corresponds to band_idx.
* If set to 0 then fw default will be used.
*/
uint16 dwell_time;
/* scan period of discovery channel corresponds to band_idx.
* If set to 0 then fw default will be used.
*/
uint16 scan_period;
/* band index of discovery channel */
uint8 band_index;
uint8 PAD;
} wl_nan_scan_params_t;
/*
* WL_NAN_CMD_DBG_SCAN
*/
typedef struct wl_nan_dbg_scan {
struct ether_addr cid;
uint8 PAD[2];
} wl_nan_dbg_scan_t;
/* NAN_DBG_LEVEL */
typedef struct wl_nan_dbg_level {
uint32 nan_err_level; /* for Error levels */
uint32 nan_dbg_level; /* for bebug logs and trace */
uint32 nan_info_level; /* for dumps like prhex */
} wl_nan_dbg_level_t;
/*
* WL_NAN_CMD_DBG_EVENT_MASK
*/
typedef uint32 wl_nan_event_mask_t;
/*
* WL_NAN_CMD_DBG_EVENT_CHECK
*/
typedef uint8 wl_nan_dbg_ifname[BCM_MSG_IFNAME_MAX];
/*
* WL_NAN_CMD_DBG_DUMP
* WL_NAN_CMD_DBG_CLEAR
*/
enum wl_nan_dbg_dump_type {
WL_NAN_DBG_DT_RSSI_DATA = 1,
WL_NAN_DBG_DT_STATS_DATA = 2,
/*
* Additional enums before this line
*/
WL_NAN_DBG_DT_INVALID
};
typedef int8 wl_nan_dbg_dump_type_t;
/** various params and ctl swithce for nan_debug instance */
/*
* WL_NAN_CMD_DBG_DEBUG
*/
typedef struct wl_nan_debug_params {
uint16 cmd; /**< debug cmd to perform a debug action */
uint16 status;
uint32 msglevel; /**< msg level if enabled */
uint8 enabled; /**< runtime debuging enabled */
uint8 collect;
uint8 PAD[2];
} wl_nan_debug_params_t;
typedef struct wl_nan_sched_svc_timeslot_s {
uint32 abitmap; /* availability bitmap */
uint32 chanlist[NAN_MAX_TIMESLOT];
uint8 res; /* resolution: 0 = 16ms, 1 = 32ms, 2 = 64ms 3 = reserved. REfer NAN spec */
uint8 mapid; /* mapid from NAN spec. Used to differentiate 2G Vs 5G band */
uint8 PAD[2];
} wl_nan_sched_svc_timeslot_t;
/*
* WL_NAN_CMD_DATA_DP_IDLE_PERIOD
*/
typedef uint16 wl_nan_ndp_idle_period_t;
/*
* WL_NAN_CMD_DATA_DP_HB_DURATION
*/
typedef uint16 wl_nan_ndp_hb_duration_t;
/* nan cmd IDs */
enum wl_nan_cmds {
/* nan cfg /disc & dbg ioctls */
WL_NAN_CMD_ENABLE = 1,
WL_NAN_CMD_ATTR = 2,
WL_NAN_CMD_NAN_JOIN = 3,
WL_NAN_CMD_LEAVE = 4,
WL_NAN_CMD_MERGE = 5,
WL_NAN_CMD_STATUS = 6,
WL_NAN_CMD_TSRESERVE = 7,
WL_NAN_CMD_TSSCHEDULE = 8,
WL_NAN_CMD_TSRELEASE = 9,
WL_NAN_CMD_OUI = 10,
WL_NAN_CMD_OOB_AF = 11,
WL_NAN_CMD_SCAN_PARAMS = 12,
WL_NAN_CMD_COUNT = 15,
WL_NAN_CMD_CLEARCOUNT = 16,
/* discovery engine commands */
WL_NAN_CMD_PUBLISH = 20,
WL_NAN_CMD_SUBSCRIBE = 21,
WL_NAN_CMD_CANCEL_PUBLISH = 22,
WL_NAN_CMD_CANCEL_SUBSCRIBE = 23,
WL_NAN_CMD_TRANSMIT = 24,
WL_NAN_CMD_CONNECTION = 25,
WL_NAN_CMD_SHOW = 26,
WL_NAN_CMD_STOP = 27, /* stop nan for a given cluster ID */
/* nan debug iovars & cmds */
WL_NAN_CMD_SCAN = 47,
WL_NAN_CMD_SCAN_RESULTS = 48,
WL_NAN_CMD_EVENT_MASK = 49,
WL_NAN_CMD_EVENT_CHECK = 50,
WL_NAN_CMD_DUMP = 51,
WL_NAN_CMD_CLEAR = 52,
WL_NAN_CMD_RSSI = 53,
WL_NAN_CMD_DEBUG = 60,
WL_NAN_CMD_TEST1 = 61,
WL_NAN_CMD_TEST2 = 62,
WL_NAN_CMD_TEST3 = 63,
WL_NAN_CMD_DISC_RESULTS = 64,
/* nan 2.0 data path commands */
WL_NAN_CMD_DATAPATH = 65
};
/* NAN DP interface commands */
enum wl_nan_dp_cmds {
/* nan 2.0 ioctls */
WL_NAN_CMD_DP_CAP = 1000,
WL_NAN_CMD_DP_CONFIG = 1001,
WL_NAN_CMD_DP_CREATE = 1002,
WL_NAN_CMD_DP_AUTO_CONNECT = 1003,
WL_NAN_CMD_DP_DATA_REQ = 1004,
WL_NAN_CMD_DP_DATA_RESP = 1005,
WL_NAN_CMD_DP_SCHED_UPD = 1006,
WL_NAN_CMD_DP_END = 1007,
WL_NAN_CMD_DP_CONNECT = 1008,
WL_NAN_CMD_DP_STATUS = 1009
};
/* TODO Should remove this fixed length */
#define WL_NAN_DATA_SVC_SPEC_INFO_LEN 32 /* arbitrary */
#define WL_NAN_DP_MAX_SVC_INFO 0xFF
#define WL_NAN_DATA_NDP_INST_SUPPORT 16
/* Nan flags (16 bits) */
#define WL_NAN_DP_FLAG_SVC_INFO 0x0001u
#define WL_NAN_DP_FLAG_CONFIRM 0x0002u
#define WL_NAN_DP_FLAG_EXPLICIT_CFM 0x0004u
#define WL_NAN_DP_FLAG_SECURITY 0x0008u
#define WL_NAN_DP_FLAG_HAST_NDL_COUNTER 0x0010u /* Host assisted NDL counter */
#define WL_NAN_DP_FLAG_IGNORE_NDC_BITMAP 0x0040u /* Ignore NDC bitmap as per host config */
/* If it is a rekey or new NDP setup 0 = new NDP, 1 = REKEY */
#define WL_NAN_DP_FLAG_REKEY 0x0020u
/* NAN Datapath host status */
#define WL_NAN_DP_STATUS_ACCEPTED 1
#define WL_NAN_DP_STATUS_REJECTED 0
/* to be done */
typedef struct wl_nan_dp_cap {
uint8 tbd;
} wl_nan_dp_cap_t;
/** The service hash (service id) is exactly this many bytes. */
#define WL_NAN_SVC_HASH_LEN 6
/** Number of hash functions per bloom filter */
#define WL_NAN_HASHES_PER_BLOOM 4
/* no. of max last disc results */
#define WL_NAN_MAX_DISC_RESULTS 3
/* NAN security related defines */
/* NCS-SK related */
#define WL_NAN_NCS_SK_PMK_LEN 32
#define WL_NAN_NCS_SK_PMKID_LEN 16
/* recent discovery results */
typedef struct wl_nan_disc_result_s
{
wl_nan_instance_id_t instance_id; /* instance id of pub/sub req */
wl_nan_instance_id_t peer_instance_id; /* peer instance id of pub/sub req/resp */
uint8 svc_hash[WL_NAN_SVC_HASH_LEN]; /* service descp string */
struct ether_addr peer_mac; /* peer mac address */
} wl_nan_disc_result_t;
/* list of recent discovery results */
typedef struct wl_nan_disc_results_s
{
wl_nan_disc_result_t disc_result[WL_NAN_MAX_DISC_RESULTS];
} wl_nan_disc_results_list_t;
/* nan 1.0 events */
/* To be deprecated - will be replaced by event_disc_result */
typedef struct wl_nan_ev_disc_result {
wl_nan_instance_id_t pub_id;
wl_nan_instance_id_t sub_id;
struct ether_addr pub_mac;
uint8 opt_tlvs[0];
} wl_nan_ev_disc_result_t;
typedef struct wl_nan_event_disc_result {
wl_nan_instance_id_t pub_id;
wl_nan_instance_id_t sub_id;
struct ether_addr pub_mac;
int8 publish_rssi; /* publisher RSSI */
uint8 attr_num;
uint16 attr_list_len; /* length of the all the attributes in the SDF */
uint8 attr_list[0]; /* list of NAN attributes */
} wl_nan_event_disc_result_t;
typedef struct wl_nan_ev_p2p_avail {
struct ether_addr sender;
struct ether_addr p2p_dev_addr;
uint8 dev_role;
uint8 resolution;
uint8 repeat;
uint8 PAD[3];
chanspec_t chanspec;
uint32 avail_bmap;
} wl_nan_ev_p2p_avail_t;
typedef struct wl_nan_ev_suspension_s {
wl_nan_suspension_status_t status;
} wl_nan_ev_suspension_t;
typedef struct wl_nan_suspend_resume_req_s {
wl_nan_instance_id_t service_id;
uint8 suspend;
} wl_nan_suspend_resume_req_t;
/* Various nan suspend states */
typedef enum wl_nan_cmn_suspend_state_s {
WL_NAN_CMN_SUSPEND_NONE = 0, /* Default state */
WL_NAN_CMN_SUSPEND_PENDING = 1, /* Peding because of other active session */
WL_NAN_CMN_SUSPEND_INPROG = 2, /* all sessions suspended and suspend in prog */
WL_NAN_CMN_SUSPEND_ENTERED = 3, /* NAN in suspended state */
WL_NAN_CMN_SUSPEND_EXIT_INPROG = 4 /* Resume came and suspend exit started */
} wl_nan_cmn_suspend_state_t;
/*
* discovery interface event structures *
*/
enum wl_nan_oob_af_flags {
WL_NAN_OOB_AF_FLAG_SEND_EVENT = 0x0001, /* send tx status event */
WL_NAN_OOB_AF_FLAG_FLUSH_PCB = 0x0002, /* flush PCB */
WL_NAN_OOB_AF_FLAG_ADD_DCAP = 0x0004, /* add dev cap attr into NAF body */
WL_NAN_OOB_AF_FLAG_ADD_ELMT = 0x0008, /* add elmt container attr into NAF body */
WL_NAN_OOB_AF_FLAG_MFP_REQUIRED = 0x0010 /* MFP required */
};
typedef uint16 wl_nan_oob_af_flags_t;
/* mandatory parameters for OOB action frame */
typedef struct wl_nan_oob_af_params_s
{
uint8 fup_lcl_id; /* local instance ID of follow-up SDF */
uint8 fup_peer_id; /* peer instance ID of follow-up SDF */
uint8 sdf_type; /* represented by service control type NAN_SC_XXX */
uint8 unused_uint8;
uint32 unused_uint32;
struct ether_addr bssid;
struct ether_addr dest;
uint32 pkt_lifetime;
uint8 n2af_sub_type; /* NAN2 AF sub type */
uint8 retry_cnt; /* NAF tx retry (not 802.11 re-tx) */
uint16 token; /* NAN host seq num */
uint16 flags; /* wl_nan_oob_af_flags_t */
uint32 fsm_id; /* unique fsm id */
uint16 payload_len;
uint8 payload[BCM_FLEX_ARRAY];
} wl_nan_oob_af_params_t;
/* NAN Ranging */
/* Bit defines for global flags */
#define WL_NAN_RANGING_ENABLE 1 /**< enable RTT */
#define WL_NAN_RANGING_RANGED 2 /**< Report to host if ranged as target */
typedef struct nan_ranging_config {
uint32 chanspec; /**< Ranging chanspec */
uint16 timeslot; /**< NAN RTT start time slot 1-511 */
uint16 duration; /**< NAN RTT duration in ms */
struct ether_addr allow_mac; /**< peer initiated ranging: the allowed peer mac
* address, a unicast (for one peer) or
* a broadcast for all. Setting it to all zeros
* means responding to none,same as not setting
* the flag bit NAN_RANGING_RESPOND
*/
uint16 flags;
} wl_nan_ranging_config_t;
/** list of peers for self initiated ranging */
/** Bit defines for per peer flags */
#define WL_NAN_RANGING_REPORT (1<<0) /**< Enable reporting range to target */
typedef struct nan_ranging_peer {
uint32 chanspec; /**< desired chanspec for this peer */
uint32 abitmap; /**< available bitmap */
struct ether_addr ea; /**< peer MAC address */
uint8 frmcnt; /**< frame count */
uint8 retrycnt; /**< retry count */
uint16 flags; /**< per peer flags, report or not */
uint16 PAD;
} wl_nan_ranging_peer_t;
typedef struct nan_ranging_list {
uint8 count; /**< number of MAC addresses */
uint8 num_peers_done; /**< host set to 0, when read, shows number of peers
* completed, success or fail
*/
uint8 num_dws; /**< time period to do the ranging, specified in dws */
uint8 reserve; /**< reserved field */
wl_nan_ranging_peer_t rp[BCM_FLEX_ARRAY]; /**< variable length array of peers */
} wl_nan_ranging_list_t;
/* ranging results, a list for self initiated ranging and one for peer initiated ranging */
/* There will be one structure for each peer */
#define WL_NAN_RANGING_STATUS_SUCCESS 1
#define WL_NAN_RANGING_STATUS_FAIL 2
#define WL_NAN_RANGING_STATUS_TIMEOUT 3
#define WL_NAN_RANGING_STATUS_ABORT 4 /**< with partial results if sounding count > 0 */
typedef struct nan_ranging_result {
uint8 status; /**< 1: Success, 2: Fail 3: Timeout 4: Aborted */
uint8 sounding_count; /**< number of measurements completed (0 = failure) */
struct ether_addr ea; /**< initiator MAC address */
uint32 chanspec; /**< Chanspec where the ranging was done */
uint32 timestamp; /**< 32bits of the TSF timestamp ranging was completed at */
uint32 distance; /**< mean distance in meters expressed as Q4 number.
* Only valid when sounding_count > 0. Examples:
* 0x08 = 0.5m
* 0x10 = 1m
* 0x18 = 1.5m
* set to 0xffffffff to indicate invalid number
*/
int32 rtt_var; /**< standard deviation in 10th of ns of RTTs measured.
* Only valid when sounding_count > 0
*/
struct ether_addr tgtea; /**< target MAC address */
uint8 PAD[2];
} wl_nan_ranging_result_t;
typedef struct nan_ranging_event_data {
uint8 mode; /**< 1: Result of host initiated ranging */
/* 2: Result of peer initiated ranging */
uint8 reserved;
uint8 success_count; /**< number of peers completed successfully */
uint8 count; /**< number of peers in the list */
wl_nan_ranging_result_t rr[BCM_FLEX_ARRAY]; /**< variable array of ranging peers */
} wl_nan_ranging_event_data_t;
enum {
WL_NAN_STATS_RSSI = 1,
WL_NAN_STATS_DATA = 2,
WL_NAN_STATS_DP = 3,
/*
* ***** ADD before this line ****
*/
WL_NAN_STATS_INVALID
};
typedef struct wl_nan_dp_stats {
uint32 tbd; /* TBD */
} wl_nan_dp_stats_t;
typedef struct wl_nan_stats {
/* general */
uint32 cnt_dw; /* DW slots */
uint32 cnt_disc_bcn_sch; /* disc beacon slots */
uint32 cnt_amr_exp; /* count of ambtt expiries resetting roles */
uint32 cnt_bcn_upd; /* count of beacon template updates */
uint32 cnt_bcn_tx; /* count of sync & disc bcn tx */
uint32 cnt_bcn_rx; /* count of sync & disc bcn rx */
uint32 cnt_sync_bcn_tx; /* count of sync bcn tx within DW */
uint32 cnt_disc_bcn_tx; /* count of disc bcn tx */
uint32 cnt_sdftx_bcmc; /* count of bcast/mcast sdf tx */
uint32 cnt_sdftx_uc; /* count of unicast sdf tx */
uint32 cnt_sdftx_fail; /* count of unicast sdf tx fails */
uint32 cnt_sdf_rx; /* count of sdf rx */
/* NAN roles */
uint32 cnt_am; /* anchor master */
uint32 cnt_master; /* master */
uint32 cnt_nms; /* non master sync */
uint32 cnt_nmns; /* non master non sync */
/* TX */
uint32 cnt_err_txtime; /* txtime in sync bcn frame not a multiple of dw intv */
uint32 cnt_err_unsch_tx; /* tx while not in DW/ disc bcn slot */
uint32 cnt_err_bcn_tx; /* beacon tx error */
uint32 cnt_sync_bcn_tx_miss; /* no. of times time delta between 2 cosequetive
* sync beacons is more than expected
*/
/* MSCH */
uint32 cnt_err_msch_reg; /* error is Dw/disc reg with msch */
uint32 cnt_err_wrong_ch_cb; /* count of msch calbacks in wrong channel */
uint32 cnt_dw_skip; /* count of DW rejected */
uint32 cnt_disc_skip; /* count of disc bcn rejected */
uint32 cnt_dw_start_early; /* msch cb not at registered time */
uint32 cnt_dw_start_late; /* no. of delays in slot start */
/* SCANS */
uint32 cnt_mrg_scan; /* count of merge scans completed */
uint32 cnt_err_ms_rej; /* number of merge scan failed */
uint32 cnt_scan_results; /* no. of nan beacons scanned */
uint32 cnt_join_scan_rej; /* no. of join scans rejected */
uint32 cnt_nan_scan_abort; /* no. of join scans rejected */
/* enable/disable */
uint32 cnt_nan_enab; /* no. of times nan feature got enabled */
uint32 cnt_nan_disab; /* no. of times nan feature got disabled */
uint32 cnt_sync_bcn_rx; /* count of sync bcn rx within DW */
uint32 cnt_sync_bcn_rx_tu[3]; /* Delta bw the tsf in bcn & remote */
uint32 cnt_bcn_tx_out_dw; /* TX sync beacon outside dw */
uint32 cnt_role_am_dw; /* anchor master role due to dw */
uint32 cnt_am_hop_err; /* wrong hopcount set for AM */
} wl_nan_stats_t;
#define WL_NAN_MAC_MAX_NAN_PEERS 6
#define WL_NAN_MAC_MAX_RSSI_DATA_PER_PEER 10
typedef struct wl_nan_nbr_rssi {
uint8 rx_chan; /* channel number on which bcn rcvd */
uint8 PAD[3];
int32 rssi_raw; /* received rssi value */
int32 rssi_avg; /* normalized rssi value */
} wl_nan_peer_rssi_t;
typedef struct wl_nan_peer_rssi_entry {
struct ether_addr mac; /* peer mac address */
uint8 flags; /* TODO:rssi data order: latest first, oldest first etc */
uint8 rssi_cnt; /* rssi data sample present */
wl_nan_peer_rssi_t rssi[WL_NAN_MAC_MAX_RSSI_DATA_PER_PEER]; /* RSSI data frm peer */
} wl_nan_peer_rssi_entry_t;
#define WL_NAN_PEER_RSSI 0x1
#define WL_NAN_PEER_RSSI_LIST 0x2
typedef struct wl_nan_nbr_rssi_data {
uint8 flags; /* this is a list or single rssi data */
uint8 peer_cnt; /* number of peers */
uint16 PAD; /* padding */
wl_nan_peer_rssi_entry_t peers[BCM_FLEX_ARRAY]; /* peers data list */
} wl_nan_peer_rssi_data_t;
/* WL_NAN_CMD_DBG_DUMP, GET Resp */
typedef struct wl_nan_dbg_dump_rsp {
wl_nan_dbg_dump_type_t dump_type; /* dump data type */
uint8 PAD[3];
union {
wl_nan_peer_rssi_data_t peer_rssi;
wl_nan_stats_t nan_stats;
} u;
} wl_nan_dbg_dump_rsp_t;
enum nan_termination_status {
NAN_TERM_REASON_INVALID = 1,
NAN_TERM_REASON_TIMEOUT = 2,
NAN_TERM_REASON_USER_REQ = 3,
NAN_TERM_REASON_FAILURE = 4,
NAN_TERM_REASON_COUNT_REACHED = 5,
NAN_TERM_REASON_DE_SHUTDOWN = 6,
NAN_TERM_REASON_DISABLE_IN_PROGRESS = 7
};
/* nan2 data iovar */
/* nan2 qos */
typedef struct wl_nan_dp_qos
{
uint8 tid;
uint8 PAD;
uint16 pkt_size;
uint16 mean_rate;
uint16 svc_interval;
} wl_nan_dp_qos_t;
#define WL_NAN_NDL_QOS_MAX_LAT_NO_PREF 0xFFFF
/* nan2 qos */
typedef struct wl_nan_ndl_qos
{
uint8 min_slots; /* min slots per dw interval */
uint8 PAD;
uint16 max_latency; /* max latency */
} wl_nan_ndl_qos_t;
/* ndp config */
typedef struct wl_nan_ndp_config
{
uint8 ndp_id;
uint8 pub_id;
struct ether_addr pub_addr;
struct ether_addr data_addr; /* configure local data addr */
struct ether_addr init_data_addr; /* initiator data addr */
uint8 svc_spec_info[WL_NAN_DATA_SVC_SPEC_INFO_LEN];
wl_nan_dp_qos_t qos;
uint16 avail_len;
uint8 PAD[3];
uint8 data[BCM_FLEX_ARRAY];
} wl_nan_ndp_config_t;
/* nan2 device capabilities */
typedef struct wl_nan_ndp_oper_cfg {
uint8 awake_dw_2g;
uint8 awake_dw_5g;
uint8 bands_supported;
uint8 op_mode;
} wl_nan_ndp_oper_cfg_t;
typedef uint8 wl_nan_ndp_ndpid_t;
typedef uint8 wl_nan_ndp_conn_t;
#define WL_NAN_INVALID_NDPID 0 /* reserved ndp id */
typedef struct wl_nan_dp_req {
uint8 type; /* 0- unicast 1 - multicast */
uint8 pub_id; /* Publisher ID */
uint16 flags;
struct ether_addr peer_mac; /* Peer's NMI addr */
struct ether_addr mcast_mac; /* Multicast addr */
struct ether_addr ndi;
wl_nan_dp_qos_t qos;
wl_nan_ndl_qos_t ndl_qos; /* ndl qos */
uint8 tlv_params[]; /* xtlv parameters for command */
} wl_nan_dp_req_t;
/* NAN pairing flags */
/* Support for npk caching */
#define WL_NAN_PAIRING_FLAGS_NPK_CACHING (1u << 0u)
/* Support for pairing setup */
#define WL_NAN_PAIRING_FLAGS_SETUP (1u << 1u)
enum wl_nan_pairing_role {
WL_NAN_PAIRING_ROLE_INITIATOR = 0,
WL_NAN_PAIRING_ROLE_RESPONDER = 1,
WL_NAN_PAIRING_ROLE_MAX = WL_NAN_PAIRING_ROLE_RESPONDER
};
typedef uint8 wl_nan_pairing_role_t;
enum wl_nan_pairing_type {
WL_NAN_PAIRING_TYPE_SETUP = 0,
WL_NAN_PAIRING_TYPE_VERIFICATION = 1,
WL_NAN_PAIRING_TYPE_MAX = WL_NAN_PAIRING_TYPE_VERIFICATION
};
typedef uint8 wl_nan_pairing_type_t;
typedef uint8 wl_pasn_policy_t;
typedef uint8 wl_nan_pairing_state_t;
enum wl_nan_pairing_state {
WL_NAN_PAIRING_STATUS_IDLE = 0,
WL_NAN_PAIRING_STATUS_CREATED = 1,
WL_NAN_PAIRING_STATUS_PAIRED = 2,
WL_NAN_PAIRING_STATUS_FAILED = 3,
WL_NAN_PAIRING_STATUS_UNKNOWN = 4,
WL_NAN_PAIRING_STATUS_MAX = 4
};
/* WL_NAN_XTLV_GEN_PEER_PAIRING_STATS */
typedef struct wl_nan_peer_stats_pairing {
wl_nan_pairing_role_t role; /* Current Role - Initiator or Responder */
wl_nan_pairing_state_t state; /* Current paired state */
uint8 sid; /* current session id */
wl_nan_pairing_type_t type; /* Current type setup or verification */
wl_pasn_policy_t policy; /* Current policy PASN Auth or non-Auth */
uint8 csid; /* Selected CSID */
uint8 PAD[2];
uint16 sessions_pass; /* Number of successful sessions */
uint16 sessions_fail; /* Number of failed sessions */
} wl_nan_peer_stats_pairing_t;
typedef uint8 wl_nan_pairing_bootstr_meth_t;
typedef struct wl_nan_pairing_oper {
uint32 key_lifetime_ms; /* PTKSA timeout interval configured. */
struct ether_addr peer_addr; /* Peer's addr */
uint16 flags; /* bit 0: NPK/NIK caching enabled */
wl_nan_pairing_role_t role; /* operation - Initiator or responder */
wl_nan_pairing_type_t type; /* Setup or verification */
uint8 pub_id; /* Publisher ID */
uint8 pasn_policy; /* specify policy supported by the session */
uint8 pasn_csid; /* PASN Cipher suite ID */
uint8 response_code; /* Response code ACCCEPT-0/REJECT-1 in pairing resp cmd */
uint16 pairing_id; /* Pairing instance ID for pairing resp */
uint8 tlv_params[]; /* xtlv parameters for command */
} wl_nan_pairing_oper_t;
/* Pairing end IOVAR */
typedef struct wl_nan_pairing_end {
uint16 pairing_id; /* Pairing id sent in pairing establish */
uint8 PAD[2];
} wl_nan_pairing_end_t;
/* uint8 - nan svc pairing configuration related flags */
/* Configuration flag to indicate if service supports pairing setup */
#define WL_NAN_SVC_CFG_ENAB_PAIRING_SETUP (1u << 0u)
/* Configuration flag to indicate if service supports pairing cache */
#define WL_NAN_SVC_CFG_ENAB_PAIRING_CACHE (1u << 1u)
/* Configuration flag to indicate if service supports pairing verification */
#define WL_NAN_SVC_CFG_ENAB_PAIRING_VERIFICATION (1u << 2u)
/* Service specific Pairing configurations wrapped in WL_NAN_XTLV_PAIRING_CFG */
typedef struct wl_nan_pairing_config {
uint16 supported_bootstrapping_methods; /* As defined in proto/nan.h */
uint8 flags; /* WL_NAN_SVC_CFG_* flags defined above */
uint8 pad;
} wl_nan_pairing_config_t;
typedef uint8 wl_nan_pairing_peer_info_operation_t;
enum wl_nan_pairing_peer_info_operation {
WL_NAN_PAIRING_PEER_INFO_ADD = 0,
WL_NAN_PAIRING_PEER_INFO_DELETE = 1,
WL_NAN_PAIRING_PEER_INFO_DELETE_ALL = 2
};
/* WL_NAN_CMD_PAIRING_PEER_INFO */
typedef struct wl_nan_pairing_peer_info {
struct ether_addr peer_addr; /* Peer's addr */
uint8 pub_id; /* Publisher ID */
uint8 operation; /* add , delete */
uint16 flags; /* Flags for auto response setup/verify, csid/s */
uint8 pad[2];
uint8 tlv_params[]; /* xtlv parameters for command */
} wl_nan_pairing_peer_info_t;
/* Common event structure for Nan pairing
* Used for sending pairing Indication, Response, Establish events
*/
typedef struct wl_nan_ev_pairing_cmn {
uint8 type;
uint8 security;
struct ether_addr peer_nmi;
uint8 status;
uint8 role;
uint16 opt_tlv_len;
uint8 opt_tlvs[];
} wl_nan_ev_pairing_cmn_t;
typedef uint16 wl_nan_pairing_flags_t;
typedef uint16 wl_nan_pairing_sid_t;
/* TODO Need to replace ndp_id with lndp_id */
/* Return structure to data req IOVAR */
typedef struct wl_nan_dp_req_ret {
struct ether_addr indi; /* Initiators data mac addr */
uint8 ndp_id; /* Initiators ndpid */
uint8 PAD;
} wl_nan_dp_req_ret_t;
typedef struct wl_nan_dp_resp {
uint8 type; /* 0- unicast 1 - multicast */
uint8 status; /* Accepted or Rejected */
uint8 reason_code;
/* Local NDP ID for unicast, mc_id for multicast, 0 for implicit NMSG */
uint8 ndp_id; /* can be host indp id also */
wl_nan_dp_qos_t qos;
/* Initiator data address for unicast or multicast address for multicast */
struct ether_addr mac_addr;
struct ether_addr ndi;
uint16 flags;
wl_nan_ndl_qos_t ndl_qos; /* ndl qos */
uint8 tlv_params[]; /* xtlv parameters for command */
} wl_nan_dp_resp_t;
/* Return structure to data resp IOVAR */
typedef struct wl_nan_dp_resp_ret {
uint8 nmsgid; /* NMSG ID or for multicast else 0 */
uint8 PAD[3];
} wl_nan_dp_resp_ret_t;
typedef struct wl_nan_dp_conf {
uint8 lndp_id; /* can be host ndp id */
uint8 status; /* Accepted or Rejected */
uint8 PAD[2];
} wl_nan_dp_conf_t;
/* WL_NAN_CMD_DATA_DATAEND */
typedef struct wl_nan_dp_end
{
uint8 lndp_id; /* can be host ndp id */
uint8 status;
struct ether_addr mac_addr; /* initiator's ndi */
} wl_nan_dp_end_t;
/* wl_nan_dp_end_v2_t flags */
#define WL_NAN_DP_END_V2_FLAG_NO_TX 0x0001u
#define WL_NAN_DP_END_V2_FLAG_NO_RETRY 0x0002u
#define WL_NAN_DP_END_V2_FLAG_NO_PEER_CACHE 0x0004u
/* WL_NAN_CMD_DATA_DATAEND_V2 */
typedef struct wl_nan_dp_end_v2
{
uint8 ndp_id; /* initiator's NDP ID or local NDP ID */
uint8 status;
struct ether_addr indi; /* initiator's ndi */
uint16 flags; /* flags to enable/disable retry, etc. */
uint16 opt_len; /* total length of optional tlvs */
uint8 opt_tlv[]; /* optional tlvs in bcm_xtlv_t type */
} wl_nan_dp_end_v2_t;
typedef struct wl_nan_dp_schedupd {
uint8 type; /* 0: unicast, 1: multicast */
uint8 flags;
struct ether_addr addr; /* peer NMI or multicast addr */
wl_nan_dp_qos_t qos;
wl_nan_ndl_qos_t ndl_qos; /* ndl qos */
uint8 map_id;
uint8 PAD;
uint16 hostseq;
} wl_nan_dp_schedupd_t;
/* set: update with notification, unset: NDL setup handshake */
#define WL_NAN_DP_SCHEDUPD_NOTIF (1 << 0)
/* list ndp ids */
typedef struct wl_nan_ndp_id_list {
uint16 ndp_count;
uint8 lndp_id[];
} wl_nan_ndp_id_list_t;
/* nan2 status */
typedef struct ndp_session {
uint8 lndp_id;
uint8 state;
uint8 pub_id;
uint8 PAD;
} ndp_session_t;
typedef struct wl_nan_ndp_status {
struct ether_addr peer_nmi;
struct ether_addr peer_ndi;
ndp_session_t session;
struct ether_addr lndi;
uint8 PAD[2];
} wl_nan_ndp_status_t;
#define NAN_DP_OPAQUE_INFO_DP_RESP 0x01
#define NAN_DP_OPAQUE_INFO_DP_CONF 0x02
typedef struct wl_nan_dp_opaque_info {
uint8 frm_mask; /* dp_resp / dp_conf as defined above. */
struct ether_addr initiator_ndi; /* NDI to match in the dp_req. */
uint8 pub_id; /* publish id where the opaque data is included. */
uint8 len; /* len of opaque_info[]. */
uint8 PAD[3];
uint8 opaque_info[0];
} wl_nan_dp_opaque_info_t;
/* events */
#define NAN_DP_SESSION_UNICAST 0
#define NAN_DP_SESSION_MULTICAST 1
#define NAN_DP_SECURITY_NONE 0
#define NAN_DP_SECURITY_CSID 1
#define NAN_DP_SECURITY_MK 2
#define WL_NAN_DATA_NMSGID_LEN 8 /* 8 bytes as per nan spec */
/* DP TERM event causes */
#define WL_NAN_DP_TERM_WITH_INACTIVITY 1u
#define WL_NAN_DP_TERM_WITH_FSM_DESTROY 2u
#define WL_NAN_DP_TERM_WITH_PEER_DP_END 3u
#define WL_NAN_DP_TERM_WITH_STALE_NDP 4u
#define WL_NAN_DP_TERM_WITH_DISABLE 5u
#define WL_NAN_DP_TERM_WITH_NDI_DEL 6u
#define WL_NAN_DP_TERM_WITH_PEER_HB_FAIL 7u
#define WL_NAN_DP_TERM_WITH_HOST_IOVAR 8u
#define WL_NAN_DP_TERM_WITH_ESTB_FAIL 9u
#define WL_NAN_DP_TERM_WITH_SCHED_REJECT 10u
/* Common event structure for Nan Datapath
* Used for sending NDP Indication, Response, Confirmation, Securty Install and Establish events
*/
typedef struct wl_nan_ev_datapath_cmn {
uint8 type;
/* ndp_id is valid only if type is unicast */
uint8 ndp_id;
uint8 pub_id;
uint8 security;
/* Following two fields are valid only if type is unicast */
struct ether_addr initiator_ndi;
struct ether_addr responder_ndi;
struct ether_addr peer_nmi;
uint8 status;
uint8 role;
/* Following two fields are valid only if type is multicast */
uint8 nmsg_id[WL_NAN_DATA_NMSGID_LEN];
uint8 mc_id;
uint8 event_cause;
uint16 opt_tlv_len;
uint8 opt_tlvs[];
} wl_nan_ev_datapath_cmn_t;
/* this is obsolete - DON'T USE */
typedef struct wl_nan_ev_datapath_end {
uint8 ndp_id;
uint8 status;
uint8 PAD[2];
struct ether_addr peer_nmi;
struct ether_addr peer_ndi;
} wl_nan_ev_datapath_end_t;
typedef struct wl_tsf {
uint32 tsf_l;
uint32 tsf_h;
} wl_tsf_t;
typedef struct wl_nan_ev_rx_bcn {
wl_tsf_t tsf;
uint16 bcn_len;
uint8 PAD[2];
uint8 bcn[0];
} wl_nan_ev_rx_bcn_t;
/* reason of host assist request */
enum wl_nan_host_assist_reason {
WL_NAN_HAST_REASON_NONE = 0,
/* reason for host assist request */
WL_NAN_HAST_REASON_NO_CRB = 1, /* NDL: no common NA */
WL_NAN_HAST_REASON_NDC = 2, /* NDL: NDC not compliant */
WL_NAN_HAST_REASON_IMMUT = 3, /* NDL: peer immutable schedule */
WL_NAN_HAST_REASON_RNG = 4, /* NDL: ranging schedule */
WL_NAN_HAST_REASON_QOS = 5, /* NDL: QoS not satisfied */
WL_NAN_HAST_REASON_SVC_NDI_MISSING = 6, /* SD: SVC NDI missing */
WL_NAN_HAST_REASON_PEER_SCB_NORESOURCE = 7, /* NDP: no more peer scb available */
WL_NAN_HAST_REASON_NDP_PMK_MISSING = 8, /* NDP: PMK needed from host */
WL_NAN_HAST_REASON_SVC_NDI_AND_PMK_MISSING = 9 /* PMK and SVC NDI needed from host */
};
typedef uint8 wl_nan_host_assist_reason_t;
/* WL_NAN_XTLV_HOST_ASSIST_REQ */
typedef struct wl_nan_host_assist_req {
struct ether_addr peer_nmi; /* peer nmi */
struct ether_addr initiator_ndi; /* initiator ndi */
uint8 indp_id; /* initiator NDP ID */
wl_nan_frame_type_t frm_type; /* received NAF type */
wl_nan_host_assist_reason_t reason; /* reason of host assist request */
uint8 pub_id; /* Publish ID (valid for WL_NAN_FRM_TYPE_DP_REQ) */
uint8 PAD[2];
} wl_nan_host_assist_req_t;
/* nan sub-features */
enum wl_nan_fw_cap_flag1 {
WL_NAN_FW_CAP_FLAG_NONE = 0x00000000, /* dummy */
WL_NAN_FW_CAP_FLAG1_AVAIL = 0x00000001,
WL_NAN_FW_CAP_FLAG1_DISC = 0x00000002,
WL_NAN_FW_CAP_FLAG1_DATA = 0x00000004,
WL_NAN_FW_CAP_FLAG1_SEC = 0x00000008,
WL_NAN_FW_CAP_FLAG1_RANGE = 0x00000010,
WL_NAN_FW_CAP_FLAG1_WFA_TB = 0x00000020,
WL_NAN_FW_CAP_FLAG1_DAM = 0x00000040,
WL_NAN_FW_CAP_FLAG1_DAM_STRICT = 0x00000080,
WL_NAN_FW_CAP_FLAG1_DAM_AUTO = 0x00000100,
WL_NAN_FW_CAP_FLAG1_DBG = 0x00000200,
WL_NAN_FW_CAP_FLAG1_BCMC_IN_NDC = 0x00000400,
WL_NAN_FW_CAP_FLAG1_CHSTATS = 0x00000800,
WL_NAN_FW_CAP_FLAG1_ASSOC_COEX = 0x00001000,
WL_NAN_FW_CAP_FLAG1_FASTDISC = 0x00002000,
WL_NAN_FW_CAP_FLAG1_NO_ID_GEN = 0x00004000,
WL_NAN_FW_CAP_FLAG1_DP_OPAQUE_DATA = 0x00008000,
WL_NAN_FW_CAP_FLAG1_NSR2 = 0x00010000,
WL_NAN_FW_CAP_FLAG1_NSR2_SAVE = 0x00020000,
WL_NAN_FW_CAP_FLAG1_NANHO = 0x00040000,
WL_NAN_FW_CAP_FLAG1_NDPE = 0x00080000,
WL_NAN_FW_CAP_FLAG1_OOB_AF = 0x00100000,
WL_NAN_FW_CAP_FLAG1_PMK_PER_NDP = 0x00200000,
WL_NAN_FW_CAP_FLAG1_INSTANT_MODE = 0x00400000,
/* Group Addressed Frames Protect (GTK/IGTK/BIGTK) */
WL_NAN_FW_CAP_FLAG1_GAF_PROTECT = 0x00800000,
WL_NAN_FW_CAP_FLAG1_REKEY = 0x01000000,
WL_NAN_FW_CAP_FLAG1_S3 = 0x02000000,
WL_NAN_FW_CAP_FLAG1_PAIRING = 0x04000000,
WL_NAN_FW_CAP_FLAG1_6G = 0x08000000,
WL_NAN_FW_CAP_FLAG1_MCAST_AVAIL_BMP = 0x10000000,
WL_NAN_FW_CAP_FLAG1_WOW_OFFLOAD = 0x20000000,
WL_NAN_FW_CAP_FLAG1_SUSPENSION = 0x40000000
};
/* WL_NAN_XTLV_GEN_FW_CAP */
typedef struct wl_nan_fw_cap {
uint32 flags1; /* nan sub-features compiled in firmware */
uint32 flags2; /* for more sub-features in future */
uint8 max_svc_publishes; /* max num of service publish */
uint8 max_svc_subscribes; /* max num of service subscribe */
uint8 max_lcl_sched_maps; /* max num of local schedule map */
uint8 max_lcl_ndc_entries; /* max num of local NDC entry */
uint8 max_lcl_ndi_interfaces; /* max num of local NDI interface */
uint8 max_peer_entries; /* max num of peer entry */
uint8 max_ndp_sessions; /* max num of NDP session */
uint8 max_concurrent_nan_clusters; /* max num of concurrent clusters */
uint16 max_service_name_len; /* max service name length */
uint16 max_match_filter_len; /* max match filter length */
uint16 max_total_match_filter_len; /* max total match filter length */
uint16 max_service_specific_info_len; /* max service specific info length */
uint16 max_vsa_data_len; /* max vendor specific attrib data length */
uint16 max_mesh_data_len; /* max mesh data length */
uint16 max_app_info_len; /* max app info length */
uint16 max_sdea_svc_specific_info_len; /* max sdea ser specific info length */
uint8 max_queued_tx_followup_msgs; /* max no. of queued tx followup msgs */
uint8 max_subscribe_address; /* max subscribe addresses supported */
uint8 ndp_supported_bands; /* number of ndp supported bands */
uint8 is_ndp_security_supported; /* if secure ndp is supported */
uint8 cipher_suites_supported_mask; /* bitmask for suites supported */
uint8 cipher_suites_supported_mask1; /* 1 more bitmask for suites supported */
uint8 PAD[2];
} wl_nan_fw_cap_t;
/* WL_NAN_XTLV_GEN_FW_CAP_V2 */
typedef struct wl_nan_fw_cap_v2 {
uint32 flags1; /* nan sub-features compiled in firmware */
uint32 flags2; /* for more sub-features in future */
uint8 max_svc_publishes; /* max num of service publish */
uint8 max_svc_subscribes; /* max num of service subscribe */
uint8 max_lcl_sched_maps; /* max num of local schedule map */
uint8 max_lcl_ndc_entries; /* max num of local NDC entry */
uint8 max_lcl_ndi_interfaces; /* max num of local NDI interface */
uint8 max_peer_entries; /* max num of peer entry */
uint8 max_peer_sched_maps; /* max num of peer schedule maps */
uint8 max_ndp_sessions; /* max num of NDP session */
uint32 cipher_suites_supported_mask; /* bitmask for supported cipher suites */
uint32 reserved_uint32_1; /* reserved for future sub-features */
uint32 reserved_uint32_2; /* reserved for future sub-features */
uint32 reserved_uint32_3; /* reserved for future sub-features */
uint32 reserved_uint32_4; /* reserved for future sub-features */
} wl_nan_fw_cap_v2_t;
/* nan cipher suite support mask bits */
#define WL_NAN_CIPHER_SUITE_SHARED_KEY_128_MASK 0x01u
#define WL_NAN_CIPHER_SUITE_SHARED_KEY_256_MASK 0x02u
#define WL_NAN_CIPHER_SUITE_PUBLIC_KEY_128_MASK 0x04u
#define WL_NAN_CIPHER_SUITE_PUBLIC_KEY_256_MASK 0x08u
#define WL_NAN_CIPHER_SUITE_GROUP_KEY_128_MASK 0x10u
#define WL_NAN_CIPHER_SUITE_GROUP_KEY_256_MASK 0x20u
#define WL_NAN_CIPHER_SUITE_BIP_KEY_128_MASK 0x40u
#define WL_NAN_CIPHER_SUITE_BIP_KEY_256_MASK 0x80u
#define WL_NAN_CIPHER_SUITE_PK_PASN_128_MASK 0x100u
#define WL_NAN_CIPHER_SUITE_PK_PASN_256_MASK 0x200u
/* NAN Save Restore */
#define WL_NAN_NSR2_INFO_MAX_SIZE 2048 /* arbitrary */
/* WL_NAN_XTLV_NSR2_PEER */
typedef struct wl_nan_nsr_peer_info {
struct ether_addr nmi;
uint8 l_min_slots; /* local QoS min slots */
uint8 p_min_slots; /* peer QoS min slots */
uint16 l_max_latency; /* local QoS max latency */
uint16 p_max_latency; /* peer QoS max latency */
uint8 num_map; /* num of NA map */
uint8 PAD;
uint16 attrs_len; /* total len of following attrs */
uint8 attrs[]; /* peer attributes (NA/NDC/ULW/DevCap/Element container) */
} wl_nan_nsr_peer_info_t;
enum wl_nan_nsr_ndp_flag {
WL_NAN_NSR_NDP_FLAG_LCL_INITATOR = 0x0001,
WL_NAN_NSR_NDP_FLAG_MCAST = 0x0002
};
typedef uint16 wl_nan_nsr_ndp_flag_t;
/* WL_NAN_XTLV_NSR2_NDP */
typedef struct wl_nan_nsr_ndp_info {
struct ether_addr peer_nmi;
struct ether_addr peer_ndi;
struct ether_addr lcl_ndi;
uint16 flags; /* wl_nan_nsr_ndp_flag_t */
uint8 pub_id; /* publish id */
uint8 indp_id; /* initiator's ndp id */
uint8 last_token; /* last NDP dialog token */
uint8 PAD;
} wl_nan_nsr_ndp_info_t;
/* NAN2.0 Ranging definitions */
/* result indication bit map */
#define NAN_RANGE_INDICATION_NONE 0
#define NAN_RANGE_INDICATION_CONT (1<<0)
#define NAN_RANGE_INDICATION_INGRESS (1<<1)
#define NAN_RANGE_INDICATION_EGRESS (1<<2)
/* responder flags */
#define NAN_RANGE_FLAG_AUTO_ACCEPT (1 << 0)
#define NAN_RANGE_FLAG_RESULT_REQUIRED (1 << 1)
typedef struct wl_nan_range_req {
struct ether_addr peer;
uint8 publisher_id;
uint8 indication; /* bit map for result event */
uint32 resolution; /* default millimeters */
uint32 ingress; /* ingress limit in mm */
uint32 egress; /* egress limit in mm */
uint32 interval; /* max interval(in TU) b/w two ranging measurements */
uint8 num_meas; /* number of ftm measurement frames for ranging */
uint8 pad[3];
} wl_nan_range_req_t;
#define NAN_RNG_REQ_IOV_LEN 24
typedef uint8 wl_nan_range_id;
typedef struct wl_nan_range_resp {
wl_nan_range_id range_id;
uint8 flags; /* auto response, range result required */
uint8 status; /* accept, reject */
uint8 indication; /* bit map for result event */
uint32 resolution; /* default millimeters */
uint32 ingress; /* ingress limit in mm */
uint32 egress; /* egress limit in mm */
uint32 interval; /* max interval(in TU) b/w two ranging measurements */
} wl_nan_range_resp_t;
#define NAN_RNG_RESP_IOV_LEN 20
#define NAN_RNG_TERM_FLAG_IMMEDIATE (1u << 0u) /* Do not wait for TXS */
#define NAN_RNG_TERM_FLAG_SILENT_TEARDOWN (1u << 1u) /* Do not TX rng_term */
#define NAN_RNG_TERM_FLAG_EVENT_HOST (1u << 2u) /* Notify event to host */
#define NAN_RNG_TERM_FLAG_OPT_TLVS (1u << 3u) /* opt tlvs present */
typedef struct wl_nan_range_cancel_ext {
wl_nan_range_id range_id;
uint8 flags;
uint8 PAD[2];
} wl_nan_range_cancel_ext_t;
#define NAN_RNG_CANCEL_IOV_FIXED_LEN 4u
#define NAN_RNG_MAX_IOV_LEN 255
typedef struct wl_nan_ev_rng_req_ind {
struct ether_addr peer_m_addr;
uint8 rng_id;
/* ftm parameters */
uint8 max_burst_dur;
uint8 min_ftm_delta;
uint8 max_num_ftm;
uint8 ftm_format_bw;
/* location info availability bit map */
uint8 lc_info_avail;
/* Last movement indication */
uint16 last_movement;
uint8 PAD[2];
} wl_nan_ev_rng_req_ind_t;
#define NAN_RNG_REQ_IND_SIZE 14
typedef struct wl_nan_ev_rng_rpt_ind {
uint32 dist_mm; /* in millimeter */
struct ether_addr peer_m_addr;
uint8 indication; /* indication definitions mentioned above */
uint8 rng_id;
} wl_nan_ev_rng_rpt_ind_t;
#define NAN_RNG_RPT_IND_SIZE 12
/* number of continuous ranging crbs which can be idle,
* after which ranging session will be terminated.
* Default value is 5. Set to zero for disabling the
* idle timeout functionality
*/
typedef uint8 wl_nan_range_idle_count_t;
/* nan ranging termination reason codes */
#define NAN_RNG_TERM_REASON_CODE_BASE 100u
#define NAN_RNG_TERM_REASON_CODE(reason_code) \
(NAN_RNG_TERM_REASON_CODE_BASE + (reason_code))
/* Reason Code Unspecified */
#define NAN_RNG_TERM_UNSPECIFIED NAN_RNG_TERM_REASON_CODE(0u)
/* no ftms from peer */
#define NAN_RNG_TERM_IDLE_TIMEOUT NAN_RNG_TERM_REASON_CODE(1u)
/* On Peer Termination */
#define NAN_RNG_TERM_PEER_REQ NAN_RNG_TERM_REASON_CODE(2u)
/* On User or Host Termination */
#define NAN_RNG_TERM_USER_REQ NAN_RNG_TERM_REASON_CODE(3u)
/* On FSM Timeout, waiting for Resp from peer */
#define NAN_RNG_TERM_RNG_RESP_TIMEOUT NAN_RNG_TERM_REASON_CODE(4u)
/* On range resp, reject from peer */
#define NAN_RNG_TERM_RNG_RESP_REJ NAN_RNG_TERM_REASON_CODE(5u)
/* On range req/resp txs fail */
#define NAN_RNG_TERM_RNG_TXS_FAIL NAN_RNG_TERM_REASON_CODE(6u)
typedef struct wl_nan_ev_rng_term_ind {
struct ether_addr peer_m_addr;
uint8 reason_code;
uint8 rng_id;
} wl_nan_ev_rng_term_ind_t;
#define NAN_RNG_TERM_IND_SIZE 8
typedef struct wl_nan_ev_rng_resp {
struct ether_addr peer_m_addr;
uint8 status;
uint8 rng_id;
} wl_nan_ev_rng_resp_t;
/* Used by NDL schedule events -
* WL_NAN_EVENT_PEER_SCHED_UPD_NOTIF, WL_NAN_EVENT_PEER_SCHED_REQ
* WL_NAN_EVENT_PEER_SCHED_RESP, WL_NAN_EVENT_PEER_SCHED_CONF
*/
typedef struct wl_nan_ev_sched_info {
struct ether_addr peer_nmi;
uint8 ndl_status; /* applies only to sched resp/conf */
uint8 PAD;
uint16 opt_tlv_len;
uint8 opt_tlvs[];
} wl_nan_ev_sched_info_t;
/* WL_NAN_EVENT_CHAN_BOUNDARY */
typedef struct wl_nan_chbound_info {
uint32 cluster_tsf_h; /* Current Cluster TSF High */
uint32 cluster_tsf_l; /* Current Cluster TSF Low */
uint16 cur_chspec;
uint16 opt_tlvs_len;
uint8 opt_tlvs[];
} wl_nan_chbound_info_t;
/* channel stats (includes nan & non-nan) */
/* WL_NAN_XTLV_CCA_STATS */
typedef struct wl_nan_cca_stats {
uint16 chanspec;
int16 noise;
uint32 sample_dur; /* CCA measurement duration (in ms) */
uint32 congest_ibss; /* IBSS & TxDUR (in us) */
uint32 congest_obss; /* OBSS & noctg (in us) */
uint32 interference; /* nopkt & ED (in us) */
} wl_nan_cca_stats_t;
/* WL_NAN_XTLV_PER_STATS */
typedef struct wl_nan_per_stats_s {
uint16 chanspec;
uint8 PAD[2];
uint32 sample_dur;
uint32 txframe; /* tx data frames */
uint32 txretrans; /* tx mac retransmits */
uint32 txerror; /* tx data errors */
uint32 txctl; /* tx management frames */
uint32 txserr; /* tx status errors */
uint32 rxframe; /* rx data frames */
uint32 rxerror; /* rx data errors */
uint32 rxctl; /* rx management frames */
uint32 txbar; /* tx bar */
uint32 rxbar; /* rx bar */
uint32 txaction; /* tx action frame */
uint32 rxaction; /* rx action frame */
uint32 txlost; /* lost packets reported in txs */
uint32 rxback; /* rx block ack */
uint32 txback; /* tx bloak ack */
} wl_nan_per_stats_t;
/* fast discovery beacon config
* WL_NAN_XTLV_CFG_FDISC_TBMP
*/
typedef struct wl_nan_fastdisc_s {
uint8 id;
uint8 bitmap_len;
uint8 PAD[2];
uint8 bitmap[];
} wl_nan_fastdisc_t;
#define WL_NAN_FASTDISC_CFG_SIZE 1024 /* arbitrary */
/* NAN NDL schedule info for a particular negotiation.
* WL_NAN_XTLV_NDL_SCHED_INFO
*/
typedef struct wl_nan_ndl_slot_info {
uint16 chanspec;
uint8 nss;
uint8 PAD;
} wl_nan_ndl_slot_info_t;
typedef struct wl_nan_ndl_sched_info {
uint16 num_slot;
uint16 period;
wl_nan_ndl_slot_info_t slot[];
} wl_nan_ndl_sched_info_t;
/*
* NAN multicast data slot bitmap config
* WL_NAN_XTLV_CFG_MCAST_AVAIL_BMP
*/
typedef struct wl_nan_mcast_avail_bmp_s {
uint8 mapid;
uint8 bitmap_len;
uint8 PAD[2];
uint8 bitmap[BCM_FLEX_ARRAY];
} wl_nan_mcast_avail_bmp_t;
#define WL_NAN_MCAST_AVAIL_BMP_LEN_FIXED (OFFSETOF(wl_nan_mcast_avail_bmp_t, bitmap))
#define WL_NAN_MCAST_AVAIL_BMP_LEN_MAX (WL_NAN_MCAST_AVAIL_BMP_LEN_FIXED + 8u) /* 1024/16TU */
typedef struct wl_nan_mcast_avail_s {
struct ether_addr ndi;
uint8 PAD[2];
wl_nan_mcast_avail_bmp_t bmp[];
} wl_nan_mcast_avail_t;
#define WL_NAN_MCAST_AVAIL_LEN_FIXED (OFFSETOF(wl_nan_mcast_avail_t, bmp))
#define WL_NAN_MCAST_AVAIL_LEN_MAX (WL_NAN_MCAST_AVAIL_LEN_FIXED + 64u) /* arbitrary */
/* ********************* end of NAN section ******************************** */
/* endif WL_NAN */
/* NAN P2P operation */
enum {
WL_AVAIL_NONE = 0x0000,
WL_AVAIL_LOCAL = 0x0001,
WL_AVAIL_PEER = 0x0002,
WL_AVAIL_NDC = 0x0003,
WL_AVAIL_IMMUTABLE = 0x0004,
WL_AVAIL_RESPONSE = 0x0005,
WL_AVAIL_COUNTER = 0x0006,
WL_AVAIL_RANGING = 0x0007,
WL_AVAIL_UPD_POT = 0x0008, /* modify potential, keep committed/conditional */
WL_AVAIL_UPD_COM_COND = 0x0009, /* modify committed/conditional, keep potential */
WL_AVAIL_REMOVE_MAP = 0x000A, /* remove map */
WL_AVAIL_FRM_TYPE = 0x000B, /* specify frame types containing NA */
WL_AVAIL_SUBSLOT = 0x000C, /* Sub slot attribute */
WL_AVAIL_TYPE_MAX = WL_AVAIL_SUBSLOT /* New ones before and update */
};
#define WL_AVAIL_TYPE_MASK 0x000F
#define WL_AVAIL_FLAG_ALL_MAPS 0x1000 /* All maps */
#define WL_AVAIL_FLAG_REMOVE 0x2000 /* remove schedule attr of given type & map id */
#define WL_AVAIL_FLAG_SELECTED_NDC 0x4000
#define WL_AVAIL_FLAG_RAW_MODE 0x8000
#define WL_AVAIL_FLAGS_MASK 0xFF00
#define WL_AVAIL_FLAGS_SHIFT 8
typedef int16 wl_avail_flags_t;
/* availability entry flags */
enum {
WL_AVAIL_ENTRY_NONE = 0x0000,
WL_AVAIL_ENTRY_COM = 0x0001, /* committed */
WL_AVAIL_ENTRY_POT = 0x0002, /* potential */
WL_AVAIL_ENTRY_COND = 0x0004, /* conditional */
WL_AVAIL_ENTRY_PAGED = 0x0008, /* P-NDL */
WL_AVAIL_ENTRY_USAGE = 0x0030, /* usage preference */
WL_AVAIL_ENTRY_BIT_DUR = 0x00C0, /* bit duration */
WL_AVAIL_ENTRY_BAND_PRESENT = 0x0100, /* band present */
WL_AVAIL_ENTRY_CHAN_PRESENT = 0x0200, /* channel information present */
WL_AVAIL_ENTRY_CHAN_ENTRY_PRESENT = 0x0400, /* channel entry (opclass+bitmap) */
WL_AVAIL_ENTRY_SUBSLOT_IMMUTABLE = 0x0800, /* Sub slot is immutable */
/* free to use 0x0800 */
WL_AVAIL_ENTRY_RXNSS = 0xF000 /* max num of spatial stream RX */
};
/* bit duration */
enum {
WL_AVAIL_BIT_DUR_16 = 0, /* 16TU */
WL_AVAIL_BIT_DUR_32 = 1, /* 32TU */
WL_AVAIL_BIT_DUR_64 = 2, /* 64TU */
WL_AVAIL_BIT_DUR_128 = 3, /* 128TU */
};
/* period */
enum {
WL_AVAIL_PERIOD_0 = 0, /* 0TU */
WL_AVAIL_PERIOD_128 = 1, /* 128TU */
WL_AVAIL_PERIOD_256 = 2, /* 256TU */
WL_AVAIL_PERIOD_512 = 3, /* 512TU */
WL_AVAIL_PERIOD_1024 = 4, /* 1024TU */
WL_AVAIL_PERIOD_2048 = 5, /* 2048TU */
WL_AVAIL_PERIOD_4096 = 6, /* 4096TU */
WL_AVAIL_PERIOD_8192 = 7, /* 8192TU */
};
/* Band ID values: See Table 99 in NAN R4 spec */
enum {
WL_AVAIL_BAND_NONE = 0, /* reserved */
WL_AVAIL_BAND_SUB1G = 1, /* sub-1 GHz */
WL_AVAIL_BAND_2G = 2, /* 2.4 GHz */
WL_AVAIL_BAND_3G = 3, /* reserved (for 3.6 GHz) */
WL_AVAIL_BAND_5G = 4, /* 4.9 and 5 GHz */
WL_AVAIL_BAND_60G = 5, /* reserved (for 60 GHz) */
WL_AVAIL_BAND_45G = 6, /* 45 GHz */
WL_AVAIL_BAND_6G = 7, /* 6 GHz */
};
#define WL_AVAIL_ENTRY_TYPE_MASK 0x000F
#define WL_AVAIL_ENTRY_USAGE_MASK 0x0030 /* up to 4 usage preferences */
#define WL_AVAIL_ENTRY_USAGE_SHIFT 4
#define WL_AVAIL_ENTRY_USAGE_VAL(_flags) (((_flags) & WL_AVAIL_ENTRY_USAGE_MASK) \
>> WL_AVAIL_ENTRY_USAGE_SHIFT)
#define WL_AVAIL_ENTRY_BIT_DUR_MASK 0x00C0 /* 0:16TU, 1:32TU, 2:64TU, 3:128TU */
#define WL_AVAIL_ENTRY_BIT_DUR_SHIFT 6
#define WL_AVAIL_ENTRY_BIT_DUR_VAL(_flags) (((_flags) & WL_AVAIL_ENTRY_BIT_DUR_MASK) \
>> WL_AVAIL_ENTRY_BIT_DUR_SHIFT)
#define WL_AVAIL_ENTRY_BAND_MASK 0x0100 /* 0=band not present, 1=present */
#define WL_AVAIL_ENTRY_BAND_SHIFT 8
#define WL_AVAIL_ENTRY_CHAN_MASK 0x0200 /* 0=channel info not present, 1=present */
#define WL_AVAIL_ENTRY_CHAN_SHIFT 9
#define WL_AVAIL_ENTRY_CHAN_ENTRY_MASK 0x0400 /* 0=chanspec, 1=hex channel entry */
#define WL_AVAIL_ENTRY_CHAN_ENTRY_SHIFT 10
#define WL_AVAIL_ENTRY_RXNSS_MASK 0xF000
#define WL_AVAIL_ENTRY_RXNSS_SHIFT 12
#define WL_AVAIL_ENTRY_RXNSS_VAL(_flags) (((_flags) & WL_AVAIL_ENTRY_RXNSS_MASK) \
>> WL_AVAIL_ENTRY_RXNSS_SHIFT)
#define WL_AVAIL_ENTRY_RXNSS_MAX 15 /* 0-15 */
/* mask for channel_entry (to be obsoleted) */
#define WL_AVAIL_ENTRY_OPCLASS_MASK 0xFF
#define WL_AVAIL_ENTRY_CHAN_BITMAP_MASK 0xFF00
#define WL_AVAIL_ENTRY_CHAN_BITMAP_SHIFT 8
#define WL_AVAIL_ENTRY_CHAN_BITMAP_VAL(_info) (((_info) & WL_AVAIL_ENTRY_CHAN_BITMAP_MASK) \
>> WL_AVAIL_ENTRY_CHAN_BITMAP_SHIFT)
/* Max allowed timebitmap bits length: Worst case allowed with 1tu duration for 1024tu period */
#define NAN_S3_MAX_TMB_LEN (NAN_SLOT_DUR_1024TU / NBBY)
/* Used for raw channel entry field input */
#define MAX_CHAN_ENTRY_LEN 6
typedef struct wl_avail_entry {
uint16 length; /* total length */
uint16 start_offset; /* in TUs, multiply by 16 for total offset */
union {
uint32 channel_info; /* either chanspec or hex channel entry (opclass +
* bitmap per NAN spec), as indicated by setting
* WL_AVAIL_ENTRY_HEX_CHAN_ENTRY flag
*/
uint32 band; /* defined by WL_BAND enum, 2=2.4GHz, 4=5GHz */
uint8 channel_entry[MAX_CHAN_ENTRY_LEN];
uint8 align[8]; /* aligned len of union in structure (not for use)
* if member of union is changed,
* update length of align[] accordingly.
*/
} u; /* band or channel value, 0=all band/channels */
uint8 sched_map_id; /* avail map id associated with sched entry */
uint8 PAD;
uint8 period; /* in TUs, defined by WL_AVAIL_PERIOD enum
* 1:128, 2:256, 3:512, 4:1024, 5:2048, 6:4096,
* 7:8192
*/
uint8 bitmap_len;
uint16 flags; /* defined by avail entry flags enum:
* type, usage pref, bit duration, rx nss,
* and band, channel or channel entry
*/
uint8 bitmap[]; /* time bitmap */
} wl_avail_entry_t;
#define WL_AVAIL_VERSION 1 /* current wl_avail version */
typedef struct wl_avail {
uint16 length; /* total length */
uint16 flags; /* LSB - avail type (defined by WL_AVAIL enum)
* MSB - avail flags
*/
uint8 id; /* id used for multiple maps/avail */
uint8 lndc_id; /* ndc id used in multi-ndc case */
uint8 version;
uint8 PAD;
struct ether_addr addr; /* peer mac address or ndc id */
uint8 num_entries;
uint8 unused_byte;
/* add additional fields above this line */
uint8 entry[];
} wl_avail_t;
#define WL_AVAIL_MIN_LEN(n) ((n) ? OFFSETOF(wl_avail_t, entry) + \
((n) * OFFSETOF(wl_avail_entry_t, bitmap)) : 0)
/* unaligned schedule (window) */
typedef struct wl_avail_ulw {
uint8 id; /* schedule ID */
uint8 overwrite; /* bit 0: overwrite all
* 1-4: map ID if overwrite all is 0
*/
uint16 flags;
uint32 start; /* start time of first ULW, in us */
uint32 dur; /* duration of ULW, in us */
uint32 period; /* time between consecutive ULWs, in us */
union {
uint32 chanspec;
uint32 band;
uint8 chan_entry[MAX_CHAN_ENTRY_LEN];
uint8 PAD[8];
} u;
uint8 cntdwn; /* remaining ULWs before schedule ends */
uint8 PAD[3];
} wl_avail_ulw_t;
/* unset: NAN is not available during ULW, set: NAN is avail depending on ctrl flags */
#define WL_NAN_ULW_CTRL_PRESENT (1 << 0)
/* unset: band, set: channel */
#define WL_NAN_ULW_CTRL_TYPE (1 << 1)
/* set: NAN is availabile on specified band/channel */
#define WL_NAN_ULW_CTRL_AVAIL (1 << 2)
/* channel is provided in raw attribute format */
#define WL_NAN_ULW_CTRL_RAW_CHAN (1 << 3)
/* nan wfa testmode operations */
enum {
WL_NAN_WFA_TM_IGNORE_TERMINATE_NAF = 0x00000001,
WL_NAN_WFA_TM_IGNORE_RX_DATA_OUTSIDE_CRB = 0x00000002,
WL_NAN_WFA_TM_ALLOW_TX_DATA_OUTSIDE_CRB = 0x00000004,
WL_NAN_WFA_TM_ENFORCE_NDL_COUNTER = 0x00000008,
WL_NAN_WFA_TM_BYPASS_NDL_PROPOSAL_VALIDATION = 0x00000010,
/* allow data(pings) tx while ndp sec negotiation */
WL_NAN_WFA_TM_SEC_SEND_PINGS_BYPASS_NDP_SM = 0x00000020,
/* generate and insert incorrect mic */
WL_NAN_WFA_TM_SEC_INCORRECT_MIC = 0x00000040,
/* send m4 reject deliberately */
WL_NAN_WFA_TM_SEC_REJECT_STATUS4M4 = 0x00000080,
/* send mgmt frame (for eg. ndp terminate) in clear txt (bypass security) */
WL_NAN_WFA_TM_SEC_SEND_MGMT_CLEAR = 0x00000100,
/* validate qos */
WL_NAN_WFA_TM_NDL_QOS_VALIDATE = 0x00000200,
/* firmware generated schedule update */
WL_NAN_WFA_TM_GEN_SCHED_UPD = 0x00000400,
/* add lower 4-bytes of TSF to configured start time */
WL_NAN_WFA_TM_ULW_START_TIME = 0x00000800,
/* enable schedule validation for SDF */
WL_NAN_WFA_TM_SDF_SCHED_VALIDATE = 0x00001000,
/* by pass faw na iovar */
WL_NAN_WFA_TM_SKIP_RAW_NA_BLOB = 0x00002000,
/* overwrite local NA with peer NA in received frame */
WL_NAN_WFA_TM_LOCAL_NA_OVERWRITE = 0x00004000,
/* randomize and self configure ndl qos(needed at responder in auto mode) */
WL_NAN_WFA_TM_SELF_CFG_NDL_QOS = 0x00008000,
/* send NAF frames only in DW */
WL_NAN_WFA_TM_SEND_NAF_IN_DW = 0x00010000,
/* restrict channels used for countered slots to Ch 6/149 only */
WL_NAN_WFA_TM_RESTRICT_COUNTER_SLOTS_CHAN = 0x00020000,
/* NDPE negative test case (4.2.5 & 4.2.6) */
WL_NAN_WFA_TM_NDPE_NEGATIVE_TEST_TB = 0x00040000,
/* Set NDPE(NAN3.0) capable bit in dev cap attr */
WL_NAN_WFA_TM_ENABLE_NDPE_CAP = 0x00080000,
/* NDPE negative test case (4.2.5.2). Enable both NDP and NDPE attributes */
WL_NAN_WFA_TM_ENABLE_NDP_NDPE_ATTR = 0x00100000,
/* add above & update mask */
WL_NAN_WFA_TM_FLAG_MASK = 0x001FFFFF
};
typedef uint32 wl_nan_wfa_testmode_t;
/* To be removed; replaced by wl_nan_vndr_payload */
typedef struct wl_nan_vndr_ie {
uint32 flags; /* bitmask indicating which packet(s) contain this IE */
uint16 body_len; /* length of body (does not include oui field) */
uint8 PAD[2];
uint8 oui[DOT11_OUI_LEN];
uint8 PAD;
uint8 body[]; /* vendor IE payload */
} wl_nan_vndr_ie_t;
typedef struct wl_nan_vndr_payload {
uint32 flags; /* bitmask indicating which packet(s) contain payload */
uint16 payload_len; /* length of payload */
uint8 PAD[2];
uint8 payload[]; /* payload to be appended to NAN frame */
} wl_nan_vndr_payload_t;
typedef struct wl_nan_dev_cap {
uint8 bands[NAN_MAX_BANDS];
uint8 awake_dw[NAN_MAX_BANDS];
uint8 overwrite_mapid[NAN_MAX_BANDS];
uint8 mapid; /* dev cap mapid */
uint8 all_maps; /* applies to device */
uint8 paging;
uint8 PAD[3];
} wl_nan_dev_cap_t;
/* arbitrary max len for frame template */
#define WL_NAN_FRM_TPLT_MAX_LEN 1024
typedef struct wl_nan_frm_tplt {
wl_nan_frame_type_t type;
uint8 PAD;
uint16 len; /* length of template */
uint8 data[]; /* template */
} wl_nan_frm_tplt_t;
#define RSSI_THRESHOLD_SIZE 16
#define MAX_IMP_RESP_SIZE 256
typedef struct wl_proxd_rssi_bias {
int32 version; /**< version */
int32 threshold[RSSI_THRESHOLD_SIZE]; /**< threshold */
int32 peak_offset; /**< peak offset */
int32 bias; /**< rssi bias */
int32 gd_delta; /**< GD - GD_ADJ */
int32 imp_resp[MAX_IMP_RESP_SIZE]; /**< (Hi*Hi)+(Hr*Hr) */
} wl_proxd_rssi_bias_t;
typedef struct wl_proxd_rssi_bias_avg {
int32 avg_threshold[RSSI_THRESHOLD_SIZE]; /**< avg threshold */
int32 avg_peak_offset; /**< avg peak offset */
int32 avg_rssi; /**< avg rssi */
int32 avg_bias; /**< avg bias */
} wl_proxd_rssi_bias_avg_t;
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_collect_info {
uint16 type; /**< type: 0 channel table, 1 channel smoothing table, 2 and 3 seq */
uint16 index; /**< The current frame index, from 1 to total_frames. */
uint16 tof_cmd; /**< M_TOF_CMD */
uint16 tof_rsp; /**< M_TOF_RSP */
uint16 tof_avb_rxl; /**< M_TOF_AVB_RX_L */
uint16 tof_avb_rxh; /**< M_TOF_AVB_RX_H */
uint16 tof_avb_txl; /**< M_TOF_AVB_TX_L */
uint16 tof_avb_txh; /**< M_TOF_AVB_TX_H */
uint16 tof_id; /**< M_TOF_ID */
uint8 tof_frame_type;
uint8 tof_frame_bw;
int8 tof_rssi;
int32 tof_cfo;
int32 gd_adj_ns; /**< gound delay */
int32 gd_h_adj_ns; /**< group delay + threshold crossing */
int16 nfft; /**< number of samples stored in H */
uint8 num_max_cores;
} BWL_POST_PACKED_STRUCT wl_proxd_collect_info_t;
#include <packed_section_end.h>
#define K_TOF_COLLECT_H_PAD 1
#define K_TOF_COLLECT_SC_20MHZ (64)
/* Maximum possible size of sample capture */
#define K_TOF_COLLECT_SC_80MHZ (2*K_TOF_COLLECT_SC_20MHZ)
/* Maximum possible size of channel dump */
#define K_TOF_COLLECT_CHAN_SIZE (2*K_TOF_COLLECT_SC_80MHZ)
/*
A few extra samples are required to estimate frequency offset
Right now 16 samples are being used. Can be changed in future.
*/
#define K_TOF_COLLECT_SAMP_SIZE_20MHZ ((2u) * (K_TOF_COLLECT_SC_20MHZ) + \
(16u) + (K_TOF_COLLECT_H_PAD))
#define K_TOF_COLLECT_RAW_SAMP_SIZE_20MHZ ((2u) * (K_TOF_COLLECT_SAMP_SIZE_20MHZ))
#define K_TOF_COLLECT_H_SIZE_20MHZ (K_TOF_COLLECT_SAMP_SIZE_20MHZ)
#define K_TOF_COLLECT_HRAW_SIZE_20MHZ (K_TOF_COLLECT_RAW_SAMP_SIZE_20MHZ)
#define K_TOF_COLLECT_SAMP_SIZE_80MHZ ((2u) * (K_TOF_COLLECT_SC_80MHZ) + \
(16u) + (K_TOF_COLLECT_H_PAD))
#define K_TOF_COLLECT_RAW_SAMP_SIZE_80MHZ ((2u) * K_TOF_COLLECT_SAMP_SIZE_80MHZ)
#define K_TOF_COLLECT_H_SIZE_80MHZ (K_TOF_COLLECT_SAMP_SIZE_80MHZ)
#define K_TOF_COLLECT_HRAW_SIZE_80MHZ (K_TOF_COLLECT_RAW_SAMP_SIZE_80MHZ)
#define K_TOF_COLLECT_HRAW_SIZE_20MHZ_1FS (K_TOF_COLLECT_SAMP_SIZE_20MHZ)
#define K_TOF_COLLECT_HRAW_SIZE_80MHZ_1FS ((2u) * (K_TOF_COLLECT_SAMP_SIZE_20MHZ))
#define WL_PROXD_COLLECT_DATA_VERSION_1 1
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_collect_data_v1 {
wl_proxd_collect_info_t info;
uint8 ri_rr[FTM_TPK_RI_RR_LEN];
/**< raw data read from phy used to adjust timestamps */
uint32 H[K_TOF_COLLECT_H_SIZE_20MHZ];
} BWL_POST_PACKED_STRUCT wl_proxd_collect_data_t_v1;
#include <packed_section_end.h>
#define WL_PROXD_COLLECT_DATA_VERSION_2 2
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_collect_data_v2 {
wl_proxd_collect_info_t info;
uint8 ri_rr[FTM_TPK_RI_RR_LEN_SECURE_2_0];
/**< raw data read from phy used to adjust timestamps */
uint32 H[K_TOF_COLLECT_H_SIZE_20MHZ];
} BWL_POST_PACKED_STRUCT wl_proxd_collect_data_t_v2;
#include <packed_section_end.h>
#define WL_PROXD_COLLECT_DATA_VERSION_3 3
typedef struct wl_proxd_collect_data_v3 {
uint16 version;
uint16 len;
wl_proxd_collect_info_t info;
uint8 ri_rr[FTM_TPK_RI_RR_LEN_SECURE_2_0];
/**< raw data read from phy used to adjust timestamps */
uint32 H[K_TOF_COLLECT_H_SIZE_20MHZ];
uint32 chan[4 * K_TOF_COLLECT_CHAN_SIZE];
} wl_proxd_collect_data_t_v3;
#define WL_PROXD_COLLECT_DATA_VERSION_4 4
typedef struct wl_proxd_collect_data_v4 {
uint16 version;
uint16 len;
wl_proxd_collect_info_t info;
uint8 ri_rr[FTM_TPK_RI_RR_LEN_SECURE_2_0_5G];
uint8 PAD[2];
/**< raw data read from phy used to adjust timestamps */
uint32 H[K_TOF_COLLECT_H_SIZE_20MHZ];
uint32 chan[4 * K_TOF_COLLECT_CHAN_SIZE];
} wl_proxd_collect_data_t_v4;
#define WL_PROXD_COLLECT_DATA_VERSION_MAX WL_PROXD_COLLECT_DATA_VERSION_4
typedef struct wl_proxd_debug_data {
uint8 count; /**< number of packets */
uint8 stage; /**< state machone stage */
uint8 received; /**< received or txed */
uint8 paket_type; /**< packet type */
uint8 category; /**< category field */
uint8 action; /**< action field */
uint8 token; /**< token number */
uint8 follow_token; /**< following token number */
uint16 index; /**< index of the packet */
uint16 tof_cmd; /**< M_TOF_CMD */
uint16 tof_rsp; /**< M_TOF_RSP */
uint16 tof_avb_rxl; /**< M_TOF_AVB_RX_L */
uint16 tof_avb_rxh; /**< M_TOF_AVB_RX_H */
uint16 tof_avb_txl; /**< M_TOF_AVB_TX_L */
uint16 tof_avb_txh; /**< M_TOF_AVB_TX_H */
uint16 tof_id; /**< M_TOF_ID */
uint16 tof_status0; /**< M_TOF_STATUS_0 */
uint16 tof_status2; /**< M_TOF_STATUS_2 */
uint16 tof_chsm0; /**< M_TOF_CHNSM_0 */
uint16 tof_phyctl0; /**< M_TOF_PHYCTL0 */
uint16 tof_phyctl1; /**< M_TOF_PHYCTL1 */
uint16 tof_phyctl2; /**< M_TOF_PHYCTL2 */
uint16 tof_lsig; /**< M_TOF_LSIG */
uint16 tof_vhta0; /**< M_TOF_VHTA0 */
uint16 tof_vhta1; /**< M_TOF_VHTA1 */
uint16 tof_vhta2; /**< M_TOF_VHTA2 */
uint16 tof_vhtb0; /**< M_TOF_VHTB0 */
uint16 tof_vhtb1; /**< M_TOF_VHTB1 */
uint16 tof_apmductl; /**< M_TOF_AMPDU_CTL */
uint16 tof_apmdudlim; /**< M_TOF_AMPDU_DLIM */
uint16 tof_apmdulen; /**< M_TOF_AMPDU_LEN */
} wl_proxd_debug_data_t;
/** version of the wl_wsec_info structure */
#define WL_WSEC_INFO_VERSION_1 0x01
/** start enum value for BSS properties */
#define WL_WSEC_INFO_BSS_BASE 0x0100
/* for WFA testing (CTT testbed) */
#define WL_WSEC_INFO_TEST_BASE 0x0300
/** size of len and type fields of wl_wsec_info_tlv_t struct */
#define WL_WSEC_INFO_TLV_HDR_LEN OFFSETOF(wl_wsec_info_tlv_t, data)
/** Allowed wl_wsec_info properties; not all of them may be supported. */
typedef enum {
WL_WSEC_INFO_NONE = 0,
WL_WSEC_INFO_MAX_KEYS = 1,
WL_WSEC_INFO_NUM_KEYS = 2,
WL_WSEC_INFO_NUM_HW_KEYS = 3,
WL_WSEC_INFO_MAX_KEY_IDX = 4,
WL_WSEC_INFO_NUM_REPLAY_CNTRS = 5,
WL_WSEC_INFO_SUPPORTED_ALGOS = 6,
WL_WSEC_INFO_MAX_KEY_LEN = 7,
WL_WSEC_INFO_FLAGS = 8,
/* add global/per-wlc properties above */
WL_WSEC_INFO_BSS_FLAGS = (WL_WSEC_INFO_BSS_BASE + 1),
WL_WSEC_INFO_BSS_WSEC = (WL_WSEC_INFO_BSS_BASE + 2),
WL_WSEC_INFO_BSS_TX_KEY_ID = (WL_WSEC_INFO_BSS_BASE + 3),
WL_WSEC_INFO_BSS_ALGO = (WL_WSEC_INFO_BSS_BASE + 4),
WL_WSEC_INFO_BSS_KEY_LEN = (WL_WSEC_INFO_BSS_BASE + 5),
WL_WSEC_INFO_BSS_ALGOS = (WL_WSEC_INFO_BSS_BASE + 6),
WL_WSEC_INFO_BSS_WPA_AP_RESTRICT = (WL_WSEC_INFO_BSS_BASE + 7),
WL_WSEC_INFO_BSS_PMK_PASSPHRASE = (WL_WSEC_INFO_BSS_BASE + 8),
WL_WSEC_INFO_BSS_SAE_PWE = (WL_WSEC_INFO_BSS_BASE + 9),
WL_WSEC_INFO_BSS_SAE_PK = (WL_WSEC_INFO_BSS_BASE + 0xA),
WL_WSEC_INFO_6G_LEGACY_SEC = (WL_WSEC_INFO_BSS_BASE + 0xB),
WL_WSEC_INFO_BSS_TD_POLICY = (WL_WSEC_INFO_BSS_BASE + 0xC), /* set TD policy */
WL_WSEC_INFO_SAE_GROUPS = (WL_WSEC_INFO_BSS_BASE + 0xD),
WL_WSEC_INFO_OCV = (WL_WSEC_INFO_BSS_BASE + 0xE),
WL_WSEC_INFO_BSS_KEY_IDLE_TIME = (WL_WSEC_INFO_BSS_BASE + 0xF),
/* Include RSNXE in pure WPA-PSK mode */
WL_WSEC_INFO_BSS_INCLUDE_RSNXE = (WL_WSEC_INFO_BSS_BASE + 0x10),
/* set/get OWE DH group Id */
WL_WSEC_INFO_OWE_DH_GROUP = (WL_WSEC_INFO_BSS_BASE + 0x11),
/*
* ADD NEW ENUM ABOVE HERE
*/
/* WPA3 CTT testbed specific requirement. refer to WFA CAPI command list */
WL_WSEC_INFO_TEST_UNUSED = (WL_WSEC_INFO_TEST_BASE), /* reserved for future use */
WL_WSEC_INFO_TEST_SAE_GROUP_REJ = (WL_WSEC_INFO_TEST_BASE + 1u), /* rejected group ID */
WL_WSEC_INFO_TEST_SAE_INVALID_VEC = (WL_WSEC_INFO_TEST_BASE + 2u), /* test SAE vector */
WL_WSEC_INFO_TEST_PMK = (WL_WSEC_INFO_TEST_BASE + 3u), /* query PMK */
WL_WSEC_INFO_TEST_UNUSED1 = (WL_WSEC_INFO_TEST_BASE + 4u), /* reserved for future */
WL_WSEC_INFO_TEST_INVALID_OCI = (WL_WSEC_INFO_TEST_BASE + 5u), /* OCV invalid OCI */
WL_WSEC_INFO_TEST_PMKSA_CACHE = (WL_WSEC_INFO_TEST_BASE + 6u), /* PMKSA cache on/off */
WL_WSEC_INFO_TEST_IGNORE_CSA = (WL_WSEC_INFO_TEST_BASE + 7u), /* Ignore CSA */
WL_WSEC_INFO_TEST_IGNORE_ASSOCRESP = (WL_WSEC_INFO_TEST_BASE + 8u), /* Ignore ReassocResp */
/* sending disassoc frame when MFP query timed out */
WL_WSEC_INFO_TEST_DISASSOC_MFP_TMO = (WL_WSEC_INFO_TEST_BASE + 10u),
/* get Pairwise Key (Temporal Key) */
WL_WSEC_INFO_TEST_TK = (WL_WSEC_INFO_TEST_BASE + 11u),
/* add per-BSS properties above */
WL_WSEC_INFO_MAX = 0xffff
} wl_wsec_info_type_t;
#define WL_WSEC_PMK_INFO_VERSION 0x0100 /**< version 1.0 */
typedef uint16 wl_wsec_info_pmk_info_flags_t;
typedef uint32 wl_wsec_info_pmk_lifetime_t;
typedef uint8 wl_wsec_info_akm_mask_t;
typedef uint16 wl_wsec_info_pmk_info_flags;
enum {
WL_WSEC_PMK_INFO_SSID_PRESENT = 0x1,
WL_WSEC_PMK_DEFAULT_LIFETIME = 0x2
};
struct bcm_xlo {
uint16 len;
uint16 off;
};
typedef struct bcm_xlo bcm_xlo_t;
/* Supported operations (actions) for PMK info */
/* Add passphrase/pmk entry with the info provided..this is default behaviour */
#define WL_WSEC_PMK_INFO_ADD 0x0u
/* Search passphrase entry with info provided and delete it */
#define WL_WSEC_PMK_INFO_DEL 0x1u
/*
** all offsets are from the beginning of the structure that starts
** with the version field and length field is the total length of the structure
** including the version and length fields
*/
typedef struct wl_wsec_info_pmk_info {
uint16 version; /* WL_WSEC_PMK_INFO_VERSION */
uint16 len;
uint16 next_offset; /* If non zero, specifies offset of next next_offset field */
wl_wsec_info_pmk_info_flags_t flags; /* Fill in the input based on the flags */
wl_wsec_info_pmk_lifetime_t pmk_lifetime;
wl_wsec_info_akm_mask_t akm_mask; /* RSN authenticated key management suite */
uint8 action; /* add/del */
uint8 rsvd[2]; /* reserved for future use */
bcm_xlo_t ssid; /* ssid - key, zero length is allowed for SSID */
bcm_xlo_t bssid; /* bssid - key, zero length = broadcast/wildcard */
bcm_xlo_t pass_id; /* key - optional password id for SAE */
bcm_xlo_t pmk; /* pmk - either 32 or 48 byte for SuiteB-192 */
bcm_xlo_t passphrase; /* passphrase info */
/* data follows */
} wl_wsec_info_pmk_info_t;
typedef struct {
uint32 algos; /* set algos to be enabled/disabled */
uint32 mask; /* algos outside mask unaltered */
} wl_wsec_info_algos_t;
/** tlv used to return wl_wsec_info properties */
typedef struct {
uint16 type;
uint16 len; /**< data length */
uint8 data[1]; /**< data follows */
} wl_wsec_info_tlv_t;
/** input/output data type for wsec_info iovar */
typedef struct wl_wsec_info {
uint8 version; /**< structure version */
uint8 PAD[2];
uint8 num_tlvs;
wl_wsec_info_tlv_t tlvs[BCM_FLEX_ARRAY]; /**< tlv data follows */
} wl_wsec_info_t;
#define AP_BLOCK_NONE 0x00000000u /* No restriction (default) */
/* Policy when WPA3/SAE is configured for the BSS */
#define AP_ALLOW_WPA2 0x00000001u /* Allow WPA2PSK AP during join or roam */
#define AP_ALLOW_WPA3_TO_WPA2_TSN 0x00000002u /* Replacement for AP_ALLOW_TSN */
#define AP_ALLOW_TSN AP_ALLOW_WPA3_TO_WPA2_TSN
#define AP_ALLOW_WPA3_ONLY 0x00000004u /* Allow WPA3 only AP during join or roam */
/* AP_ALLOW_WPA3_ONLY is write only
** supports AP_ALLOW_WPA3_2G_5G_ONLY and AP_ALLOW_WPA3_6G_ONLY
** DEPRECATED moving forward
*/
/* Policy when WPA2 PSK, but not SAE is configured for the BSS */
#define AP_WPA2_PSK_NO_MIX_SEC 0x00000008u /* Disallow Mixed WPA/WPA2 security during roam */
#define AP_ALLOW_WPA2_to_WPA_NO_TSN 0x00000008u /* Replacement for AP_WPA2_PSK_NO_MIX_SEC */
#define AP_ALLOW_WPA3_TO_WPA_NO_TSN 0x00000040u /* Dont allow WPA3 to WPA TSN */
#define AP_ALLOW_NO_TSN (AP_ALLOW_WPA3_TO_WPA_NO_TSN | AP_ALLOW_WPA2_to_WPA_NO_TSN)
#define AP_ALLOW_WPA3_2G_5G_ONLY 0x00000010u /* Allow WPA3 only 2G/5G AP join or roam */
#define AP_ALLOW_WPA3_6G_ONLY 0x00000020u /* Allow WPA3 only 6G AP during join or roam */
/* All flags */
#define AP_ALLOW_MAX (AP_ALLOW_WPA2 | AP_ALLOW_TSN | \
AP_ALLOW_WPA3_ONLY | AP_WPA2_PSK_NO_MIX_SEC) /* DEPRECATED moving forward */
/* AP_ALLOW_MAX will be defined in the src component */
/* OWE roaming policy bit definitions */
#define AP_ALLOW_OPEN_ONLY 0x00010000u /* Allow roam to open APs (2G and 5G) */
#define AP_ALLOW_OWE_TRANS_2G_5G 0x00020000u /* Allow roam to owe transition n/w */
#define AP_ALLOW_OWE_ONLY_IN_2G_5G 0x00040000u /* Allow roam to owe only APs in 2G or 5G */
#define AP_ALLOW_OWE_ONLY_IN_6G 0x00080000u /* Allow roam to owe only APs in 6g only */
/* Mask to include WPA3 Roam Policy */
#define WPA3_ROAM_POLICY_MASK (AP_ALLOW_WPA2 | AP_ALLOW_TSN | \
AP_ALLOW_WPA3_ONLY | AP_WPA2_PSK_NO_MIX_SEC | \
AP_ALLOW_WPA3_2G_5G_ONLY | AP_ALLOW_WPA3_6G_ONLY)
/* Mask to determine OWE Roam Policy */
#define OWE_ROAM_POLICY_MASK (AP_ALLOW_OPEN_ONLY | AP_ALLOW_OWE_TRANS_2G_5G | \
AP_ALLOW_OWE_ONLY_IN_6G | AP_ALLOW_OWE_ONLY_IN_2G_5G)
/* If MLO is enabled, then restrict MLO-OWE connection to only OWE APs */
#define OWE_MLO_ROAM_POLICY_MASK (AP_ALLOW_OWE_ONLY_IN_6G | AP_ALLOW_OWE_ONLY_IN_2G_5G)
typedef struct {
uint32 wpa_ap_restrict; /* set WPA2 / WPA3 AP restriction policy */
} wl_wsec_info_wpa_ap_restrict_t;
/* SAE PWE derivation method */
#define SAE_PWE_INVALID 0x0u
#define SAE_PWE_LOOP 0x1u
#define SAE_PWE_H2E 0x2u
/* SAE PK modes */
#define WSEC_SAE_PK_NONE 0u
#define WSEC_SAE_PK_ENABLED 0x1u
#define WSEC_SAE_PK_ONLY 0x2u
/* HE 6Ghz security bitmap */
#define WL_HE_6G_SEC_DISABLE 0x00u /* HE 6G Open Security support disable */
#define WL_HE_6G_SEC_OPEN 0x01u /* HE 6G Open Security support */
/*
* randmac definitions
*/
#define WL_RANDMAC_MODULE "randmac"
#define WL_RANDMAC_API_VERSION 0x0100 /**< version 1.0 */
#define WL_RANDMAC_API_MIN_VERSION 0x0100 /**< version 1.0 */
/** subcommands that can apply to randmac */
enum {
WL_RANDMAC_SUBCMD_NONE = 0,
WL_RANDMAC_SUBCMD_GET_VERSION = 1,
WL_RANDMAC_SUBCMD_ENABLE = 2,
WL_RANDMAC_SUBCMD_DISABLE = 3,
WL_RANDMAC_SUBCMD_CONFIG = 4,
WL_RANDMAC_SUBCMD_STATS = 5,
WL_RANDMAC_SUBCMD_CLEAR_STATS = 6,
WL_RANDMAC_SUBCMD_MAX
};
typedef int16 wl_randmac_subcmd_t;
/* Common IOVAR struct */
typedef struct wl_randmac {
uint16 version;
uint16 len; /* total length */
wl_randmac_subcmd_t subcmd_id; /* subcommand id */
uint8 data[0]; /* subcommand data */
} wl_randmac_t;
#define WL_RANDMAC_IOV_HDR_SIZE OFFSETOF(wl_randmac_t, data)
/* randmac version subcommand */
typedef struct wl_randmac_version {
uint16 version; /* Randmac method version info */
uint8 PAD[2]; /* Align on 4 byte boundary */
} wl_randmac_version_t;
/*
* Bitmask for methods supporting MAC randomization feature
*/
#define WL_RANDMAC_USER_NONE 0x0000
#define WL_RANDMAC_USER_FTM 0x0001
#define WL_RANDMAC_USER_NAN 0x0002
#define WL_RANDMAC_USER_SCAN 0x0004
#define WL_RANDMAC_USER_ANQP 0x0008
#define WL_RANDMAC_USER_ALL 0xFFFF
typedef uint16 wl_randmac_method_t;
enum {
WL_RANDMAC_FLAGS_NONE = 0x00,
WL_RANDMAC_FLAGS_ADDR = 0x01,
WL_RANDMAC_FLAGS_MASK = 0x02,
WL_RANDMAC_FLAGS_METHOD = 0x04,
WL_RANDMAC_FLAGS_ALL = 0xFF
};
typedef uint8 wl_randmac_flags_t;
/* randmac statistics subcommand */
typedef struct wl_randmac_stats {
uint32 set_ok; /* Set random addr success count */
uint32 set_fail; /* Set random addr failed count */
uint32 set_reqs; /* Set random addr count */
uint32 reset_reqs; /* Restore random addr count */
uint32 restore_ok; /* Restore random addr succes count */
uint32 restore_fail; /* Restore random addr failed count */
uint32 events_sent; /* randmac module events count */
uint32 events_rcvd; /* randmac events received count */
} wl_randmac_stats_t;
/* randmac config subcommand */
typedef struct wl_randmac_config {
struct ether_addr addr; /* Randomized MAC address */
struct ether_addr addr_mask; /* bitmask for randomization */
wl_randmac_method_t method; /* Enabled methods */
wl_randmac_flags_t flags; /* What config info changed */
uint8 PAD;
} wl_randmac_config_t;
enum {
WL_RANDMAC_EVENT_NONE = 0, /**< not an event, reserved */
WL_RANDMAC_EVENT_BSSCFG_ADDR_SET = 1, /* bsscfg addr randomized */
WL_RANDMAC_EVENT_BSSCFG_ADDR_RESTORE = 2, /* bsscfg addr restored */
WL_RANDMAC_EVENT_ENABLED = 3, /* randmac module enabled */
WL_RANDMAC_EVENT_DISABLE = 4, /* randmac module disabled */
WL_RANDMAC_EVENT_BSSCFG_STATUS = 5, /* bsscfg enable/disable */
WL_RANDMAC_EVENT_MAX
};
typedef int16 wl_randmac_event_type_t;
typedef int32 wl_randmac_status_t;
typedef uint32 wl_randmac_event_mask_t;
#define WL_RANDMAC_EVENT_MASK_ALL 0xfffffffe
#define WL_RANDMAC_EVENT_MASK_EVENT(_event_type) (1 << (_event_type))
#define WL_RANDMAC_EVENT_ENABLED(_mask, _event_type) (\
((_mask) & WL_RANDMAC_EVENT_MASK_EVENT(_event_type)) != 0)
/** tlv IDs - data length 4 bytes unless overridden by type, alignment 32 bits */
enum {
WL_RANDMAC_TLV_NONE = 0,
WL_RANDMAC_TLV_METHOD = 1,
WL_RANDMAC_TLV_ADDR = 2,
WL_RANDMAC_TLV_MASK = 3
};
typedef uint16 wl_randmac_tlv_id_t;
typedef struct wl_randmac_tlv {
wl_randmac_tlv_id_t id;
uint16 len; /* Length of variable */
uint8 data[1];
} wl_randmac_tlv_t;
/** randmac event */
typedef struct wl_randmac_event {
uint16 version;
uint16 len; /* Length of all variables */
wl_randmac_event_type_t type;
wl_randmac_method_t method;
uint8 PAD[2];
wl_randmac_tlv_t tlvs[BCM_FLEX_ARRAY]; /**< variable */
} wl_randmac_event_t;
/*
* scan MAC definitions
*/
/** common iovar struct */
typedef struct wl_scanmac {
uint16 subcmd_id; /**< subcommand id */
uint16 len; /**< total length of data[] */
uint8 data[]; /**< subcommand data */
} wl_scanmac_t;
/* subcommand ids */
#define WL_SCANMAC_SUBCMD_ENABLE 0
#define WL_SCANMAC_SUBCMD_BSSCFG 1u /**< only GET supported */
#define WL_SCANMAC_SUBCMD_CONFIG 2u
#define WL_SCANMAC_SUBCMD_MACADDR 3u
/** scanmac enable data struct */
typedef struct wl_scanmac_enable {
uint8 enable; /**< 1 - enable, 0 - disable */
uint8 PAD[3]; /**< 4-byte struct alignment */
} wl_scanmac_enable_t;
/** scanmac bsscfg data struct */
typedef struct wl_scanmac_bsscfg {
uint32 bsscfg; /**< bsscfg index */
} wl_scanmac_bsscfg_t;
/** scanmac config data struct */
typedef struct wl_scanmac_config {
struct ether_addr mac; /**< 6 bytes of MAC address or MAC prefix (i.e. OUI) */
struct ether_addr random_mask; /**< randomized bits on each scan */
uint16 scan_bitmap; /**< scans to use this MAC address */
uint8 PAD[2]; /**< 4-byte struct alignment */
} wl_scanmac_config_t;
/** scanmac mac addr data struct */
typedef struct wl_scanmac_macaddr {
struct ether_addr mac; /* last mac address used for scan. either randomized or permanent */
} wl_scanmac_macaddr_t;
/* scan bitmap */
#define WL_SCANMAC_SCAN_UNASSOC (0x01 << 0u) /**< unassociated scans */
#define WL_SCANMAC_SCAN_ASSOC_ROAM (0x01 << 1u) /**< associated roam scans */
#define WL_SCANMAC_SCAN_ASSOC_PNO (0x01 << 2u) /**< associated PNO scans */
#define WL_SCANMAC_SCAN_ASSOC_HOST (0x01 << 3u) /**< associated host scans */
#define WL_SCANMAC_SCAN_RAND_PERPRQ (0x01 << 4u) /* enable per probe rand */
#define WL_SCANMAC_SCAN_RAND_SCANCH (0x01 << 5u) /* enable scan chan rand */
#define WL_SCAN_EVENT_VER1 1
#define WL_SCAN_EVENT_VER2 2
#define WL_SCAN_TYPE_ASSOC 0x1 /* Assoc scan */
#define WL_SCAN_TYPE_ROAM 0x2 /* Roam scan */
#define WL_SCAN_TYPE_FWSCAN 0x4 /* Other FW scan */
#define WL_SCAN_TYPE_HOSTSCAN 0x8 /* Host scan */
typedef struct scan_event_data {
uint32 version;
uint32 flags;
uint16 num_chan_slice0;
uint16 num_chan_slice1;
/* Will contain num_chan_slice0 followed by num_chan_slice1 chanspecs */
chanspec_t scan_chan_list[];
} scan_event_data_v1_t;
/** tlv used to return chanspec list of each slice */
typedef struct scan_chan_tlv {
uint16 type; /* slice index */
uint16 len; /* data length */
uint8 data[BCM_FLEX_ARRAY]; /* chanspec list */
} scan_chan_tlv_t;
typedef struct scan_event_data_v2 {
uint32 version;
uint32 flags;
uint32 num_tlvs; /* no of chanspec list tlvs */
uint8 tlvs[BCM_FLEX_ARRAY];
} scan_event_data_v2_t;
#define WL_SCAN_EVENT_FIXED_LEN_V2 OFFSETOF(scan_event_data_v2_t, tlvs)
/*
* bonjour dongle offload definitions
*/
/* common iovar struct */
typedef struct wl_bdo {
uint16 subcmd_id; /* subcommand id */
uint16 len; /* total length of data[] */
uint8 data[]; /* subcommand data */
} wl_bdo_t;
/* subcommand ids */
#define WL_BDO_SUBCMD_DOWNLOAD 0 /* Download flattened database */
#define WL_BDO_SUBCMD_ENABLE 1 /* Start bonjour after download */
#define WL_BDO_SUBCMD_MAX_DOWNLOAD 2 /* Get the max download size */
/* maximum fragment size */
#define BDO_MAX_FRAGMENT_SIZE 1024
/* download flattened database
*
* BDO must be disabled before database download else fail.
*
* If database size is within BDO_MAX_FRAGMENT_SIZE then only a single fragment
* is required (i.e. frag_num = 0, total_size = frag_size).
* If database size exceeds BDO_MAX_FRAGMENT_SIZE then multiple fragments are required.
*/
typedef struct wl_bdo_download {
uint16 total_size; /* total database size */
uint16 frag_num; /* fragment number, 0 for first fragment, N-1 for last fragment */
uint16 frag_size; /* size of fragment (max BDO_MAX_FRAGMENT_SIZE) */
uint8 PAD[2]; /* 4-byte struct alignment */
uint8 fragment[BDO_MAX_FRAGMENT_SIZE]; /* fragment data */
} wl_bdo_download_t;
/* enable
*
* Enable requires a downloaded database else fail.
*/
typedef struct wl_bdo_enable {
uint8 enable; /* 1 - enable, 0 - disable */
uint8 PAD[3]; /* 4-byte struct alignment */
} wl_bdo_enable_t;
/*
* Get the max download size for Bonjour Offload.
*/
typedef struct wl_bdo_max_download {
uint16 size; /* Max download size in bytes */
uint8 PAD[2]; /* 4-byte struct alignment */
} wl_bdo_max_download_t;
/*
* TCP keepalive offload definitions
*/
/* common iovar struct */
typedef struct wl_tko {
uint16 subcmd_id; /* subcommand id */
uint16 len; /* total length of data[] */
uint8 data[]; /* subcommand data */
} wl_tko_t;
/* subcommand ids */
#define WL_TKO_SUBCMD_MAX_TCP 0 /* max TCP connections supported */
#define WL_TKO_SUBCMD_PARAM 1 /* configure offload common parameters */
#define WL_TKO_SUBCMD_CONNECT 2 /* TCP connection info */
#define WL_TKO_SUBCMD_ENABLE 3 /* enable/disable */
#define WL_TKO_SUBCMD_STATUS 4 /* TCP connection status */
/* WL_TKO_SUBCMD_MAX_CONNECT subcommand data */
typedef struct wl_tko_max_tcp {
uint8 max; /* max TCP connections supported */
uint8 PAD[3]; /* 4-byte struct alignment */
} wl_tko_max_tcp_t;
/* WL_TKO_SUBCMD_PARAM subcommand data */
typedef struct wl_tko_param {
uint16 interval; /* keepalive tx interval (secs) */
uint16 retry_interval; /* keepalive retry interval (secs) */
uint16 retry_count; /* retry_count */
uint8 PAD[2]; /* 4-byte struct alignment */
} wl_tko_param_t;
/* WL_TKO_SUBCMD_CONNECT subcommand data
* invoke with unique 'index' for each TCP connection
*/
typedef struct wl_tko_connect {
uint8 index; /* TCP connection index, 0 to max-1 */
uint8 ip_addr_type; /* 0 - IPv4, 1 - IPv6 */
uint16 local_port; /* local port */
uint16 remote_port; /* remote port */
uint16 PAD;
uint32 local_seq; /* local sequence number */
uint32 remote_seq; /* remote sequence number */
uint16 request_len; /* TCP keepalive request packet length */
uint16 response_len; /* TCP keepalive response packet length */
uint8 data[]; /* variable length field containing local/remote IPv4/IPv6,
* TCP keepalive request packet, TCP keepalive response packet
* For IPv4, length is 4 * 2 + request_length + response_length
* offset 0 - local IPv4
* offset 4 - remote IPv4
* offset 8 - TCP keepalive request packet
* offset 8+request_length - TCP keepalive response packet
* For IPv6, length is 16 * 2 + request_length + response_length
* offset 0 - local IPv6
* offset 16 - remote IPv6
* offset 32 - TCP keepalive request packet
* offset 32+request_length - TCP keepalive response packet
*/
} wl_tko_connect_t;
/* WL_TKO_SUBCMD_CONNECT subcommand data to GET configured info for specific index */
typedef struct wl_tko_get_connect {
uint8 index; /* TCP connection index, 0 to max-1 */
uint8 PAD[3]; /* 4-byte struct alignment */
} wl_tko_get_connect_t;
typedef struct wl_tko_enable {
uint8 enable; /* 1 - enable, 0 - disable */
uint8 PAD[3]; /* 4-byte struct alignment */
} wl_tko_enable_t;
/* WL_TKO_SUBCMD_STATUS subcommand data */
/* must be invoked before tko is disabled else status is unavailable */
typedef struct wl_tko_status {
uint8 count; /* number of status entries (i.e. equals
* max TCP connections supported)
*/
uint8 status[BCM_FLEX_ARRAY]; /* variable length field contain status for
* each TCP connection index
*/
} wl_tko_status_t;
typedef enum {
TKO_STATUS_NORMAL = 0, /* TCP connection normal, no error */
TKO_STATUS_NO_RESPONSE = 1, /* no response to TCP keepalive */
TKO_STATUS_NO_TCP_ACK_FLAG = 2, /* TCP ACK flag not set */
TKO_STATUS_UNEXPECT_TCP_FLAG = 3, /* unexpect TCP flags set other than ACK */
TKO_STATUS_SEQ_NUM_INVALID = 4, /* ACK != sequence number */
TKO_STATUS_REMOTE_SEQ_NUM_INVALID = 5, /* SEQ > remote sequence number */
TKO_STATUS_TCP_DATA = 6, /* TCP data available */
TKO_STATUS_UNAVAILABLE = 255, /* not used/configured */
} tko_status_t;
enum rssi_reason {
RSSI_REASON_UNKNOW = 0,
RSSI_REASON_LOWRSSI = 1,
RSSI_REASON_NSYC = 2,
RSSI_REASON_TIMEOUT = 3
};
enum tof_reason {
TOF_REASON_OK = 0,
TOF_REASON_REQEND = 1,
TOF_REASON_TIMEOUT = 2,
TOF_REASON_NOACK = 3,
TOF_REASON_INVALIDAVB = 4,
TOF_REASON_INITIAL = 5,
TOF_REASON_ABORT = 6
};
enum rssi_state {
RSSI_STATE_POLL = 0,
RSSI_STATE_TPAIRING = 1,
RSSI_STATE_IPAIRING = 2,
RSSI_STATE_THANDSHAKE = 3,
RSSI_STATE_IHANDSHAKE = 4,
RSSI_STATE_CONFIRMED = 5,
RSSI_STATE_PIPELINE = 6,
RSSI_STATE_NEGMODE = 7,
RSSI_STATE_MONITOR = 8,
RSSI_STATE_LAST = 9
};
enum tof_state {
TOF_STATE_IDLE = 0,
TOF_STATE_IWAITM = 1,
TOF_STATE_TWAITM = 2,
TOF_STATE_ILEGACY = 3,
TOF_STATE_IWAITCL = 4,
TOF_STATE_TWAITCL = 5,
TOF_STATE_ICONFIRM = 6,
TOF_STATE_IREPORT = 7
};
enum tof_mode_type {
TOF_LEGACY_UNKNOWN = 0,
TOF_LEGACY_AP = 1,
TOF_NONLEGACY_AP = 2
};
enum tof_way_type {
TOF_TYPE_ONE_WAY = 0,
TOF_TYPE_TWO_WAY = 1,
TOF_TYPE_REPORT = 2
};
enum tof_rate_type {
TOF_FRAME_RATE_VHT = 0,
TOF_FRAME_RATE_LEGACY = 1
};
#define TOF_ADJ_TYPE_NUM 4 /**< number of assisted timestamp adjustment */
enum tof_adj_mode {
TOF_ADJ_SOFTWARE = 0,
TOF_ADJ_HARDWARE = 1,
TOF_ADJ_SEQ = 2,
TOF_ADJ_NONE = 3
};
#define FRAME_TYPE_NUM 4 /**< number of frame type */
enum frame_type {
FRAME_TYPE_CCK = 0,
FRAME_TYPE_OFDM = 1,
FRAME_TYPE_11N = 2,
FRAME_TYPE_11AC = 3
};
typedef struct wl_proxd_status_iovar {
uint16 method; /**< method */
uint8 mode; /**< mode */
uint8 peermode; /**< peer mode */
uint8 state; /**< state */
uint8 reason; /**< reason code */
uint8 PAD[2];
uint32 distance; /**< distance */
uint32 txcnt; /**< tx pkt counter */
uint32 rxcnt; /**< rx pkt counter */
struct ether_addr peer; /**< peer mac address */
int8 avg_rssi; /**< average rssi */
int8 hi_rssi; /**< highest rssi */
int8 low_rssi; /**< lowest rssi */
uint8 PAD[3];
uint32 dbgstatus; /**< debug status */
uint16 frame_type_cnt[FRAME_TYPE_NUM]; /**< frame types */
uint8 adj_type_cnt[TOF_ADJ_TYPE_NUM]; /**< adj types HW/SW */
} wl_proxd_status_iovar_t;
/* ifdef NET_DETECT */
typedef struct net_detect_adapter_features {
uint8 wowl_enabled;
uint8 net_detect_enabled;
uint8 nlo_enabled;
} net_detect_adapter_features_t;
typedef enum net_detect_bss_type {
nd_bss_any = 0,
nd_ibss,
nd_ess
} net_detect_bss_type_t;
typedef struct net_detect_profile {
wlc_ssid_t ssid;
net_detect_bss_type_t bss_type; /**< Ignore for now since Phase 1 is only for ESS */
uint32 cipher_type; /**< DOT11_CIPHER_ALGORITHM enumeration values */
uint32 auth_type; /**< DOT11_AUTH_ALGORITHM enumeration values */
} net_detect_profile_t;
typedef struct net_detect_profile_list {
uint32 num_nd_profiles;
net_detect_profile_t nd_profile[];
} net_detect_profile_list_t;
typedef struct net_detect_config {
uint8 nd_enabled;
uint8 PAD[3];
uint32 scan_interval;
uint32 wait_period;
uint8 wake_if_connected;
uint8 wake_if_disconnected;
uint8 PAD[2];
net_detect_profile_list_t nd_profile_list;
} net_detect_config_t;
typedef enum net_detect_wake_reason {
nd_reason_unknown,
nd_net_detected,
nd_wowl_event,
nd_ucode_error
} net_detect_wake_reason_t;
typedef struct net_detect_wake_data {
net_detect_wake_reason_t nd_wake_reason;
uint32 nd_wake_date_length;
uint8 nd_wake_data[0]; /**< Wake data (currently unused) */
} net_detect_wake_data_t;
/* endif NET_DETECT */
/* (unversioned, deprecated) */
typedef struct bcnreq {
uint8 bcn_mode;
uint8 PAD[3];
int32 dur;
int32 channel;
struct ether_addr da;
uint16 random_int;
wlc_ssid_t ssid;
uint16 reps;
uint8 PAD[2];
} bcnreq_t;
#define WL_RRM_BCN_REQ_VER 1
typedef struct bcn_req {
uint8 version;
uint8 bcn_mode;
uint8 pad_1[2];
int32 dur;
int32 channel;
struct ether_addr da;
uint16 random_int;
wlc_ssid_t ssid;
uint16 reps;
uint8 req_elements;
uint8 pad_2;
chanspec_list_t chspec_list;
} bcn_req_t;
#define WL_RRM_BCN_REQ_VER_2 2u
struct wl_bcn_req_v2 {
uint8 version; /* size to be compatible with older version */
uint8 pad1[1];
uint16 length; /* length for fixed struct + variable chanspec list */
uint8 bcn_mode;
uint8 last_bcn_rpt_ind; /* Last Beacon Report Indication */
uint8 bw_ind; /* Bandwidth Indication */
uint8 pad2[1];
int32 dur;
int32 channel;
struct ether_addr da;
uint16 random_int;
wlc_ssid_t ssid;
uint16 reps;
uint8 req_elements;
uint8 pad3[1];
chanspec_list_t chspec_list;
};
typedef struct rrmreq {
struct ether_addr da;
uint8 reg;
uint8 chan;
uint16 random_int;
uint16 dur;
uint16 reps;
} rrmreq_t;
typedef struct framereq {
struct ether_addr da;
uint8 reg;
uint8 chan;
uint16 random_int;
uint16 dur;
struct ether_addr ta;
uint16 reps;
} framereq_t;
typedef struct statreq {
struct ether_addr da;
struct ether_addr peer;
uint16 random_int;
uint16 dur;
uint8 group_id;
uint8 PAD;
uint16 reps;
} statreq_t;
typedef struct txstrmreq {
struct ether_addr da; /* Destination address */
uint16 random_int; /* Random interval for measurement start */
uint16 dur; /* Measurement duration */
uint16 reps; /* number of repetitions */
struct ether_addr peer; /* Peer MAC address */
uint8 tid; /* Traffic ID */
uint8 bin0_range; /* Delay range of the first bin */
} txstrmreq_t;
typedef struct lcireq {
struct ether_addr da; /* Destination address */
uint16 reps; /* number of repetitions */
uint8 subj; /* Local/Remote/Thid party */
uint8 lat_res; /* Latitude requested Resolution */
uint8 lon_res; /* Longitude requested Resolution */
uint8 alt_res; /* Altitude requested Resolution */
} lcireq_t;
typedef struct civicreq {
struct ether_addr da; /* Destination address */
uint16 reps; /* number of repetitions */
uint8 subj; /* Local/Remote/Thid party */
uint8 civloc_type; /* Format of location info */
uint8 siu; /* Unit of Location service interval */
uint8 PAD;
uint16 si; /* Location service interval */
} civicreq_t;
typedef struct locidreq {
struct ether_addr da; /* Destination address */
uint16 reps; /* number of repetitions */
uint8 subj; /* Local/Remote/Thid party */
uint8 siu; /* Unit of Location service interval */
uint16 si; /* Location service interval */
} locidreq_t;
typedef struct wl_rrm_config_ioc {
uint16 version; /* command version */
uint16 id; /* subiovar cmd ID */
uint16 len; /* total length of all bytes in data[] */
uint16 PAD; /* 4-byte boundary padding */
uint8 data[BCM_FLEX_ARRAY]; /* payload */
} wl_rrm_config_ioc_t;
enum {
WL_RRM_CONFIG_NONE = 0, /* reserved */
WL_RRM_CONFIG_GET_LCI = 1, /* get LCI */
WL_RRM_CONFIG_SET_LCI = 2, /* set LCI */
WL_RRM_CONFIG_GET_CIVIC = 3, /* get civic location */
WL_RRM_CONFIG_SET_CIVIC = 4, /* set civic location */
WL_RRM_CONFIG_GET_LOCID = 5, /* get location identifier */
WL_RRM_CONFIG_SET_LOCID = 6, /* set location identifier */
WL_RRM_CONFIG_MAX = 7
};
#define WL_RRM_CONFIG_NAME "rrm_config"
#define WL_RRM_CONFIG_MIN_LENGTH OFFSETOF(wl_rrm_config_ioc_t, data)
enum {
WL_RRM_EVENT_NONE = 0, /* not an event, reserved */
WL_RRM_EVENT_FRNG_REQ = 1, /* Receipt of FRNG request frame */
WL_RRM_EVENT_FRNG_REP = 2, /* Receipt of FRNG report frame */
WL_RRM_EVENT_MAX
};
typedef int16 wl_rrm_event_type_t;
typedef struct frngreq_target {
uint32 bssid_info;
uint8 channel;
uint8 phytype;
uint8 reg;
uint8 PAD;
struct ether_addr bssid;
chanspec_t chanspec;
uint32 sid;
} frngreq_target_t;
typedef struct frngreq {
wl_rrm_event_type_t event; /* RRM event type */
struct ether_addr da;
uint16 max_init_delay; /* Upper bound of random delay, in TUs */
uint8 min_ap_count; /* Min FTM ranges requested (1-15) */
uint8 num_aps; /* Number of APs to range, at least min_ap_count */
uint16 max_age; /* Max elapsed time before FTM request, 0xFFFF = any */
uint16 reps; /* Number of repetitions of this measurement type */
frngreq_target_t targets[BCM_FLEX_ARRAY]; /* Target BSSIDs to range */
} frngreq_t;
typedef struct frngrep_range {
uint32 start_tsf; /* 4 lsb of tsf */
struct ether_addr bssid;
uint8 PAD[2];
uint32 range;
uint32 max_err;
uint8 rsvd;
uint8 PAD[3];
} frngrep_range_t;
typedef struct frngrep_error {
uint32 start_tsf; /* 4 lsb of tsf */
struct ether_addr bssid;
uint8 code;
uint8 PAD[1];
} frngrep_error_t;
typedef struct frngrep {
wl_rrm_event_type_t event; /* RRM event type */
struct ether_addr da;
uint8 range_entry_count;
uint8 error_entry_count;
uint16 dialog_token; /* dialog token */
frngrep_range_t range_entries[DOT11_FTM_RANGE_ENTRY_MAX_COUNT];
frngrep_error_t error_entries[DOT11_FTM_RANGE_ERROR_ENTRY_MAX_COUNT];
} frngrep_t;
typedef struct wl_rrm_frng_ioc {
uint16 version; /* command version */
uint16 id; /* subiovar cmd ID */
uint16 len; /* total length of all bytes in data[] */
uint16 PAD; /* 4-byte boundary padding */
uint8 data[]; /* payload */
} wl_rrm_frng_ioc_t;
enum {
WL_RRM_FRNG_NONE = 0, /* reserved */
WL_RRM_FRNG_SET_REQ = 1, /* send ftm ranging request */
WL_RRM_FRNG_MAX = 2
};
#define WL_RRM_FRNG_NAME "rrm_frng"
#define WL_RRM_FRNG_MIN_LENGTH OFFSETOF(wl_rrm_frng_ioc_t, data)
#define WL_RRM_RPT_VER 0
#define WL_RRM_RPT_MAX_PAYLOAD 256
#define WL_RRM_RPT_MIN_PAYLOAD 7
#define WL_RRM_RPT_FALG_ERR 0
#define WL_RRM_RPT_FALG_GRP_ID_PROPR (1 << 0)
#define WL_RRM_RPT_FALG_GRP_ID_0 (1 << 1)
typedef struct {
uint16 ver; /**< version */
struct ether_addr addr; /**< STA MAC addr */
uint32 timestamp; /**< timestamp of the report */
uint16 flag; /**< flag */
uint16 len; /**< length of payload data */
uint8 data[WL_RRM_RPT_MAX_PAYLOAD];
} statrpt_t;
typedef struct wlc_dwds_config {
uint32 enable;
uint32 mode; /**< STA/AP interface */
struct ether_addr ea;
uint8 PAD[2];
} wlc_dwds_config_t;
typedef struct wl_el_set_params_s {
uint8 set; /**< Set number */
uint8 PAD[3];
uint32 size; /**< Size to make/expand */
} wl_el_set_params_t;
typedef struct wl_el_tag_params_s {
uint16 tag;
uint8 set;
uint8 flags;
} wl_el_tag_params_t;
#define EVENT_LOG_SET_TYPE_VERSION_0 0u
typedef struct wl_el_set_type_s {
uint16 version;
uint16 len;
uint8 set; /* Set number */
uint8 type; /* Type- EVENT_LOG_SET_TYPE_DEFAULT or EVENT_LOG_SET_TYPE_PRSRV */
uint16 PAD;
} wl_el_set_type_t;
#define EVENT_LOG_SET_TYPE_ALL_V1 1u
typedef struct wl_el_set_type_s_v1 {
uint8 set_val;
uint8 type_val;
} wl_el_set_type_v1_t;
typedef struct wl_el_set_all_type_s_v1 {
uint16 version;
uint16 len;
uint32 max_sets;
wl_el_set_type_v1_t set_type[BCM_FLEX_ARRAY]; /* set-Type Values Array */
} wl_el_set_all_type_v1_t;
typedef struct wl_staprio_cfg {
struct ether_addr ea; /**< mac addr */
uint8 prio; /**< scb priority */
} wl_staprio_cfg_t;
#define STAMON_STACONFIG_VER 1
/* size of struct wlc_stamon_sta_config_t elements */
#define STAMON_STACONFIG_LENGTH 20
typedef enum wl_stamon_cfg_cmd_type {
STAMON_CFG_CMD_DEL = 0,
STAMON_CFG_CMD_ADD = 1,
STAMON_CFG_CMD_ENB = 2,
STAMON_CFG_CMD_DSB = 3,
STAMON_CFG_CMD_CNT = 4,
STAMON_CFG_CMD_RSTCNT = 5,
STAMON_CFG_CMD_GET_STATS = 6,
STAMON_CFG_CMD_SET_MONTIME = 7
} wl_stamon_cfg_cmd_type_t;
typedef struct wlc_stamon_sta_config {
wl_stamon_cfg_cmd_type_t cmd; /**< 0 - delete, 1 - add */
struct ether_addr ea;
uint16 version; /* Command structure version */
uint16 length; /* Command structure length */
uint8 PAD[2];
/* Time (ms) for which STA's are monitored. Value ZERO indicates no time limit */
uint32 monitor_time;
} wlc_stamon_sta_config_t;
/* ifdef SR_DEBUG */
typedef struct /* pmu_reg */{
uint32 pmu_control;
uint32 pmu_capabilities;
uint32 pmu_status;
uint32 res_state;
uint32 res_pending;
uint32 pmu_timer1;
uint32 min_res_mask;
uint32 max_res_mask;
uint32 pmu_chipcontrol1[4];
uint32 pmu_regcontrol[5];
uint32 pmu_pllcontrol[5];
uint32 pmu_rsrc_up_down_timer[31];
uint32 rsrc_dep_mask[31];
} pmu_reg_t;
/* endif SR_DEBUG */
typedef struct wl_taf_define {
struct ether_addr ea; /**< STA MAC or 0xFF... */
uint16 version; /**< version */
uint32 sch; /**< method index */
uint32 prio; /**< priority */
uint32 misc; /**< used for return value */
uint8 text[]; /**< used to pass and return ascii text */
} wl_taf_define_t;
/** Received Beacons lengths information */
#define WL_LAST_BCNS_INFO_FIXED_LEN OFFSETOF(wlc_bcn_len_hist_t, bcnlen_ring)
typedef struct wlc_bcn_len_hist {
uint16 ver; /**< version field */
uint16 cur_index; /**< current pointed index in ring buffer */
uint32 max_bcnlen; /**< Max beacon length received */
uint32 min_bcnlen; /**< Min beacon length received */
uint32 ringbuff_len; /**< Length of the ring buffer 'bcnlen_ring' */
uint32 bcnlen_ring[BCM_FLEX_ARRAY]; /**< ring buffer storing received beacon lengths */
} wlc_bcn_len_hist_t;
/* WDS net interface types */
#define WL_WDSIFTYPE_NONE 0x0 /**< The interface type is neither WDS nor DWDS. */
#define WL_WDSIFTYPE_WDS 0x1 /**< The interface is WDS type. */
#define WL_WDSIFTYPE_DWDS 0x2 /**< The interface is DWDS type. */
typedef struct wl_bssload_static {
uint8 is_static;
uint8 PAD;
uint16 sta_count;
uint8 chan_util;
uint8 PAD;
uint16 aac;
} wl_bssload_static_t;
/** IO Var Operations - the Value of iov_op In wlc_ap_doiovar */
typedef enum wlc_ap_iov_bss_operation {
WLC_AP_IOV_OP_DELETE = -1,
WLC_AP_IOV_OP_DISABLE = 0,
WLC_AP_IOV_OP_ENABLE = 1,
WLC_AP_IOV_OP_MANUAL_AP_BSSCFG_CREATE = 2,
WLC_AP_IOV_OP_MANUAL_STA_BSSCFG_CREATE = 3,
WLC_AP_IOV_OP_MOVE = 4
} wlc_ap_iov_bss_oper_t;
/* LTE coex info */
/* Analogue of HCI Set MWS Signaling cmd */
typedef struct {
int16 mws_rx_assert_offset;
int16 mws_rx_assert_jitter;
int16 mws_rx_deassert_offset;
int16 mws_rx_deassert_jitter;
int16 mws_tx_assert_offset;
int16 mws_tx_assert_jitter;
int16 mws_tx_deassert_offset;
int16 mws_tx_deassert_jitter;
int16 mws_pattern_assert_offset;
int16 mws_pattern_assert_jitter;
int16 mws_inact_dur_assert_offset;
int16 mws_inact_dur_assert_jitter;
int16 mws_scan_freq_assert_offset;
int16 mws_scan_freq_assert_jitter;
int16 mws_prio_assert_offset_req;
} wci2_config_t;
/** Analogue of HCI MWS Channel Params */
typedef struct {
uint16 mws_rx_center_freq; /**< MHz */
uint16 mws_tx_center_freq;
uint16 mws_rx_channel_bw; /**< KHz */
uint16 mws_tx_channel_bw;
uint8 mws_channel_en;
uint8 mws_channel_type; /**< Don't care for WLAN? */
} mws_params_t;
#define LTECX_MAX_NUM_PERIOD_TYPES 7
/* LTE Frame params */
typedef struct {
uint16 mws_frame_dur;
int16 mws_framesync_assert_offset;
uint16 mws_framesync_assert_jitter;
uint16 mws_period_dur[LTECX_MAX_NUM_PERIOD_TYPES];
uint8 mws_period_type[LTECX_MAX_NUM_PERIOD_TYPES];
uint8 mws_num_periods;
} mws_frame_config_t;
/** MWS wci2 message */
typedef struct {
uint8 mws_wci2_data; /**< BT-SIG msg */
uint8 PAD;
uint16 mws_wci2_interval; /**< Interval in us */
uint16 mws_wci2_repeat; /**< No of msgs to send */
} mws_wci2_msg_t;
/* MWS ANT map */
typedef struct {
uint16 combo1; /* mws ant selection 1 */
uint16 combo2; /* mws ant selection 2 */
uint16 combo3; /* mws ant selection 3 */
uint16 combo4; /* mws ant selection 4 */
} mws_ant_map_t;
/* MWS ANT map 2nd generation */
typedef struct {
uint16 combo[16]; /* mws ant selection 2nd */
} mws_ant_map_t_2nd;
#define LTECX_MWS_ANTMAP_VERSION_V3 3u
/** flags indicating changed field */
enum {
WL_MWS_ANT_MAP_2G = 1, /* 2g filed updated */
WL_MWS_ANT_MAP_5G = 2, /* 5g filed updated */
WL_MWS_ANT_MAP_6G = 3 /* 6g filed updated */
};
/* MWS ANT map 3rd generation */
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint16 band; /* 2G/5G/6G */
uint16 combo_2g[16]; /* mws ant selection 2g */
uint16 combo_5g[16]; /* mws ant selection 5g */
uint16 combo_6g[16]; /* mws ant selection 6g */
uint8 PAD[2]; /* Padding for 4byte alignment */
} mws_ant_map_v3_t;
/* MWS Coex bitmap v2 map for Type0/Type6 */
typedef struct {
uint16 bitmap_2G; /* 2G Bitmap */
uint16 bitmap_5G_lo; /* 5G lo bitmap */
uint16 bitmap_5G_mid; /* 5G mid bitmap */
uint16 bitmap_5G_hi; /* 5G hi bitmap */
} mws_coex_bitmap_v2_t;
/* MWS Coex bitmap v3 map for LTECX features */
#define LTECX_COEX_BITMAP_VERSION_V3 3u
/** flags indicating changed field */
enum {
WL_MWS_COEX_BITMAP_2G = (1 << 0), /* 2g filed updated */
WL_MWS_COEX_BITMAP_5G = (1 << 1), /* 5g filed updated */
WL_MWS_COEX_BITMAP_6G = (1 << 2) /* 6g filed updated */
};
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 PAD;
uint16 bitmap_2G; /* 2G Bitmap */
uint16 bitmap_5G_lo; /* 5G lo bitmap */
uint16 bitmap_5G_mid; /* 5G mid bitmap */
uint16 bitmap_5G_hi; /* 5G hi bitmap */
uint16 bitmap_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 bitmap_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 bitmap_6G_unii6; /* 6G UNII6 bitmap */
uint16 bitmap_6G_unii7; /* 6G UNII7 bitmap */
uint16 bitmap_6G_unii8; /* 6G UNII8 bitmap */
} mws_coex_bitmap_v3_t;
/* MWS OCL bitmap v2 map for LTECX features */
/* v2 map is for 4388 and future chips */
/* to cover 6g Channels */
/* The first generation map is defined */
/* by wl_mws_ocl_override_t */
/* Not a ltecoex sub commands */
#define LTECX_OCL_BITMAP_VERSION_V2 2u
/** flags indicating changed field */
enum {
WL_MWS_OCL_BITMAP_2G = (1 << 0), /* 2g field updated */
WL_MWS_OCL_BITMAP_5G = (1 << 1), /* 5g field updated */
WL_MWS_OCL_BITMAP_6G = (1 << 2) /* 6g field updated */
};
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 PAD;
uint16 bitmap_2G; /* 2G Bitmap */
uint16 bitmap_5G_lo; /* 5G lo bitmap */
uint16 bitmap_5G_mid; /* 5G mid bitmap */
uint16 bitmap_5G_hi; /* 5G hi bitmap */
uint16 bitmap_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 bitmap_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 bitmap_6G_unii6; /* 6G UNII6 bitmap */
uint16 bitmap_6G_unii7; /* 6G UNII7 bitmap */
uint16 bitmap_6G_unii8; /* 6G UNII8 bitmap */
} mws_ocl_bitmap_t;
/* To define the ctrl map */
/* to enable or disable spmi tx message */
#define LTECX_SPMITX_CTRL_VER 1u
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint16 spmimsg_type; /* SPMI MSG type */
uint16 spmimsg_id; /* SPMI MSG id */
uint16 spmimsg_dis; /* Disable or enable */
} mws_spmitx_ctrl_v1_t;
/* MWS SCAN_REQ Bitmap */
typedef struct mws_scanreq_params {
uint16 idx;
uint16 bm_2g;
uint16 bm_5g_lo;
uint16 bm_5g_mid;
uint16 bm_5g_hi;
} mws_scanreq_params_t;
/* MWS BLNK bitmap v2 map for LTECX features */
/* v2 map is for 4388 and future chips */
/* to cover all 2g/5g/6g Channels */
/* The first generation map is defined */
/* by mws_scanreq_params_t */
/* Not a ltecoex sub commands */
#define LTECX_BLNK_BITMAP_VERSION_V2 2u
/** flags indicating changed field */
enum {
WL_MWS_BLNK_BITMAP_2G = (1 << 0), /* 2g field updated */
WL_MWS_BLNK_BITMAP_5G = (1 << 1), /* 5g field updated */
WL_MWS_BLNK_BITMAP_6G = (1 << 2) /* 6g field updated */
};
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 PAD;
uint16 idx;
uint16 bm_2G; /* 2G Bitmap */
uint16 bm_5G_lo; /* 5G lo bitmap */
uint16 bm_5G_mid; /* 5G mid bitmap */
uint16 bm_5G_hi; /* 5G hi bitmap */
uint16 bm_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 bm_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 bm_6G_unii6; /* 6G UNII6 bitmap */
uint16 bm_6G_unii7; /* 6G UNII7 bitmap */
uint16 bm_6G_unii8; /* 6G UNII8 bitmap */
uint8 PAD1[2]; /* Additional padding for 4byte alignment */
} mws_blnk_bitmap_t;
/* MWS rFEM RX mode map for LTECX features */
#define LTECX_RFEM_MODEMAP_VERSION 1u
/** flags indicating changed field */
enum {
WL_MWS_RFEM_MODEMAP_2G = (1 << 0), /* 2g filed updated */
WL_MWS_RFEM_MODEMAP_5G = (1 << 1), /* 5g filed updated */
WL_MWS_RFEM_MODEMAP_6G = (1 << 2) /* 6g filed updated */
};
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 PAD;
uint16 modemap_2G; /* 2G Bitmap */
uint16 modemap_5G_lo; /* 5G lo bitmap */
uint16 modemap_5G_mid; /* 5G mid bitmap */
uint16 modemap_5G_hi; /* 5G hi bitmap */
uint16 modemap_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 modemap_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 modemap_6G_unii6; /* 6G UNII6 bitmap */
uint16 modemap_6G_unii7; /* 6G UNII7 bitmap */
uint16 modemap_6G_unii8; /* 6G UNII8 bitmap */
} mws_rfem_modemap_t;
#define LTECX_SCANPROT_CONFIG_VERSION 1u
/** flags indicating changed field */
enum {
WL_MWS_SCANPROT_CONFIG_2G = (1 << 0), /* 2g field updated */
WL_MWS_SCANPROT_CONFIG_5G = (1 << 1), /* 5g field updated */
WL_MWS_SCANPROT_CONFIG_6G = (1 << 2) /* 6g field updated */
};
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 PAD;
uint16 idx;
uint16 config_2G; /* 2G Bitmap */
uint16 config_5G_lo; /* 5G lo bitmap */
uint16 config_5G_mid; /* 5G mid bitmap */
uint16 config_5G_hi; /* 5G hi bitmap */
uint16 config_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 config_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 config_6G_unii6; /* 6G UNII6 bitmap */
uint16 config_6G_unii7; /* 6G UNII7 bitmap */
uint16 config_6G_unii8; /* 6G UNII8 bitmap */
uint16 PAD_ADDITIONAL; /* Additional padding for 4byte alignment */
} mws_scanprot_config_t;
#define LTECX_MWS_COND_ID_BITMAP_VERSION 1u
/** LTE coex MWS (Mobile Wireless Standard) flags indicating 2G/5G/6G changed field */
enum {
WL_LTECX_MWS_COND_ID_BITMAP_2G = (1u << 0), /* 2g field updated */
WL_LTECX_MWS_COND_ID_BITMAP_5G = (1u << 1), /* 5g field updated */
WL_LTECX_MWS_COND_ID_BITMAP_6G = (1u << 2) /* 6g field updated */
};
/* LTE coex MWS (Mobile Wireless Standard) bitmap for 2G/5G/6G channels */
typedef struct mws_channel_bm {
uint16 bm_2G; /* 2G Bitmap */
uint16 bm_5G_lo; /* 5G lo bitmap */
uint16 bm_5G_mid; /* 5G mid bitmap */
uint16 bm_5G_hi; /* 5G hi bitmap */
uint16 bm_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 bm_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 bm_6G_unii6; /* 6G UNII6 bitmap */
uint16 bm_6G_unii7; /* 6G UNII7 bitmap */
uint16 bm_6G_unii8; /* 6G UNII8 bitmap */
} ltecx_mws_channel_bm_t;
/* LTE coex MWS (Mobile Wireless Standard) subcomand for configuring condition ids */
typedef struct mws_cond_id_bitmap {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 cond_id; /* condition id */
ltecx_mws_channel_bm_t channel_bm; /* Bitmap of WLAN 2G/5G/6G channels */
} ltecx_mws_cond_id_bitmap_t;
#define LTECX_ASSOC_PROT_BITMAP_VERSION 1u
/** flags indicating changed field */
enum {
MWS_ASSOC_PROT_BITMAP_2G = (1 << 0), /* 2g field updated */
MWS_ASSOC_PROT_BITMAP_5G = (1 << 1), /* 5g field updated */
MWS_ASSOC_PROT_BITMAP_6G = (1 << 2) /* 6g field updated */
};
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 PAD;
uint16 bitmap_2G; /* 2G Bitmap */
uint16 bitmap_5G_lo; /* 5G lo bitmap */
uint16 bitmap_5G_mid; /* 5G mid bitmap */
uint16 bitmap_5G_hi; /* 5G hi bitmap */
uint16 bitmap_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 bitmap_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 bitmap_6G_unii6; /* 6G UNII6 bitmap */
uint16 bitmap_6G_unii7; /* 6G UNII7 bitmap */
uint16 bitmap_6G_unii8; /* 6G UNII8 bitmap */
} mws_assoc_prot_bitmap_t;
/* Definitions for LTE coex iovar */
#define WL_LTECX_VERSION_1 1
/* LTE coex IOV sub command IDs */
typedef enum ltecx_cmd_id {
WL_LTECX_CMD_VER = 0, /* LTECX version sub command */
WL_LTECX_TYPE7_2G_COEX_BITMAP = 1, /* Type7 enable/disable bitmap for 2G */
WL_LTECX_COEX_BITMAP = 2, /* bitmaps to enable/disable Coex */
WL_LTECX_OCL_BITMAP = 3, /* bitmaps to enable/disable OCL by ltecoex */
WL_LTECX_ANT_MAP = 4, /* bitmaps for antenna selection */
WL_LTECX_SPMITX_CTRL = 5, /* to enable/disable SPMI TX MSG */
WL_LTECX_TYPE7_BITMAP = 6, /* bitmaps to enable/disable sending type7 */
WL_LTECX_BLNKREQ_BM = 7, /* to enable/disable blnk req */
WL_LTECX_RFEMMODE_MAP = 8, /* to set wifi rFEM mode bitmap */
WL_LTECX_UNUSED = 9, /* Note:This can be used for future ltecx sub cmd */
WL_LTECX_COND_ID_BM = 10, /* bitmap for condition ids */
WL_LTECX_DISABLE_MSG_48_END = 11, /* to disable/enable Tx of msg 48 End */
WL_LTECX_SCANPROT_CONFIG = 12, /* to determine TXblank or LAA throttling */
WL_LTECX_ASSOC_PROT_MAP = 13 /* wifi assoc prot request channel bitmap */
} ltecx_cmd_id_t;
/* MWS Type7 bitmap for LTECX feature */
/* v1 bitmap is for 4388 and future chips */
#define LTECX_TYPE7_BITMAP_VERSION_V1 1u
/** flags indicating changed field */
enum {
WL_MWS_TYPE7_BITMAP_2G = (1 << 0), /* 2g field updated */
WL_MWS_TYPE7_BITMAP_5G = (1 << 1), /* 5g field updated */
WL_MWS_TYPE7_BITMAP_6G = (1 << 2) /* 6g field updated */
};
typedef struct {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint8 flags; /* Flags to indicate the updated field */
uint8 PAD;
uint16 bitmap_2G; /* 2G Bitmap */
uint16 bitmap_5G_lo; /* 5G lo bitmap */
uint16 bitmap_5G_mid; /* 5G mid bitmap */
uint16 bitmap_5G_hi; /* 5G hi bitmap */
uint16 bitmap_6G_lo_unii5; /* 6G lo bitmap UNII5 */
uint16 bitmap_6G_hi_unii5; /* 6G hi bitmap UNII5 */
uint16 bitmap_6G_unii6; /* 6G UNII6 bitmap */
uint16 bitmap_6G_unii7; /* 6G UNII7 bitmap */
uint16 bitmap_6G_unii8; /* 6G UNII8 bitmap */
} mws_type7_bitmap_v1_t;
/* MWS NR Coex Channel map */
#define WL_MWS_NR_COEXMAP_VERSION_1 1
typedef struct wl_mws_nr_coexmap {
uint16 version; /* Structure version */
uint16 bitmap_5g_lo; /* bitmap for 5G low channels by 2:
*34-48, 52-56, 60-64, 100-102
*/
uint16 bitmap_5g_mid; /* bitmap for 5G mid channels by 2:
* 104, 108-112, 116-120, 124-128,
* 132-136, 140, 149-151
*/
uint16 bitmap_5g_high; /* bitmap for 5G high channels by 2
* 153, 157-161, 165
*/
} wl_mws_nr_coexmap_t;
typedef struct {
uint32 config; /**< MODE: AUTO (-1), Disable (0), Enable (1) */
uint32 status; /**< Current state: Disabled (0), Enabled (1) */
} wl_config_t;
#define WLC_RSDB_MODE_AUTO_MASK 0x80
#define WLC_RSDB_EXTRACT_MODE(val) ((int8)((val) & (~(WLC_RSDB_MODE_AUTO_MASK))))
typedef struct {
uint16 request; /* type of sensor hub request */
uint16 enable; /* enable/disable response for specified request */
uint16 interval; /* interval between responses to the request */
} shub_req_t;
typedef struct wl_band {
uint16 bandtype; /**< WL_BAND_2G, WL_BAND_5G */
uint16 bandunit; /**< bandstate[] index */
uint16 phytype; /**< phytype */
uint16 phyrev;
} wl_band_t;
#define WL_ROAM_STATS_VER_1 (1u) /**< current version of wl_if_stats structure */
/** roam statistics counters */
typedef struct {
uint16 version; /**< version of the structure */
uint16 length; /**< length of the entire structure */
uint32 initial_assoc_time;
uint32 prev_roam_time;
uint32 last_roam_event_type;
uint32 last_roam_event_status;
uint32 last_roam_event_reason;
uint16 roam_success_cnt;
uint16 roam_fail_cnt;
uint16 roam_attempt_cnt;
uint16 max_roam_target_cnt;
uint16 min_roam_target_cnt;
uint16 max_cached_ch_cnt;
uint16 min_cached_ch_cnt;
uint16 partial_roam_scan_cnt;
uint16 full_roam_scan_cnt;
uint16 most_roam_reason;
uint16 most_roam_reason_cnt;
uint16 PAD;
} wl_roam_stats_v1_t;
#define WL_WLC_VERSION_T_VERSION_1 1 /**< current version of wlc_version structure */
/** wlc interface version */
typedef struct wl_wlc_version {
uint16 version; /**< version of the structure */
uint16 length; /**< length of the entire structure */
/* epi version numbers */
uint16 epi_ver_major; /**< epi major version number */
uint16 epi_ver_minor; /**< epi minor version number */
uint16 epi_rc_num; /**< epi RC number */
uint16 epi_incr_num; /**< epi increment number */
/* wlc interface version numbers */
uint16 wlc_ver_major; /**< wlc interface major version number */
uint16 wlc_ver_minor; /**< wlc interface minor version number */
}
wl_wlc_version_t;
#define WL_SCAN_VERSION_T_VERSION_1 1 /**< current version of scan_version structure */
/** scan interface version */
typedef struct wl_scan_version {
uint16 version; /**< version of the structure */
uint16 length; /**< length of the entire structure */
/* scan interface version numbers */
uint16 scan_ver_major; /**< scan interface major version number */
} wl_scan_version_t;
#define WL_JOIN_VERSION_T_VERSION_1 1u /**< current version of join_version structure */
/* version of join to be returned as part of wl_join_version structure */
#define WL_JOIN_VERSION_MAJOR_0 0u
#define WL_JOIN_VERSION_MAJOR_1 1u
#define WL_JOIN_VERSION_MAJOR_2 2u
#define WL_JOIN_VERSION_MAJOR_3 3u
/** join interface version */
typedef struct wl_join_version_v1 {
uint16 version; /**< version of the structure */
uint16 length; /**< length of the entire structure */
/* join interface version numbers */
uint16 join_ver_major; /**< join interface major version number */
uint8 pad[2];
} wl_join_version_v1_t;
/* begin proxd definitions */
#include <packed_section_start.h>
#define WL_PROXD_API_VERSION_3 0x0300u /**< version 3.0 */
/* proxd version with 11az */
#define WL_PROXD_11AZ_API_VERSION_1 0x0400u
/** Minimum supported API version */
#define WL_PROXD_API_MIN_VERSION_3 0x0300u
/** proximity detection methods */
enum {
WL_PROXD_METHOD_NONE = 0,
WL_PROXD_METHOD_RSVD1 = 1, /**< backward compatibility - RSSI, not supported */
WL_PROXD_METHOD_TOF = 2, /**< 11v+BCM proprietary */
WL_PROXD_METHOD_RSVD2 = 3, /**< 11v only - if needed */
WL_PROXD_METHOD_FTM = 4, /**< IEEE rev mc/2014 */
WL_PROXD_METHOD_MAX
};
typedef int16 wl_proxd_method_t;
/** global and method configuration flags */
enum {
WL_PROXD_FLAG_NONE = 0x00000000,
WL_PROXD_FLAG_RX_ENABLED = 0x00000001, /* respond to requests, per bss */
WL_PROXD_FLAG_RX_RANGE_REQ = 0x00000002, /* 11mc range requests enabled */
WL_PROXD_FLAG_TX_LCI = 0x00000004, /* tx lci, if known */
WL_PROXD_FLAG_TX_CIVIC = 0x00000008, /* tx civic, if known */
WL_PROXD_FLAG_RX_AUTO_BURST = 0x00000010, /* auto respond w/o host action */
WL_PROXD_FLAG_TX_AUTO_BURST = 0x00000020, /* continue tx w/o host action */
WL_PROXD_FLAG_AVAIL_PUBLISH = 0x00000040, /* publish availability */
WL_PROXD_FLAG_AVAIL_SCHEDULE = 0x00000080, /* schedule using availability */
WL_PROXD_FLAG_ASAP_CAPABLE = 0x00000100, /* ASAP capable */
WL_PROXD_FLAG_MBURST_FOLLOWUP = 0x00000200, /* new multi-burst algorithm */
WL_PROXD_FLAG_SECURE = 0x00000400, /* per bsscfg option */
WL_PROXD_FLAG_NO_TSF_SYNC = 0x00000800, /* disable tsf sync */
WL_PROXD_FLAG_AVB_TS = 0x00001000, /* Force AVB TimeStamping */
WL_PROXD_FLAG_SIGNED_RTT = 0x00002000, /* Send negative RTT to host */
WL_PROXD_FLAG_ALL = 0xffffffff
};
typedef uint32 wl_proxd_flags_t;
#define WL_PROXD_FLAGS_AVAIL (WL_PROXD_FLAG_AVAIL_PUBLISH | \
WL_PROXD_FLAG_AVAIL_SCHEDULE)
typedef enum wl_proxd_session_flags {
WL_PROXD_SESSION_FLAG_NONE = 0x00000000, /**< no flags */
WL_PROXD_SESSION_FLAG_INITIATOR = 0x00000001, /**< local device is initiator */
WL_PROXD_SESSION_FLAG_TARGET = 0x00000002, /**< local device is target */
WL_PROXD_SESSION_FLAG_ONE_WAY = 0x00000004, /**< (initiated) 1-way rtt */
WL_PROXD_SESSION_FLAG_AUTO_BURST = 0x00000008, /**< created w/ rx_auto_burst */
WL_PROXD_SESSION_FLAG_PERSIST = 0x00000010, /**< good until cancelled */
WL_PROXD_SESSION_FLAG_RTT_DETAIL = 0x00000020, /**< rtt detail in results */
WL_PROXD_SESSION_FLAG_SECURE = 0x00000040, /**< session is secure */
WL_PROXD_SESSION_FLAG_AOA = 0x00000080, /**< AOA along w/ RTT */
WL_PROXD_SESSION_FLAG_RX_AUTO_BURST = 0x00000100, /**< Same as proxd flags above */
WL_PROXD_SESSION_FLAG_TX_AUTO_BURST = 0x00000200, /**< Same as proxd flags above */
WL_PROXD_SESSION_FLAG_NAN_BSS = 0x00000400, /**< Use NAN BSS, if applicable */
WL_PROXD_SESSION_FLAG_TS1 = 0x00000800, /**< e.g. FTM1 - ASAP-capable */
WL_PROXD_SESSION_FLAG_RANDMAC = 0x00001000, /**< use random mac */
WL_PROXD_SESSION_FLAG_REPORT_FAILURE = 0x00002000, /**< report failure to target */
WL_PROXD_SESSION_FLAG_INITIATOR_RPT = 0x00004000, /**< report distance to target */
WL_PROXD_SESSION_FLAG_NOCHANSWT = 0x00008000,
WL_PROXD_SESSION_FLAG_NETRUAL = 0x00010000, /**< netrual mode */
WL_PROXD_SESSION_FLAG_SEQ_EN = 0x00020000, /**< Toast */
WL_PROXD_SESSION_FLAG_NO_PARAM_OVRD = 0x00040000, /**< no param override from target */
WL_PROXD_SESSION_FLAG_ASAP = 0x00080000, /**< ASAP session */
WL_PROXD_SESSION_FLAG_REQ_LCI = 0x00100000, /**< transmit LCI req */
WL_PROXD_SESSION_FLAG_REQ_CIV = 0x00200000, /**< transmit civic loc req */
WL_PROXD_SESSION_FLAG_PRE_SCAN = 0x00400000, /* enable pre-scan for asap=1 */
WL_PROXD_SESSION_FLAG_AUTO_VHTACK = 0x00800000, /* use vhtack based on brcm ie */
WL_PROXD_SESSION_FLAG_VHTACK = 0x01000000, /* vht ack is in use - output only */
WL_PROXD_SESSION_FLAG_BDUR_NOPREF = 0x02000000, /* burst-duration: no preference */
WL_PROXD_SESSION_FLAG_NUM_FTM_NOPREF = 0x04000000, /* num of FTM frames: no preference */
WL_PROXD_SESSION_FLAG_FTM_SEP_NOPREF = 0x08000000, /* time btw FTM frams: no pref */
WL_PROXD_SESSION_FLAG_NUM_BURST_NOPREF = 0x10000000, /* num of bursts: no pref */
WL_PROXD_SESSION_FLAG_BURST_PERIOD_NOPREF = 0x20000000, /* burst period: no pref */
WL_PROXD_SESSION_FLAG_MBURST_FOLLOWUP = 0x40000000, /* new mburst algo - reserved */
WL_PROXD_SESSION_FLAG_MBURST_NODELAY = 0x80000000, /**< good until cancelled */
/* core rotation on initiator (reuse ONE_WAY bit) */
WL_PROXD_SESSION_FLAG_CORE_ROTATE = 0x00000004,
WL_PROXD_SESSION_FLAG_ALL = 0xffffffff
} wl_proxd_session_flags_t;
/** time units - mc supports up to 0.1ns resolution */
enum {
WL_PROXD_TMU_TU = 0, /**< 1024us */
WL_PROXD_TMU_SEC = 1,
WL_PROXD_TMU_MILLI_SEC = 2,
WL_PROXD_TMU_MICRO_SEC = 3,
WL_PROXD_TMU_NANO_SEC = 4,
WL_PROXD_TMU_PICO_SEC = 5
};
typedef int16 wl_proxd_tmu_t;
/** time interval e.g. 10ns */
struct wl_proxd_intvl {
uint32 intvl;
wl_proxd_tmu_t tmu;
uint8 pad[2];
};
typedef struct wl_proxd_intvl wl_proxd_intvl_t;
/** commands that can apply to proxd, method or a session */
enum {
WL_PROXD_CMD_NONE = 0,
WL_PROXD_CMD_GET_VERSION = 1,
WL_PROXD_CMD_ENABLE = 2,
WL_PROXD_CMD_DISABLE = 3,
WL_PROXD_CMD_CONFIG = 4,
WL_PROXD_CMD_START_SESSION = 5,
WL_PROXD_CMD_BURST_REQUEST = 6,
WL_PROXD_CMD_STOP_SESSION = 7,
WL_PROXD_CMD_DELETE_SESSION = 8,
WL_PROXD_CMD_GET_RESULT = 9,
WL_PROXD_CMD_GET_INFO = 10,
WL_PROXD_CMD_GET_STATUS = 11,
WL_PROXD_CMD_GET_SESSIONS = 12,
WL_PROXD_CMD_GET_COUNTERS = 13,
WL_PROXD_CMD_CLEAR_COUNTERS = 14,
WL_PROXD_CMD_COLLECT = 15, /* not supported, see 'wl proxd_collect' */
WL_PROXD_CMD_TUNE = 16, /* not supported, see 'wl proxd_tune' */
WL_PROXD_CMD_DUMP = 17,
WL_PROXD_CMD_START_RANGING = 18,
WL_PROXD_CMD_STOP_RANGING = 19,
WL_PROXD_CMD_GET_RANGING_INFO = 20,
WL_PROXD_CMD_IS_TLV_SUPPORTED = 21,
WL_PROXD_CMD_TEST_MODE = 22, /* for test mode (i.e. WFA CTT) */
WL_PROXD_CMD_DBG_EVENT_CHECK = 23, /* for debugging */
WL_PROXD_CMD_MAX
};
typedef int16 wl_proxd_cmd_t;
/* session ids:
* id 0 is reserved
* ids 1..0x7fff - allocated by host/app
* ids 0x8000..0xffff - allocated by firmware, used for auto-rx
*/
enum {
WL_PROXD_SESSION_ID_GLOBAL = 0
};
/* Externally allocated sids */
#define WL_PROXD_SID_EXT_MAX 0x7fff
#define WL_PROXD_SID_EXT_ALLOC(_sid) ((_sid) > 0 && (_sid) <= WL_PROXD_SID_EXT_MAX)
/* block size for reserved sid blocks */
#define WL_PROXD_SID_EXT_BLKSZ 256
#define WL_PROXD_SID_EXT_BLK_START(_i) (WL_PROXD_SID_EXT_MAX - (_i) * WL_PROXD_SID_EXT_BLKSZ + 1)
#define WL_PROXD_SID_EXT_BLK_END(_start) ((_start) + WL_PROXD_SID_EXT_BLKSZ - 1)
/* rrm block */
#define WL_PROXD_SID_RRM_START WL_PROXD_SID_EXT_BLK_START(1)
#define WL_PROXD_SID_RRM_END WL_PROXD_SID_EXT_BLK_END(WL_PROXD_SID_RRM_START)
/* nan block */
#define WL_PROXD_SID_NAN_START WL_PROXD_SID_EXT_BLK_START(2)
#define WL_PROXD_SID_NAN_END WL_PROXD_SID_EXT_BLK_END(WL_PROXD_SID_NAN_START)
#ifdef CHRE
/* chre block */
#define WL_PROXD_SID_CHRE_START WL_PROXD_SID_EXT_BLK_START(3)
#define WL_PROXD_SID_CHRE_END WL_PROXD_SID_EXT_BLK_END(WL_PROXD_SID_CHRE_START)
#endif /* CHRE */
/* host block */
#define WL_PROXD_SID_HOST_START WL_PROXD_SID_EXT_BLK_START(4)
#define WL_PROXD_SID_HOST_END WL_PROXD_SID_EXT_BLK_END(WL_PROXD_SID_HOST_START)
/** maximum number sessions that can be allocated, may be less if tunable */
#define WL_PROXD_MAX_SESSIONS 16
#ifndef FTM
typedef struct wl_proxd_tlv {
uint16 id;
uint16 len;
uint8 data[1];
} wl_proxd_tlv_t;
typedef uint8 wl_proxd_type_t;
typedef uint16 wl_proxd_session_id_t;
/** proxd iovar - applies to proxd, method or session */
typedef struct wl_proxd_iov {
uint16 version;
uint16 len;
wl_proxd_cmd_t cmd;
wl_proxd_method_t method;
wl_proxd_session_id_t sid;
wl_proxd_type_t ftm_type; /* 11az ftm type. valid for PROXD ver >= 0x0400 */
uint8 PAD[1];
wl_proxd_tlv_t tlvs[BCM_FLEX_ARRAY]; /**< variable */
} wl_proxd_iov_t;
#else /* !FTM */
typedef wl_ftm_session_id_t wl_proxd_session_id_t;
typedef wl_ftm_tlv_t wl_proxd_tlv_t;
typedef wl_ftm_iov_t wl_proxd_iov_t;
#endif /* FTM */
/* Use WL_PROXD_E_* errorcodes from this file if BCMUTILS_ERR_CODES not defined */
#ifndef BCMUTILS_ERR_CODES
/** status - TBD BCME_ vs proxd status - range reserved for BCME_ */
enum {
WL_PROXD_E_LAST = -1059,
WL_PROXD_E_CHANSW = -1059,
WL_PROXD_E_PKTFREED = -1058,
WL_PROXD_E_ASSOC_INPROG = -1057,
WL_PROXD_E_NOAVAIL = -1056,
WL_PROXD_E_EXT_SCHED = -1055,
WL_PROXD_E_NOT_BCM = -1054,
WL_PROXD_E_FRAME_TYPE = -1053,
WL_PROXD_E_VERNOSUPPORT = -1052,
WL_PROXD_E_SEC_NOKEY = -1051,
WL_PROXD_E_SEC_POLICY = -1050,
WL_PROXD_E_SCAN_INPROCESS = -1049,
WL_PROXD_E_BAD_PARTIAL_TSF = -1048,
WL_PROXD_E_SCANFAIL = -1047,
WL_PROXD_E_NOTSF = -1046,
WL_PROXD_E_POLICY = -1045,
WL_PROXD_E_INCOMPLETE = -1044,
WL_PROXD_E_OVERRIDDEN = -1043,
WL_PROXD_E_ASAP_FAILED = -1042,
WL_PROXD_E_NOTSTARTED = -1041,
WL_PROXD_E_INVALIDMEAS = -1040,
WL_PROXD_E_INCAPABLE = -1039,
WL_PROXD_E_MISMATCH = -1038,
WL_PROXD_E_DUP_SESSION = -1037,
WL_PROXD_E_REMOTE_FAIL = -1036,
WL_PROXD_E_REMOTE_INCAPABLE = -1035,
WL_PROXD_E_SCHED_FAIL = -1034,
WL_PROXD_E_PROTO = -1033,
WL_PROXD_E_EXPIRED = -1032,
WL_PROXD_E_TIMEOUT = -1031,
WL_PROXD_E_NOACK = -1030,
WL_PROXD_E_DEFERRED = -1029,
WL_PROXD_E_INVALID_SID = -1028,
WL_PROXD_E_REMOTE_CANCEL = -1027,
WL_PROXD_E_CANCELED = -1026, /**< local */
WL_PROXD_E_INVALID_SESSION = -1025,
WL_PROXD_E_BAD_STATE = -1024,
WL_PROXD_E_START = -1024,
WL_PROXD_E_ERROR = -1,
WL_PROXD_E_OK = 0
};
typedef int32 wl_proxd_status_t;
#endif /* BCMUTILS_ERR_CODES */
/* proxd errors from phy */
#define PROXD_TOF_INIT_ERR_BITS 16
enum {
WL_PROXD_PHY_ERR_LB_CORR_THRESH = (1 << 0), /* Loopback Correlation threshold */
WL_PROXD_PHY_ERR_RX_CORR_THRESH = (1 << 1), /* Received Correlation threshold */
WL_PROXD_PHY_ERR_LB_PEAK_POWER = (1 << 2), /* Loopback Peak power */
WL_PROXD_PHY_ERR_RX_PEAK_POWER = (1 << 3), /* Received Peak power */
WL_PROXD_PHY_ERR_BITFLIP = (1 << 4), /* Bitflips */
WL_PROXD_PHY_ERR_SNR = (1 << 5), /* SNR */
WL_PROXD_PHY_RX_STRT_WIN_OFF = (1 << 6), /* Receive start window is off */
WL_PROXD_PHY_RX_END_WIN_OFF = (1 << 7), /* Receive End window is off */
WL_PROXD_PHY_ERR_LOW_CONFIDENCE = (1 << 15), /* Low confidence on meas distance */
};
typedef uint32 wl_proxd_phy_error_t;
/** PROXD session states */
enum {
WL_PROXD_SESSION_STATE_NONE = 0,
WL_PROXD_SESSION_STATE_CREATED = 1,
WL_PROXD_SESSION_STATE_CONFIGURED = 2,
WL_PROXD_SESSION_STATE_STARTED = 3,
WL_PROXD_SESSION_STATE_DELAY = 4,
WL_PROXD_SESSION_STATE_USER_WAIT = 5,
WL_PROXD_SESSION_STATE_SCHED_WAIT = 6,
WL_PROXD_SESSION_STATE_BURST = 7,
WL_PROXD_SESSION_STATE_STOPPING = 8,
WL_PROXD_SESSION_STATE_ENDED = 9,
WL_PROXD_SESSION_STATE_START_WAIT = 10,
WL_PROXD_SESSION_STATE_DESTROYING = -1
};
typedef int16 wl_proxd_session_state_t;
/** RTT sample flags */
enum {
WL_PROXD_RTT_SAMPLE_NONE = 0x00,
WL_PROXD_RTT_SAMPLE_DISCARD = 0x01
};
typedef uint8 wl_proxd_rtt_sample_flags_t;
typedef int16 wl_proxd_rssi_t;
typedef uint16 wl_proxd_snr_t;
typedef uint16 wl_proxd_bitflips_t;
typedef uint32 wl_proxd_phy_gd_variance_t;
/** result flags */
enum {
WL_PRXOD_RESULT_FLAG_NONE = 0x0000,
WL_PROXD_RESULT_FLAG_NLOS = 0x0001, /**< LOS - if available */
WL_PROXD_RESULT_FLAG_LOS = 0x0002, /**< NLOS - if available */
WL_PROXD_RESULT_FLAG_FATAL = 0x0004, /**< Fatal error during burst */
WL_PROXD_RESULT_FLAG_VHTACK = 0x0008, /* VHTACK or Legacy ACK used */
WL_PROXD_REQUEST_SENT = 0x0010, /* FTM request was sent */
WL_PROXD_REQUEST_ACKED = 0x0020, /* FTM request was acked */
WL_PROXD_LTFSEQ_STARTED = 0x0040, /* LTF sequence started */
WL_PROXD_RESULT_SIGNED = 0x0080, /* RTT result is negative */
WL_PROXD_RESULT_FLAG_ALL = 0xffff
};
typedef int16 wl_proxd_result_flags_t;
#define WL_PROXD_RTT_SAMPLE_VERSION_1 1
typedef struct wl_proxd_rtt_sample_v1 {
uint8 id; /**< id for the sample - non-zero */
wl_proxd_rtt_sample_flags_t flags;
wl_proxd_rssi_t rssi;
wl_proxd_intvl_t rtt; /**< round trip time */
uint32 ratespec;
wl_proxd_snr_t snr;
wl_proxd_bitflips_t bitflips;
wl_proxd_status_t status;
int32 distance;
wl_proxd_phy_error_t tof_phy_error;
wl_proxd_phy_error_t tof_tgt_phy_error; /* target phy error bit map */
wl_proxd_snr_t tof_tgt_snr;
wl_proxd_bitflips_t tof_tgt_bitflips;
uint8 coreid;
uint8 pad[3];
} wl_proxd_rtt_sample_v1_t;
#define WL_PROXD_RTT_RESULT_VERSION_1 1
/** rtt measurement result */
typedef struct wl_proxd_rtt_result_v1 {
wl_proxd_session_id_t sid;
wl_proxd_result_flags_t flags;
wl_proxd_status_t status;
struct ether_addr peer;
wl_proxd_session_state_t state; /**< current state */
union {
wl_proxd_intvl_t retry_after; /* hint for errors */
wl_proxd_intvl_t burst_duration; /* burst duration */
} u;
wl_proxd_rtt_sample_v1_t avg_rtt;
uint32 avg_dist; /* 1/256m units */
uint16 sd_rtt; /* RTT standard deviation */
uint8 num_valid_rtt; /* valid rtt cnt */
uint8 num_ftm; /* actual num of ftm cnt (Configured) */
uint16 burst_num; /* in a session */
uint16 num_rtt; /* 0 if no detail */
uint16 num_meas; /* number of ftm frames seen OTA */
uint8 pad[2];
wl_proxd_rtt_sample_v1_t rtt[BCM_FLEX_ARRAY]; /* variable */
} wl_proxd_rtt_result_v1_t;
#define WL_PROXD_RTT_SAMPLE_VERSION_2 2
typedef struct wl_proxd_rtt_sample_v2 {
uint16 version;
uint16 length;
uint8 id; /**< id for the sample - non-zero */
wl_proxd_rtt_sample_flags_t flags;
wl_proxd_rssi_t rssi;
wl_proxd_intvl_t rtt; /**< round trip time */
uint32 ratespec;
wl_proxd_snr_t snr;
wl_proxd_bitflips_t bitflips;
wl_proxd_status_t status;
int32 distance;
wl_proxd_phy_error_t tof_phy_error;
wl_proxd_phy_error_t tof_tgt_phy_error; /* target phy error bit map */
wl_proxd_snr_t tof_tgt_snr;
wl_proxd_bitflips_t tof_tgt_bitflips;
uint8 coreid;
uint8 pad[3];
uint32 chanspec;
} wl_proxd_rtt_sample_v2_t;
#define WL_PROXD_RTT_RESULT_VERSION_2 2
/** rtt measurement result */
typedef struct wl_proxd_rtt_result_v2 {
uint16 version;
uint16 length; /* up to rtt[] */
wl_proxd_session_id_t sid;
wl_proxd_result_flags_t flags;
wl_proxd_status_t status;
struct ether_addr peer;
wl_proxd_session_state_t state; /**< current state */
union {
wl_proxd_intvl_t retry_after; /* hint for errors */
wl_proxd_intvl_t burst_duration; /* burst duration */
} u;
uint32 avg_dist; /* 1/256m units */
uint16 sd_rtt; /* RTT standard deviation */
uint8 num_valid_rtt; /* valid rtt cnt */
uint8 num_ftm; /* actual num of ftm cnt (Configured) */
uint16 burst_num; /* in a session */
uint16 num_rtt; /* 0 if no detail */
uint16 num_meas; /* number of ftm frames seen OTA */
uint8 pad[2];
wl_proxd_rtt_sample_v2_t rtt[BCM_FLEX_ARRAY]; /* variable len: first is avg_rtt */
} wl_proxd_rtt_result_v2_t;
#define WL_PROXD_RTT_SAMPLE_VERSION_3 3
typedef struct wl_proxd_rtt_sample_v3 {
uint16 version;
uint16 length;
uint8 id; /**< id for the sample - non-zero */
wl_proxd_rtt_sample_flags_t flags;
wl_proxd_rssi_t rssi;
wl_proxd_intvl_t rtt; /**< round trip time */
uint32 ratespec;
wl_proxd_snr_t snr;
wl_proxd_bitflips_t bitflips;
wl_proxd_status_t status;
int32 distance;
wl_proxd_phy_error_t tof_phy_error;
wl_proxd_phy_error_t tof_tgt_phy_error; /* target phy error bit map */
wl_proxd_snr_t tof_tgt_snr;
wl_proxd_bitflips_t tof_tgt_bitflips;
uint8 coreid;
uint8 pad[3];
uint32 chanspec;
uint32 gd_variance; /* group delay variance */
} wl_proxd_rtt_sample_v3_t;
#define WL_PROXD_RTT_RESULT_VERSION_3 3
/** rtt measurement result */
typedef struct wl_proxd_rtt_result_v3 {
uint16 version;
uint16 length; /* up to rtt[] */
wl_proxd_session_id_t sid;
wl_proxd_result_flags_t flags;
wl_proxd_status_t status;
struct ether_addr peer;
wl_proxd_session_state_t state; /**< current state */
union {
wl_proxd_intvl_t retry_after; /* hint for errors */
wl_proxd_intvl_t burst_duration; /* burst duration */
} u;
uint32 avg_dist; /* 1/256m units */
uint16 sd_rtt; /* RTT standard deviation */
uint8 num_valid_rtt; /* valid rtt cnt */
uint8 num_ftm; /* actual num of ftm cnt (Configured) */
uint16 burst_num; /* in a session */
uint16 num_rtt; /* 0 if no detail */
uint16 num_meas; /* number of ftm frames seen OTA */
uint8 pad[2];
wl_proxd_rtt_sample_v3_t rtt[]; /* variable len: first is avg_rtt */
} wl_proxd_rtt_result_v3_t;
/** aoa measurement result */
typedef struct wl_proxd_aoa_result {
wl_proxd_session_id_t sid;
wl_proxd_result_flags_t flags;
wl_proxd_status_t status;
struct ether_addr peer;
wl_proxd_session_state_t state;
uint16 burst_num;
uint8 PAD[2];
/* wl_proxd_aoa_sample_t sample_avg; TBD */
} BWL_POST_PACKED_STRUCT wl_proxd_aoa_result_t;
#include <packed_section_end.h>
/** global stats */
typedef struct wl_proxd_counters {
uint32 tx; /* tx frame count */
uint32 rx; /* rx frame count */
uint32 burst; /* total number of burst */
uint32 sessions; /* total number of sessions */
uint32 max_sessions; /* max concurrency */
uint32 sched_fail; /* scheduling failures */
uint32 timeouts; /* timeouts */
uint32 protoerr; /* protocol errors */
uint32 noack; /* tx w/o ack */
uint32 txfail; /* any tx falure */
uint32 lci_req_tx; /* tx LCI requests */
uint32 lci_req_rx; /* rx LCI requests */
uint32 lci_rep_tx; /* tx LCI reports */
uint32 lci_rep_rx; /* rx LCI reports */
uint32 civic_req_tx; /* tx civic requests */
uint32 civic_req_rx; /* rx civic requests */
uint32 civic_rep_tx; /* tx civic reports */
uint32 civic_rep_rx; /* rx civic reports */
uint32 rctx; /* ranging contexts created */
uint32 rctx_done; /* count of ranging done */
uint32 publish_err; /* availability publishing errors */
uint32 on_chan; /* count of scheduler onchan */
uint32 off_chan; /* count of scheduler offchan */
uint32 tsf_lo; /* local tsf or session tsf */
uint32 tsf_hi;
uint32 num_meas; /* number of measurements */
} wl_proxd_counters_t;
typedef struct wl_proxd_counters wl_proxd_session_counters_t;
typedef struct wl_proxd_counters wl_ftm_counters_v1_t;
enum {
WL_PROXD_CAP_NONE = 0x0000,
WL_PROXD_CAP_ALL = 0xffff
};
typedef int16 wl_proxd_caps_t;
/** method capabilities */
enum {
WL_PROXD_FTM_CAP_NONE = 0x0000,
WL_PROXD_FTM_CAP_FTM1 = 0x0001
};
typedef uint16 wl_proxd_ftm_caps_t;
typedef struct wl_proxd_tlv_id_list {
uint16 num_ids;
uint16 ids[BCM_FLEX_ARRAY];
} wl_proxd_tlv_id_list_t;
typedef struct wl_proxd_session_id_list {
uint16 num_ids;
wl_proxd_session_id_t ids[BCM_FLEX_ARRAY];
} wl_proxd_session_id_list_t;
typedef struct wl_proxd_tpk {
struct ether_addr peer;
uint8 tpk[TPK_FTM_LEN];
} wl_proxd_tpk_t;
/* tlvs returned for get_info on ftm method
* configuration:
* proxd flags
* event mask
* debug mask
* session defaults (session tlvs)
* status tlv - not supported for ftm method
* info tlv
*/
typedef struct wl_proxd_ftm_info {
wl_proxd_ftm_caps_t caps;
uint16 max_sessions;
uint16 num_sessions;
uint16 rx_max_burst;
} wl_proxd_ftm_info_t;
enum {
WL_PROXD_WAIT_NONE = 0x0000,
WL_PROXD_WAIT_KEY = 0x0001,
WL_PROXD_WAIT_SCHED = 0x0002,
WL_PROXD_WAIT_TSF = 0x0004
};
typedef int16 wl_proxd_wait_reason_t;
/* tlvs returned for get_info on session
* session config (tlvs)
* session info tlv
*/
typedef struct wl_proxd_ftm_session_info {
uint16 sid;
uint8 bss_index;
uint8 pad;
struct ether_addr bssid;
wl_proxd_session_state_t state;
wl_proxd_status_t status;
uint16 burst_num;
wl_proxd_wait_reason_t wait_reason;
uint32 meas_start_lo; /* sn tsf of 1st meas for cur/prev burst */
uint32 meas_start_hi;
} wl_proxd_ftm_session_info_t;
typedef struct wl_proxd_ftm_session_status {
uint16 sid;
wl_proxd_session_state_t state;
wl_proxd_status_t status;
uint16 burst_num;
uint16 core_info;
} wl_proxd_ftm_session_status_t;
/** rrm range request */
typedef struct wl_proxd_range_req {
uint16 num_repeat;
uint16 init_delay_range; /**< in TUs */
uint8 PAD;
uint8 num_nbr; /**< number of (possible) neighbors */
nbr_element_t nbr[BCM_FLEX_ARRAY];
} wl_proxd_range_req_t;
#define WL_PROXD_LCI_LAT_OFF 0
#define WL_PROXD_LCI_LONG_OFF 5
#define WL_PROXD_LCI_ALT_OFF 10
#define WL_PROXD_LCI_GET_LAT(_lci, _lat, _lat_err) { \
unsigned _off = WL_PROXD_LCI_LAT_OFF; \
_lat_err = (_lci)->data[(_off)] & 0x3f; \
_lat = (_lci)->data[(_off)+1]; \
_lat |= (_lci)->data[(_off)+2] << 8; \
_lat |= (_lci)->data[_(_off)+3] << 16; \
_lat |= (_lci)->data[(_off)+4] << 24; \
_lat <<= 2; \
_lat |= (_lci)->data[(_off)] >> 6; \
}
#define WL_PROXD_LCI_GET_LONG(_lci, _lcilong, _long_err) { \
unsigned _off = WL_PROXD_LCI_LONG_OFF; \
_long_err = (_lci)->data[(_off)] & 0x3f; \
_lcilong = (_lci)->data[(_off)+1]; \
_lcilong |= (_lci)->data[(_off)+2] << 8; \
_lcilong |= (_lci)->data[_(_off)+3] << 16; \
_lcilong |= (_lci)->data[(_off)+4] << 24; \
__lcilong <<= 2; \
_lcilong |= (_lci)->data[(_off)] >> 6; \
}
#define WL_PROXD_LCI_GET_ALT(_lci, _alt_type, _alt, _alt_err) { \
unsigned _off = WL_PROXD_LCI_ALT_OFF; \
_alt_type = (_lci)->data[_off] & 0x0f; \
_alt_err = (_lci)->data[(_off)] >> 4; \
_alt_err |= ((_lci)->data[(_off)+1] & 0x03) << 4; \
_alt = (_lci)->data[(_off)+2]; \
_alt |= (_lci)->data[(_off)+3] << 8; \
_alt |= (_lci)->data[_(_off)+4] << 16; \
_alt <<= 6; \
_alt |= (_lci)->data[(_off) + 1] >> 2; \
}
#define WL_PROXD_LCI_VERSION(_lci) ((_lci)->data[15] >> 6)
/* availability. advertising mechanism bss specific */
/** availablity flags */
enum {
WL_PROXD_AVAIL_NONE = 0,
WL_PROXD_AVAIL_NAN_PUBLISHED = 0x0001,
WL_PROXD_AVAIL_SCHEDULED = 0x0002 /**< scheduled by proxd */
};
typedef int16 wl_proxd_avail_flags_t;
/** time reference */
enum {
WL_PROXD_TREF_NONE = 0,
WL_PROXD_TREF_DEV_TSF = 1,
WL_PROXD_TREF_NAN_DW = 2,
WL_PROXD_TREF_TBTT = 3,
WL_PROXD_TREF_MAX /* last entry */
};
typedef int16 wl_proxd_time_ref_t;
/** proxd channel-time slot */
typedef struct {
wl_proxd_intvl_t start; /**< from ref */
wl_proxd_intvl_t duration; /**< from start */
uint32 chanspec;
} wl_proxd_time_slot_t;
typedef struct wl_proxd_avail24 {
wl_proxd_avail_flags_t flags; /**< for query only */
wl_proxd_time_ref_t time_ref;
uint16 max_slots; /**< for query only */
uint16 num_slots;
wl_proxd_time_slot_t slots[1]; /**< ROM compat - not used */
wl_proxd_intvl_t repeat;
wl_proxd_time_slot_t ts0[BCM_FLEX_ARRAY];
} wl_proxd_avail24_t;
#define WL_PROXD_AVAIL24_TIMESLOT(_avail24, _i) (&(_avail24)->ts0[(_i)])
#define WL_PROXD_AVAIL24_TIMESLOT_OFFSET(_avail24) OFFSETOF(wl_proxd_avail24_t, ts0)
#define WL_PROXD_AVAIL24_TIMESLOTS(_avail24) WL_PROXD_AVAIL24_TIMESLOT(_avail24, 0)
#define WL_PROXD_AVAIL24_SIZE(_avail24, _num_slots) (\
WL_PROXD_AVAIL24_TIMESLOT_OFFSET(_avail24) + \
(_num_slots) * sizeof(*WL_PROXD_AVAIL24_TIMESLOT(_avail24, 0)))
typedef struct wl_proxd_avail {
wl_proxd_avail_flags_t flags; /**< for query only */
wl_proxd_time_ref_t time_ref;
uint16 max_slots; /**< for query only */
uint16 num_slots;
wl_proxd_intvl_t repeat;
wl_proxd_time_slot_t slots[BCM_FLEX_ARRAY];
} wl_proxd_avail_t;
#define WL_PROXD_AVAIL_TIMESLOT(_avail, _i) (&(_avail)->slots[(_i)])
#define WL_PROXD_AVAIL_TIMESLOT_OFFSET(_avail) OFFSETOF(wl_proxd_avail_t, slots)
#define WL_PROXD_AVAIL_TIMESLOTS(_avail) WL_PROXD_AVAIL_TIMESLOT(_avail, 0)
#define WL_PROXD_AVAIL_SIZE(_avail, _num_slots) (\
WL_PROXD_AVAIL_TIMESLOT_OFFSET(_avail) + \
(_num_slots) * sizeof(*WL_PROXD_AVAIL_TIMESLOT(_avail, 0)))
/* collect support TBD */
/** debugging */
enum {
WL_PROXD_DEBUG_NONE = 0x00000000,
WL_PROXD_DEBUG_LOG = 0x00000001,
WL_PROXD_DEBUG_IOV = 0x00000002,
WL_PROXD_DEBUG_EVENT = 0x00000004,
WL_PROXD_DEBUG_SESSION = 0x00000008,
WL_PROXD_DEBUG_PROTO = 0x00000010,
WL_PROXD_DEBUG_SCHED = 0x00000020,
WL_PROXD_DEBUG_RANGING = 0x00000040,
WL_PROXD_DEBUG_NAN = 0x00000080,
WL_PROXD_DEBUG_PKT = 0x00000100,
WL_PROXD_DEBUG_SEC = 0x00000200,
WL_PROXD_DEBUG_FSM = 0x00000400, /* BCM FSM log for FTM session */
WL_PROXD_DEBUG_CSI = 0x00000800, /* Enable CSI logging */
WL_PROXD_DEBUG_AZ_MEAS = 0x00001000, /* AZ measurement substate */
WL_PROXD_DEBUG_PM = 0x00002000,
WL_PROXD_DEBUG_CSI_TIMEOUT = 0x00004000,
WL_PROXD_DEBUG_EVENTLOG = 0x80000000, /* map/enable EVNET_LOG_TAG_PROXD_INFO */
WL_PROXD_DEBUG_ALL = 0xffffffff
};
typedef uint32 wl_proxd_debug_mask_t;
/** tlv IDs - data length 4 bytes unless overridden by type, alignment 32 bits */
typedef enum {
WL_PROXD_TLV_ID_NONE = 0,
WL_PROXD_TLV_ID_METHOD = 1,
WL_PROXD_TLV_ID_FLAGS = 2,
WL_PROXD_TLV_ID_CHANSPEC = 3, /**< note: uint32 */
WL_PROXD_TLV_ID_TX_POWER = 4,
WL_PROXD_TLV_ID_RATESPEC = 5,
WL_PROXD_TLV_ID_BURST_DURATION = 6, /**< intvl - length of burst */
WL_PROXD_TLV_ID_BURST_PERIOD = 7, /**< intvl - between bursts */
WL_PROXD_TLV_ID_BURST_FTM_SEP = 8, /**< intvl - between FTMs */
WL_PROXD_TLV_ID_BURST_NUM_FTM = 9, /**< uint16 - per burst */
WL_PROXD_TLV_ID_NUM_BURST = 10, /**< uint16 */
WL_PROXD_TLV_ID_FTM_RETRIES = 11, /**< uint16 at FTM level */
WL_PROXD_TLV_ID_BSS_INDEX = 12, /**< uint8 */
WL_PROXD_TLV_ID_BSSID = 13,
WL_PROXD_TLV_ID_INIT_DELAY = 14, /**< intvl - optional,non-standalone only */
WL_PROXD_TLV_ID_BURST_TIMEOUT = 15, /**< expect response within - intvl */
WL_PROXD_TLV_ID_EVENT_MASK = 16, /**< interested events - in/out */
WL_PROXD_TLV_ID_FLAGS_MASK = 17, /**< interested flags - in only */
WL_PROXD_TLV_ID_PEER_MAC = 18, /**< mac address of peer */
WL_PROXD_TLV_ID_FTM_REQ = 19, /**< dot11_ftm_req */
WL_PROXD_TLV_ID_LCI_REQ = 20,
WL_PROXD_TLV_ID_LCI = 21,
WL_PROXD_TLV_ID_CIVIC_REQ = 22,
WL_PROXD_TLV_ID_CIVIC = 23,
WL_PROXD_TLV_ID_AVAIL24 = 24, /**< ROM compatibility */
WL_PROXD_TLV_ID_SESSION_FLAGS = 25,
WL_PROXD_TLV_ID_SESSION_FLAGS_MASK = 26, /**< in only */
WL_PROXD_TLV_ID_RX_MAX_BURST = 27, /**< uint16 - limit bursts per session */
WL_PROXD_TLV_ID_RANGING_INFO = 28, /**< ranging info */
WL_PROXD_TLV_ID_RANGING_FLAGS = 29, /**< uint16 */
WL_PROXD_TLV_ID_RANGING_FLAGS_MASK = 30, /**< uint16, in only */
WL_PROXD_TLV_ID_NAN_MAP_ID = 31,
WL_PROXD_TLV_ID_DEV_ADDR = 32,
WL_PROXD_TLV_ID_AVAIL = 33, /**< wl_proxd_avail_t */
WL_PROXD_TLV_ID_TLV_ID = 34, /* uint16 tlv-id */
WL_PROXD_TLV_ID_FTM_REQ_RETRIES = 35, /* uint16 FTM request retries */
WL_PROXD_TLV_ID_TPK = 36, /* 32byte TPK */
WL_PROXD_TLV_ID_RI_RR = 36, /* RI_RR */
WL_PROXD_TLV_ID_TUNE = 37, /* wl_proxd_pararms_tof_tune_t */
WL_PROXD_TLV_ID_CUR_ETHER_ADDR = 38, /* Source Address used for Tx */
WL_PROXD_TLV_ID_RESERVED_ID39 = 39, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID40 = 40, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID41 = 41, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID42 = 42, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID43 = 43, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID44 = 44, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID45 = 45, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID46 = 46, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID47 = 47, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID48 = 48, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID49 = 49, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID50 = 50, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID51 = 51, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID52 = 52, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID53 = 53, /* ftm component only */
/* output - 512 + x */
WL_PROXD_TLV_ID_STATUS = 512,
WL_PROXD_TLV_ID_COUNTERS = 513, /* wl_proxd_counters_t */
WL_PROXD_TLV_ID_INFO = 514,
WL_PROXD_TLV_ID_RTT_RESULT = 515,
WL_PROXD_TLV_ID_AOA_RESULT = 516,
WL_PROXD_TLV_ID_SESSION_INFO = 517,
WL_PROXD_TLV_ID_SESSION_STATUS = 518,
WL_PROXD_TLV_ID_SESSION_ID_LIST = 519,
WL_PROXD_TLV_ID_RTT_RESULT_V2 = 520,
WL_PROXD_TLV_ID_RTT_RESULT_V3 = 521,
WL_PROXD_TLV_ID_RESERVED_ID522 = 522, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID523 = 523, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID524 = 524, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID525 = 525, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID526 = 526, /* ftm component only */
/* debug tlvs can be added starting 1024 */
WL_PROXD_TLV_ID_DEBUG_MASK = 1024,
WL_PROXD_TLV_ID_COLLECT = 1025, /**< output only */
WL_PROXD_TLV_ID_STRBUF = 1026,
WL_PROXD_TLV_ID_COLLECT_HEADER = 1025, /* wl_proxd_collect_header_t */
WL_PROXD_TLV_ID_COLLECT_INFO = 1028, /* wl_proxd_collect_info_t */
WL_PROXD_TLV_ID_COLLECT_DATA = 1029, /* wl_proxd_collect_data_t */
WL_PROXD_TLV_ID_COLLECT_CHAN_DATA = 1030, /* wl_proxd_collect_data_t */
WL_PROXD_TLV_ID_MF_STATS_DATA = 1031, /* mf_stats_buffer */
WL_PROXD_TLV_ID_COLLECT_INLINE_HEADER = 1032,
WL_PROXD_TLV_ID_COLLECT_INLINE_FRAME_INFO = 1033,
WL_PROXD_TLV_ID_COLLECT_INLINE_FRAME_DATA = 1034,
WL_PROXD_TLV_ID_COLLECT_INLINE_RESULTS = 1035,
WL_PROXD_TLV_ID_RESERVED_ID1036 = 1036, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID1037 = 1037, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID1038 = 1038, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID1039 = 1039, /* ftm component only */
WL_PROXD_TLV_ID_RESERVED_ID1040 = 1040, /* ftm component only */
WL_PROXD_TLV_ID_MAX
} wl_proxd_tlv_types_t;
#define TOF_COLLECT_INLINE_HEADER_INFO_VER_1 1
typedef struct wl_proxd_collect_inline_header_info_v1
{
uint16 version;
uint16 PAD;
uint32 ratespec; /* override */
chanspec_t chanspec;
uint16 num_ftm;
struct ether_addr peer_mac;
struct ether_addr cur_ether_addr; /* source address for Tx */
} wl_proxd_collect_inline_header_info_v1_t;
#define TOF_COLLECT_INLINE_RESULTS_VER_1 1
typedef struct wl_proxd_collect_inline_results_info_v1
{
uint16 version;
uint16 pad1;
uint32 meanrtt;
uint32 distance;
uint16 num_rtt;
uint16 pad2;
int32 status;
uint32 ratespec;
} wl_proxd_collect_inline_results_info_v1_t;
#define TOF_COLLECT_INLINE_FRAME_INFO_VER_1 1
typedef struct wl_proxd_collect_inline_frame_info_v1
{
uint16 version;
uint16 pad1;
int32 gd;
uint32 T[4];
uint32 prev_t1;
uint32 prev_t4;
int32 hadj;
int8 rssi;
uint8 pad3[3];
} wl_proxd_collect_inline_frame_info_v1_t;
#define TOF_COLLECT_INLINE_FRAME_INFO_VER_2 2
typedef struct wl_proxd_collect_inline_frame_info_v2
{
uint16 version;
uint16 pad1;
int32 gd;
uint32 T[4];
int32 hadj;
int8 rssi;
uint8 pad[3];
} wl_proxd_collect_inline_frame_info_v2_t;
#define WL_PROXD_IOV_HDR_SIZE OFFSETOF(wl_proxd_iov_t, tlvs)
/* The following event definitions may move to bcmevent.h, but sharing proxd types
* across needs more invasive changes unrelated to proxd
*/
enum {
WL_PROXD_EVENT_NONE = 0, /**< not an event, reserved */
WL_PROXD_EVENT_SESSION_CREATE = 1,
WL_PROXD_EVENT_SESSION_START = 2,
WL_PROXD_EVENT_FTM_REQ = 3,
WL_PROXD_EVENT_BURST_START = 4,
WL_PROXD_EVENT_BURST_END = 5,
WL_PROXD_EVENT_SESSION_END = 6,
WL_PROXD_EVENT_SESSION_RESTART = 7,
WL_PROXD_EVENT_BURST_RESCHED = 8, /**< burst rescheduled-e.g. partial TSF */
WL_PROXD_EVENT_SESSION_DESTROY = 9,
WL_PROXD_EVENT_RANGE_REQ = 10,
WL_PROXD_EVENT_FTM_FRAME = 11,
WL_PROXD_EVENT_DELAY = 12,
WL_PROXD_EVENT_VS_INITIATOR_RPT = 13, /**< (target) rx initiator-report */
WL_PROXD_EVENT_RANGING = 14,
WL_PROXD_EVENT_LCI_MEAS_REP = 15, /* LCI measurement report */
WL_PROXD_EVENT_CIVIC_MEAS_REP = 16, /* civic measurement report */
WL_PROXD_EVENT_COLLECT = 17,
WL_PROXD_EVENT_START_WAIT = 18, /* waiting to start */
WL_PROXD_EVENT_MF_STATS = 19, /* mf stats event */
WL_PROXD_EVENT_RES_WAIT = 20, /* waiting to resources */
WL_PROXD_EVENT_SESSION_READY = 21, /* ready to burst */
WL_PROXD_EVENT_RESERVED22 = 22, /* reserved by ftm */
WL_PROXD_EVENT_RESERVED23 = 23, /* reserved by ftm */
WL_PROXD_EVENT_RESERVED24 = 24, /* reserved by ftm */
WL_PROXD_EVENT_MAX
};
typedef int16 wl_proxd_event_type_t;
/** proxd event mask - upto 32 events for now */
typedef uint32 wl_proxd_event_mask_t;
#define WL_PROXD_EVENT_MASK_ALL 0xfffffffe
#define WL_PROXD_EVENT_MASK_EVENT(_event_type) (1 << (_event_type))
#define WL_PROXD_EVENT_ENABLED(_mask, _event_type) (\
((_mask) & WL_PROXD_EVENT_MASK_EVENT(_event_type)) != 0)
/** proxd event - applies to proxd, method or session */
typedef struct wl_proxd_event {
uint16 version;
uint16 len;
wl_proxd_event_type_t type;
wl_proxd_method_t method;
wl_proxd_session_id_t sid;
uint8 pad[2]; /* This field is used fragmentation purpose */
wl_proxd_tlv_t tlvs[BCM_FLEX_ARRAY]; /**< variable */
} wl_proxd_event_t;
enum {
WL_PROXD_RANGING_STATE_NONE = 0,
WL_PROXD_RANGING_STATE_NOTSTARTED = 1,
WL_PROXD_RANGING_STATE_INPROGRESS = 2,
WL_PROXD_RANGING_STATE_DONE = 3
};
typedef int16 wl_proxd_ranging_state_t;
/** proxd ranging flags */
enum {
WL_PROXD_RANGING_FLAG_NONE = 0x0000, /**< no flags */
WL_PROXD_RANGING_FLAG_DEL_SESSIONS_ON_STOP = 0x0001,
WL_PROXD_RANGING_FLAG_ALL = 0xffff
};
typedef uint16 wl_proxd_ranging_flags_t;
struct wl_proxd_ranging_info {
wl_proxd_status_t status;
wl_proxd_ranging_state_t state;
wl_proxd_ranging_flags_t flags;
uint16 num_sids;
uint16 num_done;
};
typedef struct wl_proxd_ranging_info wl_proxd_ranging_info_t;
#include <packed_section_start.h>
/* Legacy platform i.e. 43342/43430 */
#define WL_PROXD_COLLECT_EVENT_DATA_VERSION_1 1
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_collect_event_data_v1 {
uint32 H_LB[K_TOF_COLLECT_H_SIZE_20MHZ];
uint32 H_RX[K_TOF_COLLECT_H_SIZE_20MHZ];
uint8 ri_rr[FTM_TPK_LEN];
wl_proxd_phy_error_t phy_err_mask;
} BWL_POST_PACKED_STRUCT wl_proxd_collect_event_data_v1_t;
/* Secured 2.0 supoorted devices i.e. 4364 */
#define WL_PROXD_COLLECT_EVENT_DATA_VERSION_2 2
typedef BWL_PRE_PACKED_STRUCT struct wl_proxd_collect_event_data_v2 {
uint32 H_LB[K_TOF_COLLECT_H_SIZE_20MHZ];
uint32 H_RX[K_TOF_COLLECT_H_SIZE_20MHZ];
uint8 ri_rr[FTM_TPK_RI_RR_LEN_SECURE_2_0];
wl_proxd_phy_error_t phy_err_mask;
} BWL_POST_PACKED_STRUCT wl_proxd_collect_event_data_v2_t;
#include <packed_section_end.h>
#define WL_PROXD_COLLECT_EVENT_DATA_VERSION_3 3
typedef struct wl_proxd_collect_event_data_v3 {
uint16 version;
uint16 length;
uint32 H_LB[K_TOF_COLLECT_H_SIZE_20MHZ];
uint32 H_RX[K_TOF_COLLECT_H_SIZE_20MHZ];
uint8 ri_rr[FTM_TPK_RI_RR_LEN_SECURE_2_0];
wl_proxd_phy_error_t phy_err_mask;
} wl_proxd_collect_event_data_v3_t;
#define WL_PROXD_COLLECT_EVENT_DATA_VERSION_4 4
typedef struct wl_proxd_collect_event_data_v4 {
uint16 version;
uint16 length;
uint32 H_LB[K_TOF_COLLECT_H_SIZE_20MHZ];
uint32 H_RX[K_TOF_COLLECT_H_SIZE_20MHZ];
uint8 ri_rr[FTM_TPK_RI_RR_LEN_SECURE_2_0_5G];
uint8 PAD[2];
wl_proxd_phy_error_t phy_err_mask;
} wl_proxd_collect_event_data_v4_t;
#define WL_PROXD_COLLECT_EVENT_DATA_VERSION_MAX WL_PROXD_COLLECT_EVENT_DATA_VERSION_4
/** Data returned by the bssload_report iovar. This is also the WLC_E_BSS_LOAD event data */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct wl_bssload {
uint16 sta_count; /**< station count */
uint16 aac; /**< available admission capacity */
uint8 chan_util; /**< channel utilization */
} BWL_POST_PACKED_STRUCT wl_bssload_t;
#include <packed_section_end.h>
/**
* Maximum number of configurable BSS Load levels. The number of BSS Load
* ranges is always 1 more than the number of configured levels. eg. if
* 3 levels of 10, 20, 30 are configured then this defines 4 load ranges:
* 0-10, 11-20, 21-30, 31-255. A WLC_E_BSS_LOAD event is generated each time
* the utilization level crosses into another range, subject to the rate limit.
*/
#define MAX_BSSLOAD_LEVELS 8
#define MAX_BSSLOAD_RANGES (MAX_BSSLOAD_LEVELS + 1)
/** BSS Load event notification configuration. */
typedef struct wl_bssload_cfg {
uint32 rate_limit_msec; /**< # of events posted to application will be limited to
* one per specified period (0 to disable rate limit).
*/
uint8 num_util_levels; /**< Number of entries in util_levels[] below */
uint8 util_levels[MAX_BSSLOAD_LEVELS];
/**< Variable number of BSS Load utilization levels in
* low to high order. An event will be posted each time
* a received beacon's BSS Load IE channel utilization
* value crosses a level.
*/
uint8 PAD[3];
} wl_bssload_cfg_t;
/** User roam cache support */
#define WL_USER_ROAM_CACHE_VER_1 1u
#define WL_USER_ROAM_CACHE_VER WL_USER_ROAM_CACHE_VER_1
#define WL_USER_ROAM_CACHE_GET 0u /**< Read back the chanspec[s] */
#define WL_USER_ROAM_CACHE_ADD 1u /**< Add chanspec[s] */
#define WL_USER_ROAM_CACHE_DEL 2u /**< Delete chanspec[s] */
#define WL_USER_ROAM_CACHE_CLR 3u /**< Delete all chanspec[s] */
#define WL_USER_ROAM_CACHE_OVERRIDE 4u /**< Set to use roam cached chanspec only */
typedef struct wl_user_roamcache {
uint16 version;
uint16 length; /**< Total length including version and length */
uint32 subcmd; /**< Sub-command for chanspec add/rel etc.. */
union {
uint32 val; /**< Command value when applicable */
struct {
uint16 num_ch; /**< Number of chanspecs in the following array */
chanspec_t chanspecs[];
} chlist;
} u;
} wl_user_roamcache_t;
/** Multiple roaming profile suport */
#define WL_MAX_ROAM_PROF_BRACKETS 4
#define WL_ROAM_PROF_VER_0 0
#define WL_ROAM_PROF_VER_1 1
#define WL_ROAM_PROF_VER_2 2
#define WL_ROAM_PROF_VER_3 3
#define WL_ROAM_PROF_VER_4 4
#define WL_ROAM_PROF_VER_5 5
#define WL_MAX_ROAM_PROF_VER WL_ROAM_PROF_VER_1
#define WL_ROAM_PROF_NONE (0u << 0u)
#define WL_ROAM_PROF_LAZY (1u << 0u)
#define WL_ROAM_PROF_NO_CI (1u << 1u)
#define WL_ROAM_PROF_SUSPEND (1u << 2u)
#define WL_ROAM_PROF_EXTSCAN (1u << 3u)
#define WL_ROAM_FIND_HIGHER_BAND_ONLY (1u << 4u) /* Flag to find better higher band AP
* Not valid 4388 onwards
*/
#define WL_ROAM_PROF_SYNC_DTIM (1u << 6u)
#define WL_ROAM_PROF_DEFAULT (1u << 7u) /* backward compatible single default profile */
#define WL_ROAM_PROF_5G_PREF (1u << 8u) /* Flag to restrict low rssi roam scan to 5G */
#define WL_ROAM_PROF_6G_PREF (1u << 9u) /* Flag to restrict low rssi roam scan to 6G */
#define WL_ROAM_FORCE_6G_SC (1u << 10u) /* Force 6G lowrssi LP roam scan on Scan core */
#define WL_ROAM_PROF_TIE_BREAKER_POLICY (1u << 11u) /* Prefer higher band target with same score */
#define WL_ROAM_PROF_NONDFS_PREF (1u << 12u) /* Prefer non-DFS target with similar score */
/* 2-bit flags to indicate AP with preferred TX power */
#define WL_ROAM_PROF_POWER_PREF_BIT_OFFSET 13u /* Offset for Power Pref bit */
#define WL_ROAM_PROF_POWER_PREF_BIT_MASK 0x3u /* Bit mask: bits 13 and 14 indicate power pref */
#define WL_ROAM_PROF_SKIP_FILS (1u << 15u) /* Flag to skip FILS */
typedef enum wl_roam_prof_power_pref {
WL_NO_POWER_PREF = 0x0u,
WL_LOW_POWER_PREF = 0x1u,
WL_HIGH_POWER_PREF = 0x2u
} wl_roam_prof_power_pref_t;
#define WL_FACTOR_TABLE_MAX_LIMIT 5
#define WL_CU_2G_ROAM_TRIGGER (-60)
#define WL_CU_5G_ROAM_TRIGGER (-70)
#define WL_CU_SCORE_DELTA_DEFAULT 20
#define WL_MAX_CHANNEL_USAGE 0x0FF
#define WL_CU_PERCENTAGE_DISABLE 0
#define WL_CU_PERCENTAGE_DEFAULT 70
#define WL_CU_PERCENTAGE_MAX 100
#define WL_CU_CALC_DURATION_DEFAULT 10 /* seconds */
#define WL_CU_CALC_DURATION_MAX 60 /* seconds */
#define WL_CU_NOT_AVAIL -1
#define WL_ESTM_LOW_TRIGGER_DISABLE 0
#define WL_ESTM_LOW_TRIGGER_DEFAULT 5 /* Mbps */
#define WL_ESTM_LOW_TRIGGER_MAX 250 /* Mbps */
#define WL_ESTM_ROAM_DELTA_DEFAULT 10
typedef struct wl_rssi_boost_v1 {
int8 thresh; /**< Min RSSI to qualify for RSSI boost */
int8 delta; /**< RSSI boost for AP in the other band */
} wl_rssi_boost_v1_t;
typedef struct wl_roam_prof_v6 {
uint32 roam_flags; /**< bit flags */
int8 roam_trigger; /**< RSSI trigger level per profile/RSSI bracket */
int8 rssi_lower;
int8 roam_delta;
int8 pad1;
/* if channel_usage if zero, roam_delta is rssi delta required for new AP */
/* if channel_usage if non-zero, roam_delta is score delta(%) required for new AP */
uint16 nfscan; /**< number of full scan to start with */
uint16 fullscan_period;
uint16 init_scan_period;
uint16 backoff_multiplier;
uint16 max_scan_period;
uint8 channel_usage;
uint8 cu_avg_calc_dur;
uint16 estm_low_trigger; /**< ESTM low throughput roam trigger */
int8 estm_roam_delta; /**< ESTM low throughput roam delta */
uint8 boost_bitmap; /* bitmap boost configuration for bands
* provided by user
*/
uint16 cca_meas_span; /* cca meas start time in s before partial
* or full scan period
*/
uint16 lp_roamscan_period;
uint16 max_fullscan_period;
wl_rssi_boost_v1_t rssi_boost[WL_BAND_MAX_CNT];
} wl_roam_prof_v6_t;
typedef struct wl_roam_prof_v5 {
uint8 roam_flags; /**< bit flags */
int8 roam_trigger; /**< RSSI trigger level per profile/RSSI bracket */
int8 rssi_lower;
int8 roam_delta;
/* if channel_usage if zero, roam_delta is rssi delta required for new AP */
/* if channel_usage if non-zero, roam_delta is score delta(%) required for new AP */
int8 rssi_boost_thresh; /**< Min RSSI to qualify for RSSI boost */
int8 rssi_boost_delta; /**< RSSI boost for AP in the other band */
uint16 nfscan; /**< number of full scan to start with */
uint16 fullscan_period;
uint16 init_scan_period;
uint16 backoff_multiplier;
uint16 max_scan_period;
uint8 channel_usage;
uint8 cu_avg_calc_dur;
uint16 estm_low_trigger; /**< ESTM low throughput roam trigger */
int8 estm_roam_delta; /**< ESTM low throughput roam delta */
int8 pad;
uint16 cca_meas_span; /* cca meas start time in s before partial
* or full scan period
*/
uint16 lp_roamscan_period;
uint16 max_fullscan_period;
} wl_roam_prof_v5_t;
typedef struct wl_roam_prof_v4 {
uint8 roam_flags; /**< bit flags */
int8 roam_trigger; /**< RSSI trigger level per profile/RSSI bracket */
int8 rssi_lower;
int8 roam_delta;
/* if channel_usage if zero, roam_delta is rssi delta required for new AP */
/* if channel_usage if non-zero, roam_delta is score delta(%) required for new AP */
int8 rssi_boost_thresh; /**< Min RSSI to qualify for RSSI boost */
int8 rssi_boost_delta; /**< RSSI boost for AP in the other band */
uint16 nfscan; /**< number of full scan to start with */
uint16 fullscan_period;
uint16 init_scan_period;
uint16 backoff_multiplier;
uint16 max_scan_period;
uint8 channel_usage;
uint8 cu_avg_calc_dur;
uint16 estm_low_trigger; /**< ESTM low throughput roam trigger */
int8 estm_roam_delta; /**< ESTM low throughput roam delta */
int8 PAD[3];
uint16 lp_roamscan_period;
uint16 max_fullscan_period;
} wl_roam_prof_v4_t;
typedef struct wl_roam_prof_v3 {
uint8 roam_flags; /**< bit flags */
int8 roam_trigger; /**< RSSI trigger level per profile/RSSI bracket */
int8 rssi_lower;
int8 roam_delta;
/* if channel_usage if zero, roam_delta is rssi delta required for new AP */
/* if channel_usage if non-zero, roam_delta is score delta(%) required for new AP */
int8 rssi_boost_thresh; /**< Min RSSI to qualify for RSSI boost */
int8 rssi_boost_delta; /**< RSSI boost for AP in the other band */
uint16 nfscan; /**< number of full scan to start with */
uint16 fullscan_period;
uint16 init_scan_period;
uint16 backoff_multiplier;
uint16 max_scan_period;
uint8 channel_usage;
uint8 cu_avg_calc_dur;
uint16 estm_low_trigger; /**< ESTM low throughput roam trigger */
int8 estm_roam_delta; /**< ESTM low throughput roam delta */
uint8 PAD;
} wl_roam_prof_v3_t;
typedef struct wl_roam_prof_v2 {
int8 roam_flags; /**< bit flags */
int8 roam_trigger; /**< RSSI trigger level per profile/RSSI bracket */
int8 rssi_lower;
int8 roam_delta;
/* if channel_usage if zero, roam_delta is rssi delta required for new AP */
/* if channel_usage if non-zero, roam_delta is score delta(%) required for new AP */
int8 rssi_boost_thresh; /**< Min RSSI to qualify for RSSI boost */
int8 rssi_boost_delta; /**< RSSI boost for AP in the other band */
uint16 nfscan; /**< number of full scan to start with */
uint16 fullscan_period;
uint16 init_scan_period;
uint16 backoff_multiplier;
uint16 max_scan_period;
uint8 channel_usage;
uint8 cu_avg_calc_dur;
uint8 PAD[2];
} wl_roam_prof_v2_t;
typedef struct wl_roam_prof_v1 {
int8 roam_flags; /**< bit flags */
int8 roam_trigger; /**< RSSI trigger level per profile/RSSI bracket */
int8 rssi_lower;
int8 roam_delta;
/* if channel_usage if zero, roam_delta is rssi delta required for new AP */
/* if channel_usage if non-zero, roam_delta is score delta(%) required for new AP */
int8 rssi_boost_thresh; /**< Min RSSI to qualify for RSSI boost */
int8 rssi_boost_delta; /**< RSSI boost for AP in the other band */
uint16 nfscan; /**< number of full scan to start with */
uint16 fullscan_period;
uint16 init_scan_period;
uint16 backoff_multiplier;
uint16 max_scan_period;
} wl_roam_prof_v1_t;
typedef struct wl_roam_prof_band_v6 {
uint32 band; /**< Must be just one band */
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
wl_roam_prof_v6_t roam_prof[WL_MAX_ROAM_PROF_BRACKETS];
} wl_roam_prof_band_v6_t;
typedef struct wl_roam_prof_band_v5 {
uint32 band; /**< Must be just one band */
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
wl_roam_prof_v5_t roam_prof[WL_MAX_ROAM_PROF_BRACKETS];
} wl_roam_prof_band_v5_t;
typedef struct wl_roam_prof_band_v4 {
uint32 band; /**< Must be just one band */
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
wl_roam_prof_v4_t roam_prof[WL_MAX_ROAM_PROF_BRACKETS];
} wl_roam_prof_band_v4_t;
typedef struct wl_roam_prof_band_v3 {
uint32 band; /**< Must be just one band */
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
wl_roam_prof_v3_t roam_prof[WL_MAX_ROAM_PROF_BRACKETS];
} wl_roam_prof_band_v3_t;
typedef struct wl_roam_prof_band_v2 {
uint32 band; /**< Must be just one band */
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
wl_roam_prof_v2_t roam_prof[WL_MAX_ROAM_PROF_BRACKETS];
} wl_roam_prof_band_v2_t;
typedef struct wl_roam_prof_band_v1 {
uint32 band; /**< Must be just one band */
uint16 ver; /**< version of this struct */
uint16 len; /**< length in bytes of this structure */
wl_roam_prof_v1_t roam_prof[WL_MAX_ROAM_PROF_BRACKETS];
} wl_roam_prof_band_v1_t;
#define BSS_MAXTABLE_SIZE 10
#define WNM_BSS_SELECT_FACTOR_VERSION_1 1
typedef struct wnm_bss_select_factor_params {
uint8 low;
uint8 high;
uint8 factor;
uint8 PAD;
} wnm_bss_select_factor_params_t;
#define WNM_BSS_SELECT_FIXED_SIZE OFFSETOF(wnm_bss_select_factor_cfg_t, params)
typedef struct wnm_bss_select_factor_cfg {
uint8 version;
uint8 band;
uint16 type;
uint16 PAD;
uint16 count;
wnm_bss_select_factor_params_t params[BCM_FLEX_ARRAY];
} wnm_bss_select_factor_cfg_t;
#define WNM_BSS_SELECT_WEIGHT_VERSION 1
typedef struct wnm_bss_select_weight_cfg {
uint8 version;
uint8 band;
uint16 type;
uint16 weight; /* weightage for each type between 0 to 100 */
} wnm_bss_select_weight_cfg_t;
/* For branches before koala .. wbtext is part
* of wnm need to use below type only
*/
typedef struct wnm_btm_default_score_cfg {
uint32 default_score; /* default score */
uint8 band;
uint8 PAD[3];
} wnm_btm_default_score_cfg_t;
/* For branches from koala and above .. wbtext is
* seperate module..need to use below type only
*/
typedef struct wbtext_btm_default_score_cfg {
uint32 default_score; /* default score */
uint8 band;
uint8 PAD[3];
} wbtext_btm_default_score_cfg_t;
#define WNM_BSS_SELECT_TYPE_RSSI 0
#define WNM_BSS_SELECT_TYPE_CU 1
#define WNM_BSS_SELECT_TYPE_ESTM_DL 2
#define WNM_BSSLOAD_MONITOR_VERSION_1 1
typedef struct wnm_bssload_monitor_cfg {
uint8 version;
uint8 band;
uint8 duration; /* duration between 1 to 20sec */
} wnm_bssload_monitor_cfg_t;
#define WNM_ROAM_TRIGGER_VERSION_1 1
typedef struct wnm_roam_trigger_cfg {
uint8 version;
uint8 band;
uint16 type;
int16 trigger; /* trigger for each type in new roam algorithm */
} wnm_roam_trigger_cfg_t;
#define WNM_NOQBSS_SCORE_MODE_VERSION_1 1
#define WNM_NOQBSS_SCORE_MODE_RSSI 0
#define WNM_NOQBSS_SCORE_MODE_CAPACITY 1
typedef struct wnm_noqbss_score_mode_v1 {
uint16 version;
uint16 len;
uint8 mode; /* 0 - RSSI based, 1 - Capacity based */
uint8 pad[3];
} wnm_noqbss_score_mode_v1_t;
/* Data structures for Interface Create/Remove */
#define WL_INTERFACE_CREATE_VER_0 0
#define WL_INTERFACE_CREATE_VER_1 1
#define WL_INTERFACE_CREATE_VER_2 2
#define WL_INTERFACE_CREATE_VER_3 3
/*
* The flags filed of the wl_interface_create is designed to be
* a Bit Mask. As of now only Bit 0 and Bit 1 are used as mentioned below.
* The rest of the bits can be used, incase we have to provide
* more information to the dongle
*/
/*
* Bit 0 of flags field is used to inform whether the interface requested to
* be created is STA or AP.
* 0 - Create a STA interface
* 1 - Create an AP interface
* NOTE: This Bit 0 is applicable for the WL_INTERFACE_CREATE_VER < 2
*/
#define WL_INTERFACE_CREATE_STA (0u << 0u)
#define WL_INTERFACE_CREATE_AP (1u << 0u)
/*
* From revision >= 2 Bit 0 of flags field will not used be for STA or AP interface creation.
* "iftype" field shall be used for identifying the interface type.
*/
typedef enum wl_interface_type {
WL_INTERFACE_TYPE_STA = 0,
WL_INTERFACE_TYPE_AP = 1,
WL_INTERFACE_TYPE_NAN = 3,
WL_INTERFACE_TYPE_P2P_GO = 4,
WL_INTERFACE_TYPE_P2P_GC = 5,
WL_INTERFACE_TYPE_P2P_DISC = 6,
WL_INTERFACE_TYPE_IBSS = 7,
WL_INTERFACE_TYPE_MESH = 8,
WL_INTERFACE_TYPE_MAX
} wl_interface_type_t;
/*
* Bit 1 of flags field is used to inform whether MAC is present in the
* data structure or not.
* 0 - Ignore mac_addr field
* 1 - Use the mac_addr field
*/
#define WL_INTERFACE_MAC_DONT_USE (0u << 1u)
#define WL_INTERFACE_MAC_USE (1u << 1u)
/*
* Bit 2 of flags field is used to inform whether core or wlc index
* is present in the data structure or not.
* 0 - Ignore wlc_index field
* 1 - Use the wlc_index field
*/
#define WL_INTERFACE_WLC_INDEX_DONT_USE (0u << 2u)
#define WL_INTERFACE_WLC_INDEX_USE (1u << 2u)
/*
* Bit 3 of flags field is used to create interface on the host requested interface index
* 0 - Ignore if_index field
* 1 - Use the if_index field
*/
#define WL_INTERFACE_IF_INDEX_USE (1u << 3u)
/*
* Bit 4 of flags field is used to assign BSSID
* 0 - Ignore bssid field
* 1 - Use the bssid field
*/
#define WL_INTERFACE_BSSID_INDEX_USE (1u << 4u)
/*
* Bit 5 of flags field indicates mesh usage on this interface
*/
#define WL_INTERFACE_MESH_USE (1u << 5u)
#define WL_INTERFACE_NAN_TETHER_USE (1u << 6u)
#define WL_INTERFACE_IOV_ALLOWED_FLAGS (WL_INTERFACE_CREATE_AP | WL_INTERFACE_MAC_USE | \
WL_INTERFACE_WLC_INDEX_USE | WL_INTERFACE_IF_INDEX_USE | \
WL_INTERFACE_BSSID_INDEX_USE | WL_INTERFACE_MESH_USE | WL_INTERFACE_NAN_TETHER_USE)
#define WL_INTERFACE_IOV_FLAGS_VALID(_f) (((_f) & ~WL_INTERFACE_IOV_ALLOWED_FLAGS) == 0u)
typedef struct wl_interface_create_v0 {
uint16 ver; /**< version of this struct */
uint16 PAD;
uint32 flags; /**< flags that defines the operation */
struct ether_addr mac_addr; /**< Optional Mac address */
uint8 PAD[2]; /**< Padding bytes */
} wl_interface_create_v0_t;
typedef struct wl_interface_create {
uint16 ver; /**< version of this struct */
uint8 PAD[2]; /**< Padding bytes */
uint32 flags; /**< flags that defines the operation */
struct ether_addr mac_addr; /**< Optional Mac address */
uint8 PAD[2]; /**< Padding bytes */
uint32 wlc_index; /**< Optional wlc index */
} wl_interface_create_v1_t;
typedef struct wl_interface_create_v2 {
uint16 ver; /**< version of this struct */
uint8 PAD[2]; /**< Padding bytes */
uint32 flags; /**< flags that defines the operation */
struct ether_addr mac_addr; /**< Optional Mac address */
uint8 iftype; /**< Type of interface created */
uint8 PAD; /**< Padding bytes */
uint32 wlc_index; /**< Optional wlc index */
} wl_interface_create_v2_t;
typedef struct wl_interface_create_v3 {
uint16 ver; /**< version of this struct */
uint16 len; /**< length of whole structure including variable length */
uint16 fixed_len; /**< Fixed length of this structure excluding data[] */
uint8 iftype; /**< Type of interface created */
uint8 wlc_index; /**< Optional wlc index */
uint32 flags; /**< flags that defines the operation */
struct ether_addr mac_addr; /**< Optional Mac address */
struct ether_addr bssid; /**< Optional BSSID */
uint8 if_index; /**< interface index requested by Host */
uint8 PAD[3]; /**< Padding bytes to ensure data[] is at 32 bit aligned */
uint8 data[]; /**< Optional application/Module specific data */
} wl_interface_create_v3_t;
#define WL_INTERFACE_INFO_VER_0 0
#define WL_INTERFACE_INFO_VER_1 1
#define WL_INTERFACE_INFO_VER_2 2
typedef struct wl_interface_info_v0 {
uint16 ver; /**< version of this struct */
struct ether_addr mac_addr; /**< MAC address of the interface */
char ifname[BCM_MSG_IFNAME_MAX]; /**< name of interface */
uint8 bsscfgidx; /**< source bsscfg index */
uint8 PAD;
} wl_interface_info_v0_t;
typedef struct wl_interface_info_v1 {
uint16 ver; /**< version of this struct */
struct ether_addr mac_addr; /**< MAC address of the interface */
char ifname[BCM_MSG_IFNAME_MAX]; /**< name of interface */
uint8 bsscfgidx; /**< source bsscfg index */
uint8 PAD;
} wl_interface_info_v1_t;
typedef struct wl_interface_info_v2 {
uint16 ver; /**< version of this struct */
uint16 length; /**< length of the whole structure */
struct ether_addr mac_addr; /**< MAC address of the interface */
uint8 bsscfgidx; /**< source bsscfg index */
uint8 if_index; /**< Interface index allocated by FW */
char ifname[BCM_MSG_IFNAME_MAX]; /**< name of interface */
} wl_interface_info_v2_t;
#define PHY_RXIQEST_AVERAGING_DELAY 10
typedef struct wl_iqest_params {
uint32 rxiq;
uint8 niter;
uint8 delay;
uint8 PAD[2];
} wl_iqest_params_t;
typedef struct wl_iqest_sweep_params {
wl_iqest_params_t params;
uint8 nchannels;
uint8 channel[3]; /** variable */
} wl_iqest_sweep_params_t;
typedef struct wl_iqest_value {
uint8 channel;
uint8 PAD[3];
uint32 rxiq;
} wl_iqest_value_t;
typedef struct wl_iqest_result {
uint8 nvalues;
uint8 PAD[3];
wl_iqest_value_t value[BCM_FLEX_ARRAY];
} wl_iqest_result_t;
#define WL_PRIO_ROAM_PROF_V1 (1u)
typedef struct wl_prio_roam_prof_v1 {
uint16 version; /* Version info */
uint16 length; /* byte length of this structure */
uint8 prio_roam_mode; /* Roam mode RCC/RCC+Full Scan */
uint8 PAD[3];
} wl_prio_roam_prof_v1_t;
typedef enum wl_prio_roam_mode {
PRIO_ROAM_MODE_OFF = 0, /* Prio_Roam feature disable */
PRIO_ROAM_MODE_RCC_ONLY = 1, /* Scan RCC list only */
PRIO_ROAM_MODE_RCC_FULLSCAN = 2, /* Scan RCC list + Full scan */
PRIO_ROAM_MODE_FULLSCAN_ONLY = 3 /* Full Scan only */
} wl_prio_roam_mode_t;
/* BTCX AIBSS (Oxygen) Status */
typedef struct wlc_btc_aibss_info {
uint32 prev_tsf_l; // Lower 32 bits of last read of TSF
uint32 prev_tsf_h; // Higher 32 bits of last read of TSF
uint32 last_btinfo; // Last read of BT info
uint32 local_btinfo; // Local BT INFO BitMap
uint8 bt_out_of_sync_cnt; // BT not in sync with strobe
uint8 esco_off_cnt; // Count incremented when ESCO is off
uint8 strobe_enabled; // Set only in AIBSS mode
uint8 strobe_on; // strobe to BT is on for Oxygen
uint8 local_bt_in_sync; // Sync status of local BT when strobe is on
uint8 other_bt_in_sync; // Sync state of BT in other devices in AIBSS
uint8 local_bt_is_master; // Local BT is master
uint8 sco_prot_on; // eSCO Protection on in local device
uint8 other_esco_present; // eSCO status in other devices in AIBSS
uint8 rx_agg_change; // Indicates Rx Agg size needs to change
uint8 rx_agg_modified; // Rx Agg size modified
uint8 acl_grant_set; // ACL grants on for speeding up sync
uint8 write_ie_err_cnt; // BTCX Ie write error cnt
uint8 parse_ie_err_cnt; // BTCX IE parse error cnt
uint8 wci2_fail_cnt; // WCI2 init failure cnt
uint8 strobe_enable_err_cnt; // Strobe enable err cnt
uint8 strobe_init_err_cnt; // Strobe init err cnt
uint8 tsf_jump_cnt; // TSF jump cnt
uint8 acl_grant_cnt; // ALC grant cnt
uint8 PAD;
uint16 ibss_tsf_shm; // SHM address of strobe TSF
uint16 pad2;
} wlc_btc_aibss_info_t;
#define WLC_BTC_AIBSS_STATUS_VER 1
#define WLC_BTC_AIBSS_STATUS_LEN (sizeof(wlc_btc_aibss_status_t) - 2 * (sizeof(uint16)))
typedef struct wlc_btc_aibss_status {
uint16 version; // Version #
uint16 len; // Length of the structure(excluding len & version)
int32 mode; // Current value of btc_mode
uint16 bth_period; // bt coex period. read from shm.
uint16 agg_off_bm; // AGG OFF BM read from SHM
uint8 bth_active; // bt active session
uint8 PAD[3];
wlc_btc_aibss_info_t aibss_info; // Structure definition above
} wlc_btc_aibss_status_t;
/* Beacon trim feature statistics */
/* configuration */
#define BCNTRIMST_PER 0 /* Number of beacons to trim (0: disable) */
#define BCNTRIMST_TIMEND 1 /* Number of bytes till TIM IE */
#define BCNTRIMST_TSFLMT 2 /* TSF tolerance value (usecs) */
/* internal use */
#define BCNTRIMST_CUR 3 /* PSM's local beacon trim counter */
#define BCNTRIMST_PREVLEN 4 /* Beacon length excluding the TIM IE */
#define BCNTRIMST_TIMLEN 5 /* TIM IE Length */
#define BCNTRIMST_RSSI 6 /* Partial beacon RSSI */
#define BCNTRIMST_CHAN 7 /* Partial beacon channel */
/* debug stat (off by default) */
#define BCNTRIMST_DUR 8 /* RX duration until beacon trimmed */
#define BCNTRIMST_RXMBSS 9 /* MYBSSID beacon received */
#define BCNTRIMST_CANTRIM 10 /* # beacons which were trimmed */
#define BCNTRIMST_LENCHG 11 /* # beacons not trimmed due to length change */
#define BCNTRIMST_TSFDRF 12 /* # beacons not trimmed due to large TSF delta */
#define BCNTRIMST_NOTIM 13 /* # beacons not trimmed due to TIM missing */
#define BCNTRIMST_NUM 14
#define WL_BCNTRIM_STATUS_VERSION_1 1
#define WL_BCNTRIM_STATUS_VERSION_2 2 /* current version of
* struct wl_bcntrim_status_v2_t and
* struct wl_bcntrim_status_query_v2_t
* changes in v2: curr_slice_id also include
* beacon offload state
*/
typedef struct wl_bcntrim_status_query_v1 {
uint16 version;
uint16 len; /* Total length includes fixed fields */
uint8 reset; /* reset after reading the stats */
uint8 PAD[3]; /* 4-byte alignment */
} wl_bcntrim_status_query_v1_t;
/* bits for curr_slice_id */
#define WL_BCNTRIM_CURR_SLICE_ID_MASK 0x0Fu /* bits 0-3 for curr_slice_id */
#define WL_BCNTRIM_SC_OFFLOAD_ACTIVE_MASK 0x80u /* mask for sc beacon offload */
#define WL_BCNTRIM_SC_OFFLOAD_ACTIVE_FLAG (1u << 7u) /* MSB of curr_slice_id is used
* to indicate if the offload is
* currently active or not
*/
typedef struct wl_bcntrim_status_v1 {
uint16 version;
uint16 len; /* Total length includes fixed fields and variable data[] */
uint8 curr_slice_id; /* slice index of the interface */
uint8 applied_cfg; /* applied bcntrim N threshold */
uint8 pad[2]; /* 4-byte alignment */
uint32 fw_status; /* Bits representing bcntrim disable reason in FW */
uint32 total_disable_dur; /* total duration (msec) bcntrim remains
disabled due to FW disable reasons
*/
uint32 data[]; /* variable length data containing stats */
} wl_bcntrim_status_v1_t;
/* v1 and v2 struct format for query and status are identical */
typedef wl_bcntrim_status_v1_t wl_bcntrim_status_v2_t;
typedef wl_bcntrim_status_query_v1_t wl_bcntrim_status_query_v2_t;
#define BCNTRIM_STATS_MAX 10 /* Total stats part of the status data[] */
/* Bits for FW status */
#define WL_BCNTRIM_DISABLE_HOST 0x1 /* Host disabled bcntrim through bcntrim IOVar */
#define WL_BCNTRIM_DISABLE_PHY_RATE 0x2 /* bcntrim disabled because beacon rx rate is
* higher than phy_rate_thresh
*/
#define WL_BCNTRIM_DISABLE_QUIET_IE 0x4 /* bcntrim disable when Quiet IE present */
#define WL_BCNTRIM_DISABLE_QBSSLOAD_IE 0x8 /* bcntrim disable when QBSS Load IE present */
#define WL_BCNTRIM_DISABLE_OPERMODE_IE 0x10 /* bcntrim disable when opermode IE is present */
#define WL_BCNTRIM_DISABLE_CSA_IE 0x20 /* bcntrim dsiable when CSA IE is present */
#define WL_BCNTRIM_DISABLE_SC_OFFLOAD 0x40 /* bcntrim disable on SC */
#define BCNTRIM_DISABLE_THRESHOLD_TIME 1000 * 10 /* enable bcntrim after a threshold (10sec)
* when disabled due to above mentioned IE's
*/
#define WL_BCNTRIM_CFG_VERSION_1 1
/* Common IOVAR struct */
typedef struct wl_bcntrim_cfg_v1 {
uint16 version;
uint16 len; /* Total length includes fixed fields and variable data[] */
uint16 subcmd_id; /* subcommand id */
uint16 pad; /* pad/reserved */
uint8 data[]; /* subcommand data; could be empty */
} wl_bcntrim_cfg_v1_t;
/* subcommands ids */
enum {
WL_BCNTRIM_CFG_SUBCMD_PHY_RATE_THRESH = 0, /* PHY rate threshold above
* which bcntrim is not applied
*/
WL_BCNTRIM_CFG_SUBCMD_OVERRIDE_DISABLE_MASK = 1, /* Override bcntrim disable reasons */
WL_BCNTRIM_CFG_SUBCMD_TSF_DRIFT_LIMIT = 2, /* TSF drift limit to consider bcntrim */
WL_BCNTRIM_CFG_SUBCMD_SC_BCNTRIM = 3 /* config bcntrim on SC */
};
#define BCNTRIM_MAX_PHY_RATE 48 /* in 500Kbps */
#define BCNTRIM_MAX_TSF_DRIFT 65535 /* in usec */
#define WL_BCNTRIM_OVERRIDE_DISABLE_MASK \
(WL_BCNTRIM_DISABLE_QUIET_IE | WL_BCNTRIM_DISABLE_QBSSLOAD_IE)
/* WL_BCNTRIM_CFG_SUBCMD_PHY_RATE_TRESH */
typedef struct wl_bcntrim_cfg_phy_rate_thresh {
uint32 rate; /* beacon rate (in 500kbps units) */
} wl_bcntrim_cfg_phy_rate_thresh_t;
/* WL_BCNTRIM_CFG_SUBCMD_OVERRIDE_DISABLE_MASK */
typedef struct wl_bcntrim_cfg_override_disable_mask {
uint32 mask; /* bits representing individual disable reason to override */
} wl_bcntrim_cfg_override_disable_mask_t;
/* WL_BCNTRIM_CFG_SUBCMD_TSF_DRIFT_LIMIT */
typedef struct wl_bcntrim_cfg_tsf_drift_limit {
uint16 drift; /* tsf drift limit specified in usec */
uint8 pad[2]; /* 4-byte alignment */
} wl_bcntrim_cfg_tsf_drift_limit_t;
/* WL_BCNTRIM_CFG_SUBCMD_SC_BCNTRIM */
typedef struct wl_bcntrim_cfg_sc_bcntrim {
uint32 sc_config; /* 0 disable or 1 enable sc bcntrim */
} wl_bcntrim_cfg_sc_bcntrim_t;
/* -------------- TX Power Cap --------------- */
#define TXPWRCAP_MAX_NUM_CORES 8
#define TXPWRCAP_MAX_NUM_ANTENNAS (TXPWRCAP_MAX_NUM_CORES * 2)
#define TXPWRCAP_MAX_NUM_CORES_V3 4
#define TXPWRCAP_MAX_NUM_ANTENNAS_V3 (TXPWRCAP_MAX_NUM_CORES_V3 * 2)
#define TXPWRCAP_NUM_SUBBANDS 5
#define TXPWRCAP_MAX_NUM_SUBGRPS 10
/* IOVAR txcapconfig enum's */
#define TXPWRCAPCONFIG_WCI2 0u
#define TXPWRCAPCONFIG_HOST 1u
#define TXPWRCAPCONFIG_WCI2_AND_HOST 2u
#define TXPWRCAPCONFIG_NONE 0xFFu
/* IOVAR txcapstate enum's */
#define TXPWRCAPSTATE_LOW_CAP 0
#define TXPWRCAPSTATE_HIGH_CAP 1
#define TXPWRCAPSTATE_HOST_LOW_WCI2_LOW_CAP 0
#define TXPWRCAPSTATE_HOST_LOW_WCI2_HIGH_CAP 1
#define TXPWRCAPSTATE_HOST_HIGH_WCI2_LOW_CAP 2
#define TXPWRCAPSTATE_HOST_HIGH_WCI2_HIGH_CAP 3
/* IOVAR txcapconfig and txcapstate structure is shared: SET and GET */
#define TXPWRCAPCTL_VERSION_2 2
#define TXPWRCAPCTL_VERSION_3 3
#define TXPWRCAPCTL_VERSION_4 4
typedef struct wl_txpwrcap_ctl {
uint8 version;
uint8 ctl[TXPWRCAP_NUM_SUBBANDS];
} wl_txpwrcap_ctl_t;
typedef struct wl_txpwrcap_ctl_v3 {
uint8 version;
uint8 ctl[TXPWRCAP_MAX_NUM_SUBGRPS];
} wl_txpwrcap_ctl_v3_t;
typedef struct wl_txpwrcap_ctl_v4 {
uint8 version; /* TXPWRCAPCTL_VERSION_4 */
uint8 len; /* length of whole structure */
uint8 ctl; /* one single value common for all subgroup. */
} wl_txpwrcap_ctl_v4_t;
/* IOVAR txcapdump structure: GET only */
#define TXPWRCAP_DUMP_VERSION_2 2
typedef struct wl_txpwrcap_dump {
uint8 version;
uint8 pad0;
uint8 current_country[2];
uint32 current_channel;
uint8 config[TXPWRCAP_NUM_SUBBANDS];
uint8 state[TXPWRCAP_NUM_SUBBANDS];
uint8 high_cap_state_enabled;
uint8 wci2_cell_status_last;
uint8 download_present;
uint8 num_subbands;
uint8 num_antennas;
uint8 num_antennas_per_core[TXPWRCAP_MAX_NUM_CORES];
uint8 num_cc_groups;
uint8 current_country_cc_group_info_index;
int8 low_cap[TXPWRCAP_MAX_NUM_ANTENNAS*TXPWRCAP_NUM_SUBBANDS];
int8 high_cap[TXPWRCAP_MAX_NUM_ANTENNAS*TXPWRCAP_NUM_SUBBANDS];
uint8 PAD[3];
} wl_txpwrcap_dump_t;
typedef struct wl_txpwrcap_dump_v3 {
uint8 version;
uint8 pad0;
uint8 current_country[2];
uint32 current_channel;
uint8 config[TXPWRCAP_NUM_SUBBANDS];
uint8 state[TXPWRCAP_NUM_SUBBANDS];
uint8 high_cap_state_enabled;
uint8 wci2_cell_status_last;
uint8 download_present;
uint8 num_subbands;
uint8 num_antennas;
uint8 num_antennas_per_core[TXPWRCAP_MAX_NUM_CORES];
uint8 num_cc_groups;
uint8 current_country_cc_group_info_index;
uint8 cap_states_per_cc_group;
int8 host_low_wci2_low_cap[TXPWRCAP_MAX_NUM_ANTENNAS*TXPWRCAP_NUM_SUBBANDS];
int8 host_low_wci2_high_cap[TXPWRCAP_MAX_NUM_ANTENNAS*TXPWRCAP_NUM_SUBBANDS];
int8 host_high_wci2_low_cap[TXPWRCAP_MAX_NUM_ANTENNAS*TXPWRCAP_NUM_SUBBANDS];
int8 host_high_wci2_high_cap[TXPWRCAP_MAX_NUM_ANTENNAS*TXPWRCAP_NUM_SUBBANDS];
uint8 PAD[2];
} wl_txpwrcap_dump_v3_t;
/*
* Capability flag for wl_txpwrcap_tbl_v2_t and wl_txpwrcap_t
* The index into pwrs will be: 0: onbody-cck, 1: onbody-ofdm, 2:offbody-cck, 3:offbody-ofdm
*
* For 5G power in SDB case as well as for non-SDB case, the value of flag will be: CAP_ONOFF_BODY
* The index into pwrs will be: 0: onbody, 1: offbody-ofdm
*/
#define CAP_ONOFF_BODY (0x1) /* on/off body only */
#define CAP_CCK_OFDM (0x2) /* cck/ofdm capability only */
#define CAP_LTE_CELL (0x4) /* cell on/off capability; required for iOS builds */
#define CAP_HEAD_BODY (0x8) /* head/body capability */
#define CAP_2G_DEPON_5G (0x10) /* 2G pwr caps depend on other slice 5G subband */
#define CAP_SISO_MIMO (0x20) /* Siso/Mimo Separate Power Caps */
#define CAP_ANT_TX (0x40) /* Separate Power Caps based on cell ant tx value */
#define CAP_LTE_PQBIT (0x100u) /* QPBit is enabled */
#define CAP_RC1 (0x200u) /* RC1 is enabled */
#define CAP_BT_EPA (0x400u) /* BT_EPA is enabled */
#define CAP_ONOFF_BODY_CCK_OFDM (CAP_ONOFF_BODY | CAP_CCK_OFDM)
#define CAP_TXPWR_ALL (CAP_ONOFF_BODY|CAP_CCK_OFDM|CAP_LTE_CELL|\
CAP_SISO_MIMO|CAP_HEAD_BODY|CAP_ANT_TX)
#define TXHDR_SEC_MAX 5u /* Deprecated. Kept till removed in all branches */
#define TXPWRCAP_MAX_STATES 4u
#define TXPWRCAP_MAX_STATES_V3 10u
#define TXPWRCAP_CCKOFDM_ONOFFBODY_MAX_STATES 4u
#define TXPWRCAP_ONOFFBODY_MAX_STATES 2u
#define TXPWRCAP_ONOFFCELL_MAX_STATES 2u
#define TXHDR_SEC_NONSDB_MAIN_2G 0
#define TXHDR_SEC_NONSDB_MAIN_5G 1
#define TXHDR_SEC_NONSDB_AUX_2G 2
#define TXHDR_SEC_NONSDB_AUX_5G 3
#define TXHDR_SEC_SDB_MAIN_2G 4
#define TXHDR_SEC_SDB_MAIN_5G 5
#define TXHDR_SEC_SDB_AUX_2G 6
#define TXHDR_SEC_SDB_AUX_5G 7
#define TXHDR_MAX_SECTION 8
#define TXHDR_SEC_NONSDB_MAIN_6G 8
#define TXHDR_SEC_NONSDB_AUX_6G 9
#define TXHDR_SEC_SDB_MAIN_6G 10
#define TXHDR_SEC_SDB_AUX_6G 11
#define TXHDR_MAX_SECTION_6G 12
#define WL_TXPWRCAP_MAX_SLICES 2
#define WL_TXPWRCAPDUMP_VER 4
#define WL_TXPWRCAP_VERSION_2 2
#define WL_TXPWRCAP_VERSION_3 3
typedef struct wl_txpwrcap {
uint8 capability;
uint8 num_cap_states;
uint8 section; /* Index from above,eg. TXHDR_SEC_NONSDB */
int8 pwrs[][TXPWRCAP_NUM_SUBBANDS][TXPWRCAP_MAX_NUM_CORES];
} wl_txpwrcap_t;
typedef struct {
uint8 capability;
uint8 num_cap_states;
uint8 num_subgrps;
uint8 section; /* Index from above,eg. TXHDR_SEC_NONSDB */
int8 pwrs[][TXPWRCAP_MAX_NUM_SUBGRPS][TXPWRCAP_MAX_NUM_ANTENNAS_V3];
} wl_txpwrcap_v2_t;
#define TXPWRCAP_DUMP_VERSION_4 4u
#define TXPWRCAP_DUMP_VERSION_5 5u
#define TXPWRCAP_DUMP_VERSION_6 6u
#define TXPWRCAP_DUMP_VERSION_7 7u
typedef struct wl_txpwrcap_dump_v4 {
uint8 version;
uint8 num_pwrcap;
uint8 current_country[2];
uint32 current_channel;
uint8 download_present;
uint8 num_cores; /* number cores on slice */
uint8 num_cc_groups; /* number cc groups */
uint8 current_country_cc_group_info_index;
/* first power cap always exist
* On main,-non-sdb follows by sdb2g and then sdb5g
* On aux slice - aux2g then aux5g.
*/
uint8 pwrcap[BCM_FLEX_ARRAY]; /* variable size power caps (wl_txpwrcap_t) */
} wl_txpwrcap_dump_v4_t;
typedef struct wl_txpwrcap_dump_v5 {
uint8 version;
uint8 num_pwrcap;
uint8 current_country[2];
uint8 current_channel;
uint8 high_cap_state_enabled;
uint8 reserved[2];
uint8 download_present;
uint8 num_ants; /* number antenna slice */
uint8 num_cc_groups; /* number cc groups */
uint8 current_country_cc_group_info_index;
uint8 ant_tx; /* current value of ant_tx */
uint8 cell_status; /* current value of cell status */
uint8 pwrcap[]; /* variable size power caps (wl_txpwrcap_v2_t) */
} wl_txpwrcap_dump_v5_t;
typedef struct wl_txpwrcap_dump_v6 {
uint8 version;
uint8 num_pwrcap;
uint8 current_country[2];
uint8 current_channel;
uint8 high_cap_state_enabled;
uint8 rc1;
uint8 bt_epa;
uint8 download_present;
uint8 num_ants; /* number antenna slice */
uint8 num_cc_groups; /* number cc groups */
uint8 current_country_cc_group_info_index;
uint8 ant_tx; /* current value of ant_tx */
uint8 cell_status; /* current value of cell status */
uint16 capability[TXHDR_MAX_SECTION]; /* capabilities */
uint8 pwrcap[]; /* variable size power caps (wl_txpwrcap_v2_t) */
} wl_txpwrcap_dump_v6_t;
typedef struct wl_txpwrcap_dump_v7 {
uint8 version;
uint8 num_pwrcap;
uint8 current_country[2];
uint8 current_channel;
uint8 high_cap_state_enabled;
uint8 rc1;
uint8 bt_epa;
uint8 download_present;
uint8 num_ants; /* number antenna slice */
uint8 num_cc_groups; /* number cc groups */
uint8 current_country_cc_group_info_index;
uint8 ant_tx; /* current value of ant_tx */
uint8 cell_status; /* current value of cell status */
uint16 capability[TXHDR_MAX_SECTION_6G]; /* capabilities */
int8 pwrcap[]; /* variable size power caps (wl_txpwrcap_v2_t) */
} wl_txpwrcap_dump_v7_t;
#define TXCAPINFO_VERSION_1 1
typedef struct wl_txpwrcap_ccgrp_info {
uint8 num_cc;
char cc_list[1][2]; /* 2 letters for each country. At least one country */
} wl_txpwrcap_ccgrp_info_t;
typedef struct {
uint16 version;
uint16 length; /* length in bytes */
uint8 num_ccgrp;
/* followed by one or more wl_txpwrcap_ccgrp_info_t */
wl_txpwrcap_ccgrp_info_t ccgrp_data[BCM_FLEX_ARRAY];
} wl_txpwrcap_info_t;
typedef struct wl_txpwrcap_tbl {
uint8 num_antennas_per_core[TXPWRCAP_MAX_NUM_CORES];
/* Stores values for valid antennas */
int8 pwrcap_cell_on[TXPWRCAP_MAX_NUM_ANTENNAS]; /* qdBm units */
int8 pwrcap_cell_off[TXPWRCAP_MAX_NUM_ANTENNAS]; /* qdBm units */
} wl_txpwrcap_tbl_t;
typedef struct wl_txpwrcap_tbl_v2 {
uint8 version;
uint8 length; /* size of entire structure, including the pwrs */
uint8 capability; /* capability bitmap */
uint8 num_cores; /* number of cores i.e. entries in each cap state row */
/*
* pwrs array has TXPWRCAP_MAX_STATES rows - one for each cap state.
* Each row has up to TXPWRCAP_MAX_NUM_CORES entries - one for each core.
*/
uint8 pwrs[][TXPWRCAP_MAX_NUM_CORES]; /* qdBm units */
} wl_txpwrcap_tbl_v2_t;
/* commands that go into the id of wl_txcap_ioc_t */
#define TXCAP_NONE_CMD 0u
#define TXCAP_TRIM_CMD 1u
#define TXCAP_CC_LIST_CMD 2u
/* structure for "txcap" iovar */
typedef struct wl_txcap_ioc {
uint16 id; /* subcommand id */
uint16 len; /* length of structure including data */
uint8 data[BCM_FLEX_ARRAY]; /* subcommand data */
} wl_txcap_ioc_t;
/* When command is TXCAP_TRIM_CMD, the data of wl_txcap_ioc_t is wl_txcap_trim_t
* trim modes:
* TXCAP_TRIM_MODE_NOW: trim all cc groups except current
* TXCAP_TRIM_MODE_AHEAD: accepts an expected country code. Upon next time
* we load the txcap, we'll trim cc groups other
* than current and the expected country code
*/
/* When command is TXCAP_TRIM_CMD, the data of wl_txcap_ioc_t is wl_txcap_trim_t
* trim modes:
* TXCAP_TRIM_MODE_NONE: clear expected country value set by MODE_AHEAD.
* Only used if memory is not yet trimmed.
* TXCAP_TRIM_MODE_NOW: trim all cc groups except current.
* Can use this to unset value by MODE_AHEAD if memory is already trimmed.
* TXCAP_TRIM_MODE_AHEAD: accepts an expected country code. Upon next time
* we load the txcap, we'll trim cc groups other
* than current and the expected country code
*/
#define TXCAP_TRIM_MODE_NONE 0u
#define TXCAP_TRIM_MODE_NOW 1u
#define TXCAP_TRIM_MODE_AHEAD 2u
typedef struct wl_txcap_trim {
uint8 mode;
uint8 ccode[2u];
uint8 pad;
} wl_txcap_trim_t;
/* xtlvid encoded in wl_txpwrcap_cclist_t */
#define TXCAP_ID_CC_LIST_CURRENT 1u
#define TXCAP_ID_CC_LIST_TRIMMED 2u
#define TXCAP_CCLIST_VER_1 1u
/*
* When command is TXCAP_CC_LIST_CMD, the data of wl_txcap_ioc_t is wl_txpwrcap_cclist_t
* The data of wl_txpwrcap_cclist_t is a bunch of xtlvid
*/
typedef struct wl_txpwrcap_cclist {
uint16 version;
uint16 len;
uint8 data[BCM_FLEX_ARRAY]; /* one or more xltlvs */
} wl_txpwrcap_cclist_t;
/* Supported sar modes value for sar_enable IOVAR */
typedef enum {
SAR_MODE_DISABLE = (0u),
SAR_MODE_HEAD = (1u << 0u),
SAR_MODE_GRIP = (1u << 1u),
SAR_MODE_NR_MW = (1u << 2u),
SAR_MODE_NR_SUB6 = (1u << 3u),
SAR_MODE_BT = (1u << 4u),
SAR_MODE_HS = (1u << 5u),
SAR_MODE_MHS = (1u << 6u),
SAR_MODE_FLIP = (1u << 7u),
SAR_MODE_MAX = (1u << 8u)
} sar_modes_new;
/* sub6 bandinfo valuse for s6bandinfo iovar */
typedef enum {
NR_SUB6_BAND2 = 2u,
NR_SUB6_BAND25 = 25u,
NR_SUB6_BAND41 = 41u,
NR_SUB6_BAND48 = 48u,
NR_SUB6_BAND66 = 66u,
NR_SUB6_BAND77 = 77u,
NR_SUB6_BAND_UN = 0u
} sar_sub6bandinfo_mode;
/* sar cap states values */
typedef enum {
SAR_CAP_AIR = (1u << 0u),
SAR_CAP_HEAD = (1u << 1u),
SAR_CAP_GRIP = (1u << 2u),
SAR_CAP_NRMW = (1u << 3u),
SAR_CAP_NRS6 = (1u << 4u),
SAR_CAP_BT = (1u << 5u),
SAR_CAP_HS = (1u << 6u),
SAR_CAP_RU = (1u << 7u),
SAR_CAP_MHS = (1u << 8u),
SAR_CAP_S6_BAND2 = (1u << 9u),
SAR_CAP_S6_BAND25 = (1u << 10u),
SAR_CAP_S6_BAND41 = (1u << 11u),
SAR_CAP_S6_BAND48 = (1u << 12u),
SAR_CAP_S6_BAND66 = (1u << 13u),
SAR_CAP_S6_BAND77 = (1u << 14u),
SAR_CAP_FLIP = (1u << 15u),
SAR_CAP_MAX = SAR_CAP_FLIP
} sar_caps;
#define SAR_DISABLE_PWR_BIT (1u << 31u)
#define SAR_ALL_MODE_CAP_MASK (SAR_CAP_HEAD | SAR_CAP_GRIP | SAR_CAP_NRMW | SAR_CAP_NRS6 |\
SAR_CAP_BT | SAR_CAP_HS | SAR_CAP_MHS | SAR_CAP_FLIP)
#define SAR_ABS_CAP_MASK (SAR_CAP_HEAD | SAR_CAP_GRIP | SAR_CAP_BT | SAR_CAP_HS |\
SAR_CAP_MHS | SAR_CAP_FLIP)
#define SAR_COND_CAP_MASK (SAR_CAP_NRMW | SAR_CAP_NRS6)
#define SAR_OFFSET_CAP_MASK (SAR_CAP_NRMW | SAR_CAP_NRS6)
#define SAR_SUB6_BAND_CAP_MASK (SAR_CAP_S6_BAND2 | SAR_CAP_S6_BAND25 | SAR_CAP_S6_BAND41 | \
SAR_CAP_S6_BAND48 | SAR_CAP_S6_BAND66 | SAR_CAP_S6_BAND77)
#define TXPWRCAP_SAR_STATE_SU 0u
#define TXPWRCAP_SAR_MAX_STATES_SU_V3 1u
#define TXPWRCAP_SAR_STATE_RU_26 1u
#define TXPWRCAP_SAR_STATE_RU_56 2u
#define TXPWRCAP_SAR_STATE_RU_106 3u
#define TXPWRCAP_SAR_MAX_STATES_RU_V3 3u
#define TXPWRCAP_SAR_MAX_STATES_SU_RU_V3 4u
typedef struct wl_txpwrcap_tbl_v3 {
uint8 version;
uint8 length; /* size of entire structure, including the pwrs */
uint8 capability; /* capability bitmap */
uint8 num_cores; /* number of cores */
uint8 num_antennas_per_core[TXPWRCAP_MAX_NUM_CORES_V3];
/*
* pwrs array has TXPWRCAP_MAX_STATES rows - one for each cap state.
* Each row has up to TXPWRCAP_MAX_NUM_ANTENNAS entries - for each antenna.
* Included in the rows of powers are rows for fail safe.
*/
int8 pwrs[][TXPWRCAP_MAX_NUM_ANTENNAS_V3]; /* qdBm units */
} wl_txpwrcap_tbl_v3_t;
/* dynamic sar iovar subcommand ids */
enum {
IOV_DYNSAR_MODE = 1,
IOV_DYNSAR_PWR_OFF = 2,
IOV_DYNSAR_STAT_SUM = 3,
IOV_DYNSAR_STAT_DET = 4,
IOV_DYNSAR_TS = 5,
IOV_DYNSAR_OPT_DUR = 6,
IOV_DYNSAR_OPT_TXDC = 7,
IOV_DYNSAR_STATUS = 8,
IOV_DYNSAR_EVENT = 9,
IOV_DYNSAR_VAR = 10,
IOV_DYNSAR_SUM_AGG = 11,
IOV_DYNSAR_PROFILE = 12,
IOV_DYNSAR_PROFILES = 13,
IOV_DYNSAR_STAT_DET_V2 = 14,
IOV_DYNSAR_UTMON_BT = 15,
IOV_DYNSAR_CMD_LAST
};
/* when subcommand is IOV_DYNSAR_MODE, the mode can be one of the below */
enum {
IOV_DYNSAR_MODE_OFF = 0, /* DSA optimization turned off */
IOV_DYNSAR_MODE_PWR = 1, /* DSA Power optimization mode */
IOV_DYNSAR_MODE_HBR_NOMUTE = 2, /* DSA Hybrid power and nomute optimization mode */
IOV_DYNSAR_MODE_MAX
};
#define DYNSAR_CNT_VERSION_V1 1u
#define DYNSAR_CNT_VERSION_V2 2u
#define DYNSAR_CNT_VERSION_V3 3u
#define DYNSAR_CNT_VERSION_V4 4u
#define DYNSAR_CNT_VERSION_V5 5u
#define DYNSAR_STS_OBS_WIN 20u
#define DYNSAR_MAX_ANT WL_STA_ANT_MAX
#define DYNSAR_MAX_AGG_IDX (DYNSAR_MAX_ANT << 1u) /* max antenna aggregation index */
#define DYNSAR_MAC_NUM 2u
/* Error bits */
#define DYNSAR_NO_TXCAP (1u << 0u)
#define DYNSAR_NO_CLM (1u << 1u)
#define DYNSAR_TDMTX_DISABLED (1u << 2u)
#define DYNSAR_VIOLATION (1u << 3u)
#define DYNSAR_ANT_NUM_MISMATCH (1u << 4u)
#define DYNSAR_COUNTRY_DISABLED (1u << 5u)
/* TLVs for DYNSAR related IOVARs */
typedef enum wl_dynsar_tlv {
DYNSAR_AGG_IDX = 1u,
DYNSAR_FS_RSN = 2u
} wl_dynsar_tlv_t;
/* bit position corresponding to each failsafe reason */
typedef enum wlc_fs_rsn_bit {
FS_FORCED = 0, /* Forced */
FS_UX_SAFE = 1, /* Ux Safe exceeds limit */
FS_UTIL_MEAN = 2, /* Mean Util exceeds limit */
FS_TXDC_AVG = 3, /* Average Txdc exceeds limit */
} wlc_dynsar_fs_rsn_bit_t;
typedef uint8 wlc_dynsar_fs_rsn_t;
typedef struct wlc_dynsar_sts_mon_ctr_st {
uint32 tx_dur; /* in usec */
uint32 tx_dur_raw; /* in usec */
uint32 plim_avg; /* In uw. plim averaged over mon win. */
uint32 energy; /* pavg * dur in mw * ms */
uint32 qsar; /* plim * dur in mw * ms */
uint16 fs; /* failsafe duration in usec */
uint8 util_hist; /* utilization in past observe sec */
uint8 util_pred; /* utilization of past (observe - budget) & predicted budget sec */
} wlc_dynsar_sts_mon_ctr_t;
typedef struct wlc_dynsar_sts_mon_ctr_v2_st {
uint32 tx_dur; /* in usec */
uint32 tx_dur_raw; /* in usec */
uint32 plim_avg; /* In uw. plim averaged over mon win. */
uint32 energy; /* pavg * dur in mw * ms */
uint32 qsar; /* plim * dur in mw * ms */
uint16 fs; /* failsafe duration in usec */
uint16 util_hist; /* 10 x utilization in past observe sec */
uint16 util_pred; /* 10 x utilization of past (observe - budget) & predicted
* budget sec
*/
uint16 pad;
} wlc_dynsar_sts_mon_ctr_v2_t;
/* DSA v2 support */
typedef struct wlc_dynsar_sts_mon_ctr_v3 {
uint32 tx_dur; /* in usec */
uint16 util; /* 10 x Tmon utilization */
uint16 util_hist; /* 10 x Twin utilization */
uint16 util_pred; /* 10 x Twin utilization forecast after budget num sec */
uint16 pad;
} wlc_dynsar_sts_mon_ctr_v3_t;
typedef struct wlc_dynsar_sts_obs_win {
uint8 opt;
uint8 valid;
uint8 start;
uint8 flags;
uint32 dur; /* monitor duration in usec */
uint64 ts; /* timestamp in usec */
} wlc_dynsar_sts_obs_win_t;
typedef struct dynsar_agg_entry {
uint32 util;
uint32 util_sqr;
uint32 mean_util;
uint32 var;
} dynsar_agg_ent_t;
typedef struct dynsar_agg_stat {
/* variable length */
uint16 len; /* length of this structure including data */
uint16 num_ent; /* number of entries per aggregated slot */
uint16 num_agg; /* number of aggregated slots */
uint16 PAD; /* pad */
uint64 buf[]; /* num_ent entries wlc_dynsar_sts_obs_win_t
* followed by num_ent entries dynsar_agg_ent_t
*/
} dynsar_agg_stat_t;
/* Common header for the detailed stats IOVAR */
typedef struct dynsar_cnt_head {
uint16 ver;
uint16 len; /* length of this structure */
uint8 num_ant; /* num_antennas */
uint8 win; /* number of valid entries in the observe window */
uint8 slice;
uint8 PAD;
uint64 sync_ts; /* time of first mon period collection after last sync */
} dynsar_cnt_head_t;
/* structure holding dynsar per slice counters that interface to iovar */
typedef struct dynsar_cnt_v1 {
uint16 ver;
uint16 len; /* length of this structure */
uint8 num_ant; /* num_antennas */
uint8 win; /* number of valid entries in the observe window */
uint8 slice;
uint8 PAD; /* num_antennas */
uint64 sync_ts; /* time of first mon period collection after last sync */
wlc_dynsar_sts_obs_win_t obs[DYNSAR_STS_OBS_WIN];
wlc_dynsar_sts_mon_ctr_t mon_ctr[DYNSAR_STS_OBS_WIN][DYNSAR_MAX_ANT];
} dynsar_cnt_v1_t;
/* structure holding dynsar per slice counters that interface to iovar */
typedef struct dynsar_cnt_v2 {
uint16 ver;
uint16 len; /* length of this structure */
uint8 num_ant; /* num_antennas */
uint8 win; /* number of valid entries in the observe window */
uint8 slice;
uint8 PAD;
uint64 sync_ts; /* time of first mon period collection after last sync */
wlc_dynsar_sts_obs_win_t obs[DYNSAR_STS_OBS_WIN];
wlc_dynsar_sts_mon_ctr_v2_t mon_ctr[DYNSAR_STS_OBS_WIN][DYNSAR_MAX_ANT];
} dynsar_cnt_v2_t;
/* structure holding dynsar per slice counters that interface to iovar */
typedef struct dynsar_cnt_v3 {
uint16 ver;
uint16 len; /* length of this structure */
uint8 num_ant; /* num_antennas */
uint8 win; /* number of valid entries in the observe window */
uint8 slice;
uint8 PAD;
uint64 sync_ts; /* time of first mon period collection after last sync */
wlc_dynsar_sts_obs_win_t obs[DYNSAR_STS_OBS_WIN];
wlc_dynsar_sts_mon_ctr_v3_t mon_ctr[DYNSAR_STS_OBS_WIN][DYNSAR_MAX_ANT];
} dynsar_cnt_v3_t;
typedef struct dynsar_shared_ant_stats {
uint32 tx_dur; /* tx duration */
uint8 sar_util; /* sar utilization */
uint8 PAD[3]; /* pad */
} dynsar_shared_ant_stats_t;
typedef struct dynsar_unshared_ant_stats {
uint32 qsar; /* mw * ms */
uint32 energy; /* mw * ms */
uint32 tx_dur; /* tx duration */
} dynsar_unshared_ant_stats_t;
typedef struct dynsar_ant_stats {
uint32 tx_dur; /* tx duration */
uint16 sar_util; /* sar utilization */
uint8 valid; /* valid record */
uint8 PAD; /* pad */
} dynsar_ant_stats_t;
typedef struct dynsar_sum_v1 {
uint16 ver;
uint16 len; /* length of this structure */
uint32 dur; /* duration in us */
uint64 ts; /* time stamp of report in us */
uint64 sync_ts; /* time of first mon period collection after last sync */
uint8 slice;
uint8 num_ant;
uint8 opt;
uint8 sync;
/* per antenna counters aggregated if shared between radios */
struct {
uint32 tx_dur; /* tx duration */
uint8 sar_util; /* sar utilization */
uint8 PAD[3]; /* pad */
} shared[DYNSAR_MAX_ANT];
/* per antenna counters not aggregated between radios */
struct {
uint32 qsar; /* mw * ms */
uint32 energy; /* mw * ms */
} unshared[DYNSAR_MAX_ANT];
uint8 PAD[4];
} dynsar_sum_v1_t;
typedef struct dynsar_sum_v2 {
uint16 ver;
uint16 len; /* length of this structure */
uint32 dur; /* duration in us */
uint64 ts; /* time stamp of report in us */
uint64 sync_ts; /* time of first mon period collection after last sync */
uint8 num_ant; /* max number of antennas between 2 slices */
uint8 opt;
uint8 sync;
uint8 max_mac; /* number of slices */
uint8 num_agg; /* number of aggregated antennas */
uint8 offset_shared; /* offset from beginning of structure to physical antenna data */
uint8 offset_unshared; /* offset from beginning of structure to aggregated antenna data */
uint8 PAD;
/* Variable length data sections follow as per above offsets:
* DYNSAR_CNT_VERSION_V2:
* dynsar_unshared_ant_stats_t [max_mac][num_ant]
* dynsar_shared_ant_stats_t [num_agg]
*
* DYNSAR_CNT_VERSION_V4:
* dynsar_ant_stats_t [max_mac][num_ant] // Per Physical antenna
* dynsar_ant_stats_t [num_agg] // Per Aggregated antenna
*/
} dynsar_sum_v2_t;
typedef struct dynsar_var_info {
uint32 lim; /* variance limit */
uint32 off; /* hysterysis offset applied to variance while optimized */
} dynsar_var_info_t;
typedef struct dynsar_status_v3 {
uint16 ver;
uint16 len; /* length of this structure */
uint8 slice; /* slice number */
uint8 mode; /* optimization mode */
uint8 util_thrhd; /* utilization threshold */
uint8 opt_txdc; /* txdc prediction percentage */
uint8 opt_dur; /* optimization prediction duration */
uint8 event; /* if wl event is configured */
uint8 time_sync; /* if gpio pulse is configured */
uint8 power_off; /* power offset in db */
uint8 num_ant; /* num antenna */
uint8 status; /* status bitmap. e.g. WL_DYNSAR_STS_PWR_OPT.
* These are same as status field in wl_event
*/
uint8 error; /* error bits */
uint8 gpio_pin; /* gpio pin */
dynsar_var_info_t var; /* variance information */
uint8 data[]; /* variable length data of type bcm_xtlv_t */
} dynsar_status_v3_t;
typedef struct dynsar_opt_profile_key {
uint8 pwr_off;
uint8 mode;
} dynsar_opt_profile_key_t;
typedef struct dynsar_opt_profile_v1 {
uint32 var_lim; /* variance limit */
uint32 var_off; /* hysterysis offset applied to variance while optimized */
uint8 pwr_off; /* power boost offset */
uint8 mode; /* DSA mode */
/* optimization parameters */
uint8 opt_dur; /* number of mon periods in future to predict optimization */
uint8 util_thrhd; /* Max history utilization before turning off optimization */
uint8 util_mean; /* Mean utilization percentage before turning off optimization */
/* failsafe parameters */
uint8 fs; /* historical util percentage to start failsafe */
uint8 util_mean_fs; /* Mean utilization to force failsafe */
uint8 avg_txdc_fs; /* mean txdc threshold for failsafe */
/* txdc limits */
uint8 util_mean_ddc; /* mean utilization threshold to apply avg_txdc_th */
uint8 opt_txdc; /* txdc cap when optimized */
uint8 avg_txdc_th; /* mean txdc threshold for throttling txdc */
uint8 opt_txdc_tgt; /* target txdc */
} dynsar_opt_profile_v1_t;
typedef struct dynsar_opt_profile_v2 {
uint32 var_lim; /* Variance limit */
uint32 var_off; /* Variance Hysterysis while in optimized state */
uint8 pwr_off; /* Power boost to SAR limit */
uint8 mode; /* DSA mode */
/* optimization parameters */
uint8 opt_dur; /* Tmon periods forecasted when optimized */
uint8 util_thrhd; /* Averaged Ux before turning off optimization */
uint8 util_mean; /* Mean Ux before turning off optimization */
/* failsafe parameters */
uint8 fs; /* Historical Ux threshold triggering failsafe */
uint8 util_mean_fs; /* Mean Ux threshold to trigger failsafe */
uint8 avg_txdc_fs; /* Mean TxDC threshold for failsafe for util_mean_fs */
/* DDC parameters */
uint8 util_mean_ddc; /* Mean Ux threshold to apply avg_txdc_th */
uint8 opt_txdc; /* Static TxDC target limit when DSA is active */
uint8 avg_txdc_th; /* Mean TxDC threshold for triggering DDC */
uint8 opt_txdc_tgt; /* TxDC target limit when DDC is active */
uint8 twin; /* Observation period duration in seconds */
uint8 pad[3];
} dynsar_opt_profile_v2_t;
typedef struct dynsar_opt_profile_v3 {
uint32 var_lim; /* Variance limit */
uint32 var_off; /* Variance Hysterysis while in optimized state */
uint8 pwr_off; /* Power boost to SAR limit */
uint8 mode; /* DSA mode */
/* optimization parameters */
uint8 opt_dur; /* Tmon periods forecasted when not optimized */
uint8 util_thrhd; /* Averaged Ux before turning off optimization */
uint8 util_mean; /* Mean Ux before turning off optimization */
/* failsafe parameters */
uint8 fs; /* Historical Ux threshold triggering failsafe */
uint8 util_mean_fs; /* Mean Ux threshold to trigger failsafe */
uint8 avg_txdc_fs; /* Mean TxDC threshold for failsafe for util_mean_fs */
/* DDC parameters */
uint8 util_mean_ddc; /* Mean Ux threshold to apply avg_txdc_th */
uint8 opt_txdc; /* Static TxDC target limit when DSA is active */
uint8 avg_txdc_th; /* Mean TxDC threshold for triggering DDC */
uint8 opt_txdc_tgt; /* TxDC target limit when DDC is active */
uint8 twin; /* Observation period duration in seconds */
/* additional parameters */
uint8 util_med_opt; /* Median Ux threshold for optimization */
uint8 opt_dur_opt; /* Tmon periods forecasted when optimized */
uint8 pad;
} dynsar_opt_profile_v3_t;
typedef struct dynsar_opt_profiles_v1 {
uint16 ver;
uint16 len; /* length of this structure */
uint16 active; /* active profile */
uint16 num_profiles; /* number of profiles in variable length below */
dynsar_opt_profile_v1_t profiles[];
} dynsar_opt_profiles_v1_t;
typedef struct dynsar_opt_profiles_v2 {
uint16 ver;
uint16 len; /* length of this structure */
uint16 active; /* active profile */
uint16 num_profiles; /* number of profiles in variable length below */
dynsar_opt_profile_v2_t profiles[];
} dynsar_opt_profiles_v2_t;
typedef struct dynsar_opt_profiles_v3 {
uint16 ver;
uint16 len; /* length of this structure */
uint16 active; /* active profile */
uint16 num_profiles; /* number of profiles in variable length below */
dynsar_opt_profile_v3_t profiles[];
} dynsar_opt_profiles_v3_t;
typedef struct dynsar_opt_profiles_hdr {
uint16 ver;
uint16 len; /* length of this structure */
uint16 active; /* active profile */
uint16 num_profiles; /* number of profiles in variable length below */
} dynsar_opt_profiles_hdr_t;
typedef dynsar_opt_profiles_v2_t dynsar_opt_profiles_t;
typedef struct wl_dynsar_ioc {
uint16 id; /* ID of the sub-command */
uint16 len; /* total length of all data[] */
uint8 PAD[4];
union { /* var len payload */
uint8 cnt;
dynsar_cnt_v1_t det;
dynsar_cnt_v2_t detv2;
dynsar_cnt_v3_t detv3;
dynsar_agg_stat_t agg_stat;
dynsar_sum_v1_t sum;
dynsar_sum_v2_t sumv2;
dynsar_status_v3_t statusv3;
dynsar_var_info_t var;
dynsar_opt_profiles_v1_t profiles;
dynsar_opt_profiles_v2_t profilesv2;
dynsar_opt_profiles_v3_t profilesv3;
} data;
} wl_dynsar_ioc_t;
typedef struct wlc_dynsar_status {
uint16 ver;
uint16 len; /* length of this structure */
} wl_dynsar_status_t;
/* -------------- dynamic BTCOEX --------------- */
#define DCTL_TROWS 2 /**< currently practical number of rows */
#define DCTL_TROWS_MAX 4 /**< 2 extra rows RFU */
/* DYNCTL profile flags */
#define DCTL_FLAGS_DISABLED 0 /**< default value: all features disabled */
#define DCTL_FLAGS_DYNCTL (1 << 0) /**< 1 - enabled, 0 - legacy only */
#define DCTL_FLAGS_DESENSE (1 << 1) /**< auto desense is enabled */
#define DCTL_FLAGS_MSWITCH (1 << 2) /**< mode switching is enabled */
#define DCTL_FLAGS_PWRCTRL (1 << 3) /**< Tx power control is enabled */
/* for now AGG on/off is handled separately */
#define DCTL_FLAGS_TX_AGG_OFF (1 << 4) /**< TBD: allow TX agg Off */
#define DCTL_FLAGS_RX_AGG_OFF (1 << 5) /**< TBD: allow RX agg Off */
/* used for dry run testing only */
#define DCTL_FLAGS_DRYRUN (1 << 7) /**< Enables dynctl dry run mode */
#define IS_DYNCTL_ON(prof) ((prof->flags & DCTL_FLAGS_DYNCTL) != 0)
#define IS_DESENSE_ON(prof) ((prof->flags & DCTL_FLAGS_DESENSE) != 0)
#define IS_MSWITCH_ON(prof) ((prof->flags & DCTL_FLAGS_MSWITCH) != 0)
#define IS_PWRCTRL_ON(prof) ((prof->flags & DCTL_FLAGS_PWRCTRL) != 0)
/* desense level currently in use */
#define DESENSE_OFF 0
#define DFLT_DESENSE_MID 12
#define DFLT_DESENSE_HIGH 2
/**
* dynctl data points(a set of btpwr & wlrssi thresholds)
* for mode & desense switching
*/
typedef struct btc_thr_data {
int8 mode; /**< used by desense sw */
int8 bt_pwr; /**< BT tx power threshold */
int8 bt_rssi; /**< BT rssi threshold */
/* wl rssi range when mode or desense change may be needed */
int8 wl_rssi_high;
int8 wl_rssi_low;
} btc_thr_data_t;
/* dynctl. profile data structure */
#define DCTL_PROFILE_VER 0x01
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct dctl_prof {
uint8 version; /**< dynctl profile version */
/* dynctl profile flags bit:0 - dynctl On, bit:1 dsns On, bit:2 mode sw On, */
uint8 flags; /**< bit[6:3] reserved, bit7 - Dryrun (sim) - On */
/** wl desense levels to apply */
uint8 dflt_dsns_level;
uint8 low_dsns_level;
uint8 mid_dsns_level;
uint8 high_dsns_level;
/** mode switching hysteresis in dBm */
int8 msw_btrssi_hyster;
/** default btcoex mode */
uint8 default_btc_mode;
/** num of active rows in mode switching table */
uint8 msw_rows;
/** num of rows in desense table */
uint8 dsns_rows;
/** dynctl mode switching data table */
btc_thr_data_t msw_data[DCTL_TROWS_MAX];
/** dynctl desense switching data table */
btc_thr_data_t dsns_data[DCTL_TROWS_MAX];
} BWL_POST_PACKED_STRUCT dctl_prof_t;
#include <packed_section_end.h>
/** dynctl status info */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct dynctl_status {
uint8 sim_on; /**< true if simulation is On */
uint16 bt_pwr_shm; /**< BT per/task power as read from ucode */
int8 bt_pwr; /**< BT pwr extracted & converted to dBm */
int8 bt_rssi; /**< BT rssi in dBm */
int8 wl_rssi; /**< last wl rssi reading used by btcoex */
uint8 dsns_level; /**< current desense level */
uint8 btc_mode; /**< current btcoex mode */
/* add more status items if needed, pad to 4 BB if needed */
} BWL_POST_PACKED_STRUCT dynctl_status_t;
#include <packed_section_end.h>
/** dynctl simulation (dryrun data) */
#include <packed_section_start.h>
typedef BWL_PRE_PACKED_STRUCT struct dynctl_sim {
uint8 sim_on; /**< simulation mode on/off */
int8 btpwr; /**< simulated BT power in dBm */
int8 btrssi; /**< simulated BT rssi in dBm */
int8 wlrssi; /**< simulated WL rssi in dBm */
} BWL_POST_PACKED_STRUCT dynctl_sim_t;
/* no default structure packing */
#include <packed_section_end.h>
/** PTK key maintained per SCB */
#define RSN_TEMP_ENCR_KEY_LEN 16
typedef struct wpa_ptk {
uint8 kck[RSN_KCK_LENGTH]; /**< EAPOL-Key Key Confirmation Key (KCK) */
uint8 kek[RSN_KEK_LENGTH]; /**< EAPOL-Key Key Encryption Key (KEK) */
uint8 tk1[RSN_TEMP_ENCR_KEY_LEN]; /**< Temporal Key 1 (TK1) */
uint8 tk2[RSN_TEMP_ENCR_KEY_LEN]; /**< Temporal Key 2 (TK2) */
} wpa_ptk_t;
/** GTK key maintained per SCB */
typedef struct wpa_gtk {
uint32 idx;
uint32 key_len;
uint8 key[DOT11_MAX_KEY_SIZE];
} wpa_gtk_t;
/** FBT Auth Response Data structure */
typedef struct wlc_fbt_auth_resp {
uint8 macaddr[ETHER_ADDR_LEN]; /**< station mac address */
uint8 PAD[2];
uint8 pmk_r1_name[WPA2_PMKID_LEN];
wpa_ptk_t ptk; /**< pairwise key */
wpa_gtk_t gtk; /**< group key */
uint32 ie_len;
uint8 status; /**< Status of parsing FBT authentication
Request in application
*/
uint8 ies[BCM_FLEX_ARRAY]; /**< IEs contains MDIE, RSNIE,
FBTIE (ANonce, SNonce,R0KH-ID, R1KH-ID)
*/
} wlc_fbt_auth_resp_t;
/** FBT Action Response frame */
typedef struct wlc_fbt_action_resp {
uint16 version; /**< structure version */
uint16 length; /**< length of structure */
uint8 macaddr[ETHER_ADDR_LEN]; /**< station mac address */
uint8 data_len; /**< len of ie from Category */
uint8 data[BCM_FLEX_ARRAY]; /**< data contains category, action, sta address, target ap,
status code,fbt response frame body
*/
} wlc_fbt_action_resp_t;
#define MACDBG_PMAC_ADDR_INPUT_MAXNUM 16
#define MACDBG_PMAC_OBJ_TYPE_LEN 8
typedef struct _wl_macdbg_pmac_param_t {
char type[MACDBG_PMAC_OBJ_TYPE_LEN];
uint8 step;
uint8 w_en;
uint16 num;
uint32 bitmap;
uint8 addr_raw;
uint8 addr_num;
uint16 addr[MACDBG_PMAC_ADDR_INPUT_MAXNUM];
uint8 pad0[2];
uint32 w_val;
} wl_macdbg_pmac_param_t;
/** IOVAR 'svmp_sampcol' parameter. Used to set and read SVMP_SAMPLE_COLLECT's setting */
typedef struct wl_svmp_sampcol_param {
uint32 version; /* version */
uint8 enable;
uint8 trigger_mode; /* SVMP_SAMPCOL_TRIGGER */
uint8 trigger_mode_s[2]; /* SVMP_SAMPCOL_PKTPROC */
uint8 data_samplerate; /* SVMP_SAMPCOL_SAMPLERATE */
uint8 data_sel_phy1; /* SVMP_SAMPCOL_PHY1MUX */
uint8 data_sel_rx1; /* SVMP_SAMPCOL_RX1MUX without iqCompOut */
uint8 data_sel_dualcap; /* SVMP_SAMPCOL_RX1MUX */
uint8 pack_mode; /* SVMP_SAMPCOL_PACK */
uint8 pack_order;
uint8 pack_cfix_fmt;
uint8 pack_1core_sel;
uint16 waitcnt;
uint16 caplen;
uint32 buff_addr_start; /* in word-size (2-bytes) */
uint32 buff_addr_end; /* note: Tcl in byte-size, HW in vector-size (8-bytes) */
uint8 int2vasip;
uint8 PAD;
uint16 status;
} wl_svmp_sampcol_t;
#define WL_SVMP_SAMPCOL_PARAMS_VERSION 1
enum {
SVMP_SAMPCOL_TRIGGER_PKTPROC_TRANSITION = 0,
SVMP_SAMPCOL_TRIGGER_FORCE_IMMEDIATE,
SVMP_SAMPCOL_TRIGGER_RADAR_DET
};
enum {
SVMP_SAMPCOL_PHY1MUX_GPIOOUT = 0,
SVMP_SAMPCOL_PHY1MUX_FFT,
SVMP_SAMPCOL_PHY1MUX_DBGHX,
SVMP_SAMPCOL_PHY1MUX_RX1MUX
};
enum {
SVMP_SAMPCOL_RX1MUX_FARROWOUT = 4,
SVMP_SAMPCOL_RX1MUX_IQCOMPOUT,
SVMP_SAMPCOL_RX1MUX_DCFILTEROUT,
SVMP_SAMPCOL_RX1MUX_RXFILTEROUT,
SVMP_SAMPCOL_RX1MUX_ACIFILTEROUT
};
enum {
SVMP_SAMPCOL_SAMPLERATE_1XBW = 0,
SVMP_SAMPCOL_SAMPLERATE_2XBW
};
enum {
SVMP_SAMPCOL_PACK_DUALCAP = 0,
SVMP_SAMPCOL_PACK_4CORE,
SVMP_SAMPCOL_PACK_2CORE,
SVMP_SAMPCOL_PACK_1CORE
};
enum {
SVMP_SAMPCOL_PKTPROC_RESET = 0,
SVMP_SAMPCOL_PKTPROC_CARRIER_SEARCH,
SVMP_SAMPCOL_PKTPROC_WAIT_FOR_NB_PWR,
SVMP_SAMPCOL_PKTPROC_WAIT_FOR_W1_PWR,
SVMP_SAMPCOL_PKTPROC_WAIT_FOR_W2_PWR,
SVMP_SAMPCOL_PKTPROC_OFDM_PHY,
SVMP_SAMPCOL_PKTPROC_TIMING_SEARCH,
SVMP_SAMPCOL_PKTPROC_CHAN_EST_1,
SVMP_SAMPCOL_PKTPROC_LEG_SIG_DEC,
SVMP_SAMPCOL_PKTPROC_SIG_DECODE_1,
SVMP_SAMPCOL_PKTPROC_SIG_DECODE_2,
SVMP_SAMPCOL_PKTPROC_HT_AGC,
SVMP_SAMPCOL_PKTPROC_CHAN_EST_2,
SVMP_SAMPCOL_PKTPROC_PAY_DECODE,
SVMP_SAMPCOL_PKTPROC_DSSS_CCK_PHY,
SVMP_SAMPCOL_PKTPROC_WAIT_ENERGY_DROP,
SVMP_SAMPCOL_PKTPROC_WAIT_NCLKS,
SVMP_SAMPCOL_PKTPROC_PAY_DEC_EXT,
SVMP_SAMPCOL_PKTPROC_SIG_FAIL_DELAY,
SVMP_SAMPCOL_PKTPROC_RIFS_SEARCH,
SVMP_SAMPCOL_PKTPROC_BOARD_SWITCH_DIV_SEARCH,
SVMP_SAMPCOL_PKTPROC_DSSS_CCK_BOARD_SWITCH_DIV_SEARCH,
SVMP_SAMPCOL_PKTPROC_CHAN_EST_3,
SVMP_SAMPCOL_PKTPROC_CHAN_EST_4,
SVMP_SAMPCOL_PKTPROC_FINE_TIMING_SEARCH,
SVMP_SAMPCOL_PKTPROC_SET_CLIP_GAIN,
SVMP_SAMPCOL_PKTPROC_NAP,
SVMP_SAMPCOL_PKTPROC_VHT_SIGA_DEC,
SVMP_SAMPCOL_PKTPROC_VHT_SIGB_DEC,
SVMP_SAMPCOL_PKTPROC_PKT_ABORT,
SVMP_SAMPCOL_PKTPROC_DCCAL
};
/** IOVAR 'svmp_mem' parameter. Used to read/clear svmp memory */
typedef struct svmp_mem {
uint32 addr; /**< offset to read svmp memory from vasip base address */
uint16 len; /**< length in count of uint16's */
uint16 val; /**< set the range of addr/len with a value */
} svmp_mem_t;
/** IOVAR 'mu_rate' parameter. read/set mu rate for upto four users */
#define MU_RATE_CFG_VERSION 1
typedef struct mu_rate {
uint16 version; /**< version of the structure as defined by MU_RATE_CFG_VERSION */
uint16 length; /**< length of entire structure */
uint8 auto_rate; /**< enable/disable auto rate */
uint8 PAD;
uint16 rate_user[4]; /**< rate per each of four users, set to -1 for no change */
} mu_rate_t;
/** IOVAR 'mu_group' parameter. Used to set and read MU group recommendation setting */
#define WL_MU_GROUP_AUTO_COMMAND -1
#define WL_MU_GROUP_PARAMS_VERSION_3 3
#define WL_MU_GROUP_METHOD_NAMELEN 64
#define WL_MU_GROUP_NGROUP_MAX 15
#define WL_MU_GROUP_NUSER_MAX 4
#define WL_MU_GROUP_METHOD_MIN 0
#define WL_MU_GROUP_NUMBER_AUTO_MIN 1
#define WL_MU_GROUP_NUMBER_AUTO_MAX 15
#define WL_MU_GROUP_NUMBER_FORCED_MAX 8
#define WL_MU_GROUP_METHOD_OLD 0
#define WL_MU_GROUP_MODE_AUTO 0
#define WL_MU_GROUP_MODE_FORCED 1
#define WL_MU_GROUP_FORCED_1GROUP 1
#define WL_MU_GROUP_ENTRY_EMPTY -1
typedef struct mu_group {
uint32 version; /* version */
int16 forced; /* forced group recommendation */
int16 forced_group_mcs; /* forced group with mcs */
int16 forced_group_num; /* forced group number */
int16 group_option[WL_MU_GROUP_NGROUP_MAX][WL_MU_GROUP_NUSER_MAX];
/* set mode for forced grouping and read mode for auto grouping */
int16 group_GID[WL_MU_GROUP_NGROUP_MAX];
int16 group_method; /* methof for VASIP group recommendation */
int16 group_number; /* requested number for VASIP group recommendation */
int16 auto_group_num; /* exact number from VASIP group recommendation */
int8 group_method_name[WL_MU_GROUP_METHOD_NAMELEN];
uint8 PAD[2];
} mu_group_t;
typedef struct mupkteng_sta {
struct ether_addr ea;
uint8 PAD[2];
int32 nrxchain;
int32 idx;
} mupkteng_sta_t;
typedef struct mupkteng_client {
ratespec_t rspec;
int32 idx;
int32 flen;
int32 nframes;
} mupkteng_client_t;
typedef struct mupkteng_tx {
mupkteng_client_t client[8];
int32 nclients;
int32 ntx;
} mupkteng_tx_t;
/*
* MU Packet engine interface.
* The following two definitions will go into
* wlioctl_defs.h
* when wl utility changes are merged to EAGLE TOB & Trunk
*/
#define WL_MUPKTENG_PER_TX_START 0x10
#define WL_MUPKTENG_PER_TX_STOP 0x20
/** IOVAR 'mu_policy' parameter. Used to configure MU admission control policies */
#define WL_MU_POLICY_PARAMS_VERSION_1 1
#define WL_MU_POLICY_SCHED_DEFAULT 60
#define WL_MU_POLICY_DISABLED 0
#define WL_MU_POLICY_ENABLED 1
#define WL_MU_POLICY_NRX_MIN 1
#define WL_MU_POLICY_NRX_MAX 2
typedef struct mu_policy {
uint16 version;
uint16 length;
uint32 sched_timer;
uint32 pfmon;
uint32 pfmon_gpos;
uint32 samebw;
uint32 nrx;
uint32 max_muclients;
} mu_policy_t;
#define WL_NAN_BAND_STR_SIZE 5 /* sizeof ("auto") */
/** Definitions of different NAN Bands */
/* do not change the order */
enum {
NAN_BAND_B = 0,
NAN_BAND_A,
NAN_BAND_AUTO,
NAN_BAND_INVALID = 0xFF
};
/* ifdef WL11ULB */
/* ULB Mode configured via "ulb_mode" IOVAR */
enum {
ULB_MODE_DISABLED = 0,
ULB_MODE_STD_ALONE_MODE = 1, /* Standalone ULB Mode */
ULB_MODE_DYN_MODE = 2, /* Dynamic ULB Mode */
/* Add all other enums before this */
MAX_SUPP_ULB_MODES
};
/* ULB BWs configured via "ulb_bw" IOVAR during Standalone Mode Only.
* Values of this enumeration are also used to specify 'Current Operational Bandwidth'
* and 'Primary Operational Bandwidth' sub-fields in 'ULB Operations' field (used in
* 'ULB Operations' Attribute or 'ULB Mode Switch' Attribute)
*/
typedef enum {
ULB_BW_DISABLED = 0,
ULB_BW_10MHZ = 1, /* Standalone ULB BW in 10 MHz BW */
ULB_BW_5MHZ = 2, /* Standalone ULB BW in 5 MHz BW */
ULB_BW_2P5MHZ = 3, /* Standalone ULB BW in 2.5 MHz BW */
/* Add all other enums before this */
MAX_SUPP_ULB_BW
} ulb_bw_type_t;
/* endif WL11ULB */
#define WL_MESH_IOCTL_VERSION_1 1
#define MESH_IOC_BUFSZ 512 /* sufficient ioc buff size for mesh */
#ifdef WLMESH
typedef struct mesh_peer_info_ext {
mesh_peer_info_t peer_info;
uint8 PAD;
uint16 local_aid; /* AID generated by *local* to peer */
uint32 entry_state; /* see MESH_PEER_ENTRY_STATE_ACTIVE etc; valid
* ONLY for internal peering requests
*/
int8 rssi;
uint8 PAD;
struct ether_addr ea; /* peer ea */
} mesh_peer_info_ext_t;
typedef struct mesh_peer_info_dump {
uint32 buflen;
uint32 version;
uint16 count; /* number of results */
uint16 remaining; /* remaining rsults */
mesh_peer_info_ext_t mpi_ext[BCM_FLEX_ARRAY];
} mesh_peer_info_dump_t;
#define WL_MESH_PEER_RES_FIXED_SIZE (OFFSETOF(mesh_peer_info_dump_t, mpi_ext))
#endif /* WLMESH */
/* container for mesh ioctls & events */
typedef struct wl_mesh_ioc {
uint16 version; /* interface command or event version */
uint16 id; /* mesh ioctl cmd ID */
uint16 len; /* total length of all tlv records in data[] */
uint16 PAD; /* pad to be 32 bit aligment */
uint8 data[]; /* var len payload of bcm_xtlv_t type */
} wl_mesh_ioc_t;
enum wl_mesh_cmds {
WL_MESH_CMD_ENABLE = 1,
WL_MESH_CMD_JOIN = 2,
WL_MESH_CMD_PEER_STATUS = 3,
WL_MESH_CMD_ADD_ROUTE = 4,
WL_MESH_CMD_DEL_ROUTE = 5,
WL_MESH_CMD_ADD_FILTER = 6,
WL_MESH_CMD_ENAB_AL_METRIC = 7,
WL_MESH_CMD_START_AUTOPEER = 8
};
enum wl_mesh_cmd_xtlv_id {
WL_MESH_XTLV_ENABLE = 1,
WL_MESH_XTLV_JOIN = 2,
WL_MESH_XTLV_STATUS = 3,
WL_MESH_XTLV_ADD_ROUTE = 4,
WL_MESH_XTLV_DEL_ROUTE = 5,
WL_MESH_XTLV_ADD_FILTER = 6,
WL_MESH_XTLV_ENAB_AIRLINK = 7,
WL_MESH_XTLV_START_AUTOPEER = 8
};
/* endif WLMESH */
/* Fast BSS Transition parameter configuration */
#define FBT_PARAM_VERSION_0 0u
typedef struct _wl_fbt_params {
uint16 version; /* version of the structure
* as defined by FBT_PARAM_CURRENT_VERSION
*/
uint16 length; /* length of the entire structure */
uint16 param_type; /* type of parameter defined below */
uint16 param_len; /* length of the param_value */
uint8 param_value[BCM_FLEX_ARRAY]; /* variable length */
} wl_fbt_params_t;
#define WL_FBT_PARAM_TYPE_RSNIE 0
#define WL_FBT_PARAM_TYPE_FTIE 0x1
#define WL_FBT_PARAM_TYPE_SNONCE 0x2
#define WL_FBT_PARAM_TYPE_MDE 0x3
#define WL_FBT_PARAM_TYPE_PMK_R0_NAME 0x4
#define WL_FBT_PARAM_TYPE_R0_KHID 0x5
#define WL_FBT_PARAM_TYPE_R1_KHID 0x6
#define WL_FBT_PARAM_TYPE_FIRST_INVALID 0x7
/* Assoc Mgr commands for fine control of assoc */
#define WL_ASSOC_MGR_VERSION_0 0u
typedef struct {
uint16 version; /* version of the structure as
* defined by WL_ASSOC_MGR_CURRENT_VERSION
*/
uint16 length; /* length of the entire structure */
uint16 cmd;
union { /* the command buffer may end in a simple uint16 params, */
uint16 params; /* or may have a variable length set of parameters */
uint8 data[1]; /* represented by the 'data' member. */
};
} wl_assoc_mgr_cmd_t;
enum wl_sae_auth_xtlv_id {
WL_SAE_AUTH_XTLV_CONTAINER = 0xa1,
WL_SAE_AUTH_XTLV_BSSID = 0xa2,
WL_SAE_AUTH_XTLV_CYCLIC_GROUP = 0xa3,
WL_SAE_AUTH_XTLV_SCALAR = 0xa4,
WL_SAE_AUTH_XTLV_ELEMENTS = 0xa5,
WL_SAE_AUTH_XTLV_ANTI_CLOGGING = 0xa6,
WL_SAE_AUTH_XTLV_SEND_CONFIRM = 0xa7,
WL_SAE_AUTH_XTLV_CONFIRM = 0xa8,
WL_SAE_AUTH_XTLV_STATUS = 0xa9,
WL_SAE_AUTH_XTLV_LAST = 0xac
};
#define WL_ASSOC_MGR_CMD_PAUSE_ON_EVT 0 /* have assoc pause on certain events */
#define WL_ASSOC_MGR_CMD_ABORT_ASSOC 1
#define WL_ASSOC_MGR_CMD_SET_SAE_FRAME 2
#define WL_ASSOC_MGR_CMD_SEND_AUTH 3
#define WL_ASSOC_MGR_PARAMS_EVENT_NONE 0 /* use this to resume as well as clear */
#define WL_ASSOC_MGR_PARAMS_PAUSE_EVENT_AUTH_RESP 1
#define WL_WINVER_STRUCT_VER_1 (1)
typedef struct wl_winver {
/* Version and length of this structure. Length includes all fields in wl_winver_t */
uint16 struct_version;
uint16 struct_length;
/* Windows operating system version info (Microsoft provided) */
struct {
uint32 major_ver;
uint32 minor_ver;
uint32 build;
} os_runtime;
/* NDIS runtime version (Microsoft provided) */
struct {
uint16 major_ver;
uint16 minor_ver;
} ndis_runtime;
/* NDIS Driver version (Broadcom provided) */
struct {
uint16 major_ver;
uint16 minor_ver;
} ndis_driver;
/* WDI Upper Edge (UE) Driver version (Microsoft provided) */
struct {
uint8 major_ver;
uint8 minor_ver;
uint8 suffix;
} wdi_ue;
/* WDI Lower Edge (LE) Driver version (Broadcom provided) */
struct {
uint8 major_ver;
uint8 minor_ver;
uint8 suffix;
} wdi_le;
uint8 PAD[2];
} wl_winver_t;
/* defined(WLRCC) || defined(ROAM_CHANNEL_CACHE) */
#define MAX_ROAM_CHANNEL 20
typedef struct {
int32 n;
chanspec_t channels[MAX_ROAM_CHANNEL];
} wl_roam_channel_list_t;
/* endif RCC || ROAM_CHANNEL_CACHE */
/* values for IOV_MFP arg */
enum {
WL_MFP_NONE = 0,
WL_MFP_CAPABLE,
WL_MFP_REQUIRED
};
typedef enum {
/* The complete enum definition should be moved to bcmevent.h.
* When add new, add it to bcmevent.h
*/
#if !defined(WL_CHANSW_REASONS_0TO13_INCLUDED)
CHANSW_UNKNOWN = 0, /* channel switch due to unknown reason */
CHANSW_SCAN = 1, /* channel switch due to scan */
CHANSW_PHYCAL = 2, /* channel switch due to phy calibration */
CHANSW_INIT = 3, /* channel set at WLC up time */
CHANSW_ASSOC = 4, /* channel switch due to association */
CHANSW_ROAM = 5, /* channel switch due to roam */
CHANSW_MCHAN = 6, /* channel switch triggered by mchan module */
CHANSW_IOVAR = 7, /* channel switch due to IOVAR */
CHANSW_CSA_DFS = 8, /* channel switch due to chan switch announcement from AP */
CHANSW_APCS = 9, /* Channel switch from AP channel select module */
CHANSW_FBT = 11, /* Channel switch from FBT module for action frame response */
CHANSW_UPDBW = 12, /* channel switch at update bandwidth */
CHANSW_ULB = 13, /* channel switch at ULB */
#endif /* WL_CHANSW_REASONS_0TO13_INCLUDED */
CHANSW_DUMMY /* dummy entry to avoid empty enum */
} chansw_reason_t;
/*
* WOWL unassociated mode power svae pattern.
*/
typedef struct wowl_radio_duty_cycle {
uint16 wake_interval;
uint16 sleep_interval;
} wowl_radio_duty_cycle_t;
typedef struct nd_ra_ol_limits {
uint16 version; /* version of the iovar buffer */
uint16 type; /* type of data provided */
uint16 length; /* length of the entire structure */
uint16 PAD; /* pad union to 4 byte boundary */
union {
struct {
uint16 min_time; /* seconds, min time for RA offload hold */
uint16 lifetime_percent;
/* percent, lifetime percentage for offload hold time */
} lifetime_relative;
struct {
uint16 hold_time; /* seconds, RA offload hold time */
uint16 PAD; /* unused */
} fixed;
} limits;
} nd_ra_ol_limits_t;
#define ND_RA_OL_LIMITS_VER 1
/* nd_ra_ol_limits sub-types */
#define ND_RA_OL_LIMITS_REL_TYPE 0 /* relative, percent of RA lifetime */
#define ND_RA_OL_LIMITS_FIXED_TYPE 1 /* fixed time */
/* buffer lengths for the different nd_ra_ol_limits types */
#define ND_RA_OL_LIMITS_REL_TYPE_LEN 12
#define ND_RA_OL_LIMITS_FIXED_TYPE_LEN 10
/*
* Temperature Throttling control mode
*/
typedef struct wl_temp_control {
uint8 enable;
uint8 PAD;
uint16 control_bit;
} wl_temp_control_t;
/* SensorHub Interworking mode */
#define SHUB_CONTROL_VERSION_1 1u
#define SHUB_CONTROL_LEN 12u
typedef struct {
uint16 verison;
uint16 length;
uint16 cmd;
uint16 op_mode;
uint16 interval;
uint16 enable;
} shub_control_t;
/* WLC_MAJOR_VER <= 5 */
/* Data structures for non-TLV format */
/* Data structures for rsdb caps */
/*
* The flags field of the rsdb_caps_response is designed to be
* a Bit Mask. As of now only Bit 0 is used as mentioned below.
*/
/* Bit-0 in flags is used to indicate if the cores can operate synchronously
* i.e either as 2x2 MIMO or 2(1x1 SISO). This is true only for 4349 variants
* 0 - device can operate only in rsdb mode (eg: 4364)
* 1 - device can operate in both rsdb and mimo (eg : 4359 variants)
*/
#define WL_RSDB_CAPS_VER 2
#define SYNCHRONOUS_OPERATION_TRUE (1 << 0)
#define WL_RSDB_CAPS_FIXED_LEN OFFSETOF(rsdb_caps_response_t, num_chains)
typedef struct rsdb_caps_response {
uint8 ver; /* Version */
uint8 len; /* length of this structure excluding ver and len */
uint8 rsdb; /* TRUE for rsdb chip */
uint8 num_of_cores; /* no of d11 cores */
uint16 flags; /* Flags to indicate various capabilities */
uint8 num_chains[BCM_FLEX_ARRAY]; /* Tx/Rx chains for each core */
} rsdb_caps_response_t;
/* Data structures for rsdb bands */
#define WL_RSDB_BANDS_VER 2
#define WL_RSDB_BANDS_FIXED_LEN OFFSETOF(rsdb_bands_t, band)
typedef struct rsdb_bands
{
uint8 ver;
uint8 len;
uint16 num_cores; /* num of D11 cores */
int16 band[BCM_FLEX_ARRAY]; /* The band operating on each of the d11 cores */
} rsdb_bands_t;
/* rsdb config */
#define WL_RSDB_CONFIG_VER 3
#define ALLOW_SIB_PARALLEL_SCAN (1 << 0)
#define MAX_BANDS 2
#define WL_RSDB_CONFIG_LEN sizeof(rsdb_config_t)
typedef uint8 rsdb_opmode_t;
typedef uint32 rsdb_flags_t;
typedef enum rsdb_modes {
WLC_SDB_MODE_NOSDB_MAIN = 1, /* 2X2 or MIMO mode (applicable only for 4355) */
WLC_SDB_MODE_NOSDB_AUX = 2,
WLC_SDB_MODE_SDB_MAIN = 3, /* This is RSDB mode(default) applicable only for 4364 */
WLC_SDB_MODE_SDB_AUX = 4,
WLC_SDB_MODE_SDB_AUTO = 5, /* Same as WLC_RSDB_MODE_RSDB(1+1) mode above */
} rsdb_modes_t;
typedef struct rsdb_config {
uint8 ver;
uint8 len;
uint16 reserved;
rsdb_opmode_t non_infra_mode;
rsdb_opmode_t infra_mode[MAX_BANDS];
rsdb_flags_t flags[MAX_BANDS];
rsdb_opmode_t current_mode; /* Valid only in GET, returns the current mode */
uint8 PAD[3];
} rsdb_config_t;
/* WLC_MAJOR_VER > =5 */
/* TLV definitions and data structures for rsdb subcmds */
enum wl_rsdb_cmd_ids {
/* RSDB ioctls */
WL_RSDB_CMD_VER = 0,
WL_RSDB_CMD_CAPS = 1,
WL_RSDB_CMD_BANDS = 2,
WL_RSDB_CMD_CONFIG = 3,
/* Add before this !! */
WL_RSDB_CMD_LAST
};
#define WL_RSDB_IOV_VERSION 0x1
typedef struct rsdb_caps_response_v1 {
uint8 rsdb; /* TRUE for rsdb chip */
uint8 num_of_cores; /* no of d11 cores */
uint16 flags; /* Flags to indicate various capabilities */
uint8 num_chains[MAX_NUM_D11CORES]; /* Tx/Rx chains for each core */
uint8 band_cap[MAX_NUM_D11CORES]; /* band cap bitmask per slice */
} rsdb_caps_response_v1_t;
typedef struct rsdb_bands_v1
{
uint8 num_cores; /* num of D11 cores */
uint8 PAD; /* padding bytes for 4 byte alignment */
int8 band[MAX_NUM_D11CORES]; /* The band operating on each of the d11 cores */
} rsdb_bands_v1_t;
typedef struct rsdb_config_xtlv {
rsdb_opmode_t reserved1; /* Non_infra mode is no more applicable */
rsdb_opmode_t infra_mode[MAX_BANDS]; /* Target mode for Infra association */
uint8 PAD; /* pad bytes for 4 byte alignment */
rsdb_flags_t flags[MAX_BANDS];
rsdb_opmode_t current_mode; /* GET only; has current mode of operation */
uint8 PAD[3];
} rsdb_config_xtlv_t;
/* Definitions for slot_bss chanseq iovar */
#define WL_SLOT_BSS_VERSION_1 1
/* critical slots max size */
#define WL_SLOTTED_BSS_CS_BMP_CFG_MAX_SZ 128 /* arbitrary */
/* enums for critical slots XTLVS per slice */
typedef enum wl_slotted_bss_cs_xtlv {
WL_SLOTTED_BSS_XTLV_CS_MAIN = 0,
WL_SLOTTED_BSS_XTLV_CS_AUX = 1,
WL_SLOTTED_BSS_XTLV_CS_MAX
} wl_sbss_bss_cs_xtlv_t;
enum wl_slotted_bss_cmd_id {
WL_SLOTTED_BSS_CMD_VER = 0,
WL_SLOTTED_BSS_CMD_CHANSEQ = 1,
WL_SLOTTED_BSS_CMD_CS_BMP = 2, /* critical slots bitmap */
WL_SLOTTED_BSS_CMD_PERSLICE_CS_BMP = 3, /* critical slots per slice */
WL_SLOTTED_BSS_CMD_FW_CAP = 4
};
typedef uint16 chan_seq_type_t;
enum chan_seq_type {
CHAN_SEQ_TYPE_AWDL = 1,
CHAN_SEQ_TYPE_SLICE = 2,
CHAN_SEQ_TYPE_NAN = 3, /* NAN avail XTLV */
CHAN_SEQ_TYPE_NANHO = 4 /* NANHO channel schedule XTLV */
};
typedef uint8 sched_flag_t;
enum sched_flag {
NO_SDB_SCHED = 0x1,
SDB_TDM_SCHED = 0x2,
SDB_SPLIT_BAND_SCHED = 0x4, /* default mode for 4357 */
MAIN_ONLY = 0x8,
AUX_ONLY = 0x10,
SDB_DUAL_TIME = (MAIN_ONLY | AUX_ONLY),
NO_SDB_MAIN_ONLY = (NO_SDB_SCHED | MAIN_ONLY), /* default mode for 4364 */
SDB_TDM_SCHED_MAIN = (SDB_TDM_SCHED | MAIN_ONLY),
SDB_TDM_SCHED_AUX = (SDB_TDM_SCHED | AUX_ONLY),
SDB_TDM_SCHED_DUAL_TIME = (SDB_TDM_SCHED | SDB_DUAL_TIME),
SDB_SPLIT_BAND_SCHED_DUAL_TIME = (SDB_SPLIT_BAND_SCHED | SDB_DUAL_TIME)
};
typedef struct chan_seq_tlv_data {
uint32 flags;
uint8 data[1];
} chan_seq_tlv_data_t;
typedef struct chan_seq_tlv {
chan_seq_type_t type;
uint16 len;
chan_seq_tlv_data_t chanseq_data[1];
} chan_seq_tlv_t;
typedef struct sb_channel_sequence {
sched_flag_t sched_flags; /* (sdb-tdm or sdb-sb or Dual-Time) */
uint8 num_seq; /* number of chan_seq_tlv following */
uint16 PAD;
chan_seq_tlv_t seq[BCM_FLEX_ARRAY];
} sb_channel_sequence_t;
typedef struct slice_chan_seq {
uint8 slice_index; /* 0(Main) or 1 (Aux) */
uint8 num_chanspecs;
uint8 dur;
uint8 PAD;
chanspec_t chanspecs[BCM_FLEX_ARRAY];
} slice_chan_seq_t;
#define SLOT_BSS_SLICE_TYPE_DUR_MAX_RANGE 2u
#define SLOTTED_BSS_AGGR_EN (1 << 0) /* Bitmap of mode */
#define SLOTTED_BSS_AGGR_LIMIT_DUR (1 << 1) /* Jira 49554 */
#define SLOTTED_BSS_HE_1024_QAM_SUPPORT (1 << 2) /* MCS10-11 Support */
#define SLOTTED_BSS_EHT_4096_QAM_SUPPORT (1 << 3) /* EHT support */
#define WL_SLICE_CHAN_SEQ_FIXED_LEN OFFSETOF(slice_chan_seq_t, chanspecs)
/* Definitions for slotted_bss stats */
#define SBSS_STATS_VERSION_1 1
#define SBSS_MAX_CHAN_STATS 4
typedef struct sbss_core_stats {
uint32 sb_slot_start;
uint32 sb_slot_end;
uint32 sb_slot_skip;
uint32 mismatch_count;
} sbss_core_stats_t;
typedef struct sbss_chan_stats {
chanspec_t chanspec;
uint16 PAD;
uint32 slot_start;
uint32 slot_end;
uint32 slot_skip;
} sbss_chan_stats_t;
typedef struct sbss_stats_v1 {
uint16 version;
uint16 length;
sbss_core_stats_t corestats[MAX_NUM_D11CORES];
sbss_chan_stats_t sbss_chanstats[MAX_NUM_D11CORES][SBSS_MAX_CHAN_STATS];
} sbss_stats_t;
/* slotted bss critical slots */
typedef struct wl_sbss_cs_bmp_s {
uint8 bitmap_len;
uint8 PAD[3];
uint8 bitmap[];
} wl_sbss_cs_bmp_t;
typedef struct wl_sbss_perslice_cs_bmp_s {
uint8 num_xtlv; /* number of XTLVs passsed */
uint8 pad[3];
uint8 xtlv_params[]; /* list of XTLVs */
} wl_sbss_perslice_cs_bmp_t;
#define SBSS_BTCOEX_PERSLICE_ENABLED 0u /* flag bit for btcoex per slice capability */
typedef struct wl_sbss_fw_cap {
uint32 cap;
} wl_sbss_fw_cap_t;
typedef struct sim_pm_params {
uint32 enabled;
uint16 cycle;
uint16 up;
} sim_pm_params_t;
/* Digital napping status */
#define WL_NAP_STATUS_VERSION_1 1
typedef struct wl_nap_status_v1 {
uint16 version; /* structure version */
uint16 len; /* length of returned data */
uint16 fw_status; /* bitmask of FW disable reasons */
uint8 hw_status; /* bitmask for actual HW state info */
uint8 slice_index; /* which slice this represents */
uint32 total_disable_dur; /* total time (ms) disabled for fw_status */
} wl_nap_status_v1_t;
/* Bits for fw_status */
#define NAP_DISABLED_HOST 0x0001 /* Host has disabled through nap_enable */
#define NAP_DISABLED_RSSI 0x0002 /* Disabled because of nap_rssi_threshold */
#define NAP_DISABLED_SCAN 0x0004 /* Disabled because of scan */
#define NAP_DISABLED_ASSOC 0x0008 /* Disabled because of association */
#define NAP_DISABLED_LTE 0x0010 /* Disabled because of LTE */
#define NAP_DISABLED_ACI 0x0020 /* Disabled because of ACI mitigation */
#define NAP_DISABLED_SEQ_RANGE 0x0040 /* Disabled during SEQ Ranging */
#define NAP_DISABLED_CHANSWITCH 0x0080 /* Disabled during channel switch */
#define NAP_DISABLED_AZ 0x0100 /* Disabled during 802.11az ranging */
#define NAP_DISABLED_PHYTS 0x0200 /* Disabled during PHYTS */
#define NAP_DISABLED_CAL 0x0400 /* Disabled during rxiqcal */
#define NAP_DISABLED_SLICE 0x0800 /* Disabled on this slice */
/* Bits for hw_status */
#define NAP_HWCFG 0x01 /* State of NAP config bit in phy HW */
#define NAP_NOCLK 0x80 /* No clock to read HW (e.g. core down) */
/* ifdef WL_NATOE */
#define WL_NATOE_IOCTL_VERSION 1
#define WL_NATOE_IOC_BUFSZ 512 /* sufficient ioc buff size for natoe */
#define WL_NATOE_DBG_STATS_BUFSZ 2048
#define NATOE_FLAGS_ENAB_MASK 0x1
#define NATOE_FLAGS_ACTIVE_MASK 0x2
#define NATOE_FLAGS_PUBNW_MASK 0x4
#define NATOE_FLAGS_PVTNW_MASK 0x8
#define NATOE_FLAGS_ENAB_SHFT_MASK 0
#define NATOE_FLAGS_ACTIVE_SHFT_MASK 1
#define NATOE_FLAGS_PUBNW_SHFT_MASK 2
#define NATOE_FLAGS_PVTNW_SHFT_MASK 3
#define NATOE_FLAGS_PUB_NW_UP (1 << NATOE_FLAGS_PUBNW_SHFT_MASK)
#define NATOE_FLAGS_PVT_NW_UP (1 << NATOE_FLAGS_PVTNW_SHFT_MASK)
#define PCIE_FRWDPKT_STATS_VERSION 1
/* Module version is 1 for IGUANA */
#define WL_NATOE_MODULE_VER_1 1
/* Module version is 2 for Lemur */
#define WL_NATOE_MODULE_VER_2 2
/* WL_NATOE_CMD_MOD_VER */
typedef uint16 wl_natoe_ver_t;
/* config natoe STA and AP IP's structure */
typedef struct {
uint32 sta_ip;
uint32 sta_netmask;
uint32 sta_router_ip;
uint32 sta_dnsip;
uint32 ap_ip;
uint32 ap_netmask;
} wl_natoe_config_ips_t;
/* natoe ports config structure */
typedef struct {
uint16 start_port_num;
uint16 no_of_ports;
} wl_natoe_ports_config_t;
/* natoe ports exception info */
typedef struct {
uint16 sta_port_num;
uint16 dst_port_num; /* for SIP type protocol, dst_port_num info can be ignored by FW */
uint32 ip; /* for SIP ip is APcli_ip and for port clash it is dst_ip */
uint8 entry_type; /* Create/Destroy */
uint8 PAD[3];
} wl_natoe_exception_port_t;
/* container for natoe ioctls & events */
typedef struct wl_natoe_ioc {
uint16 version; /* interface command or event version */
uint16 id; /* natoe ioctl cmd ID */
uint16 len; /* total length of all tlv records in data[] */
uint16 PAD; /* pad to be 32 bit aligment */
uint8 data[]; /* var len payload of bcm_xtlv_t type */
} wl_natoe_ioc_t;
typedef struct wl_natoe_pool_stats_v1 {
/* For debug purposes */
uint16 poolreorg_cnt;
uint16 poolrevert_cnt;
uint16 txfrag_state;
uint16 rxfrag_state;
uint16 txfrag_plen;
uint16 rxfrag_plen;
uint16 tx_pavail;
uint16 rx_pavail;
uint16 txmin_bkup_bufs;
uint16 rxmin_bkup_bufs;
uint16 pktpool_sbuf_alloc;
uint16 pktpool_plen;
uint16 pktpool_pavail;
/* Peak shared buffer count in all iterations */
uint16 sbuf_peak;
/* Peak shared buffer count in current D3 iteration */
uint16 sbuf_peak_cur;
} wl_natoe_pool_stats_v1_t;
typedef struct wl_natoe_arp_entry_v1 {
struct ipv4_addr ip;
struct ether_addr mac_addr;
uint8 lifetime;
uint8 flags;
} wl_natoe_arp_entry_v1_t;
typedef struct wl_natoe_dbg_arp_tbl_info_v1 {
uint8 valid_arp_entries;
uint8 PAD[3];
wl_natoe_arp_entry_v1_t arp_ent[];
} wl_natoe_dbg_arp_tbl_info_v1_t;
typedef struct wl_natoe_skip_port_entry_v1 {
struct ipv4_addr srcip;
uint16 src_port;
uint16 lifetime;
} wl_natoe_skip_port_entry_v1_t;
typedef struct wl_natoe_skip_port_info_v1 {
uint8 valid_entries;
uint8 PAD[3];
wl_natoe_skip_port_entry_v1_t skip_port_ent[];
} wl_natoe_skip_port_info_v1_t;
typedef struct wl_natoe_dbg_stats_v1 {
uint16 active_nat_entries;
uint16 active_dns_entries;
uint16 active_icmp_entries;
uint16 valid_arp_entries;
uint16 prev_nat_entries;
uint16 prev_dns_entries;
uint16 tcp_fast_reclaim_cnt;
uint16 mcast_packets;
uint16 bcast_packets;
uint16 port_commands_rcvd;
uint16 unsupported_prot;
uint16 arp_req_sent;
uint16 arp_rsp_rcvd;
uint16 non_ether_frames;
uint16 port_alloc_fail;
uint16 srcip_tbl_full;
uint16 dstip_tbl_full;
uint16 nat_tbl_full;
uint16 icmp_error_cnt;
uint16 pkt_drops_resource;
uint32 frwd_nat_pkt_cnt;
uint32 reverse_nat_pkt_cnt;
uint16 pub_nw_chspec;
uint16 pvt_nw_chspec;
uint8 pubnw_cfg_idx;
uint8 pvtnw_cfg_idx;
uint8 pubnw_cfg_ID;
uint8 pvtnw_cfg_ID;
uint16 natoe_flags;
uint16 PAD;
} wl_natoe_dbg_stats_v1_t;
typedef struct wl_natoe_exception_port_inf_v1 {
uint16 except_bmap_size;
uint8 port_except_bmap[];
} wl_natoe_exception_port_inf_v1_t;
typedef struct wl_natoe_dstnat_entry_v1 {
struct ipv4_addr clientip;
struct ether_addr client_mac_addr;
uint16 client_listenport;
uint8 opcode;
uint8 PAD;
} wl_natoe_dstnat_entry_v1_t;
typedef struct wl_pcie_frwd_stats_v1 {
uint16 version;
uint16 len;
uint16 frwd_txfrag_q_cnt; /* no. of txfrags in frwd_txfrag_list */
/* no. of outstanding lbufs in txpath on if0/ifx */
uint16 tx_frwd_n_lb_if0;
uint16 tx_frwd_n_lb_ifx;
/* no. of outstanding lfrags in txpath on if0/ifx */
uint16 tx_frwd_n_lf_if0;
uint16 tx_frwd_n_lf_ifx;
/* no. of pending frwd pkts dropped upon d3 entry */
uint16 tx_frwd_d3_drop_cnt;
/* Total no. of lbufs frwded in txpath on if0/ifx */
uint32 tx_frwd_n_lb_if0_cnt;
uint32 tx_frwd_n_lb_ifx_cnt;
/* Total no. of lfrags frwded in txpath on if0/ifx */
uint32 tx_frwd_n_lf_if0_cnt;
uint32 tx_frwd_n_lf_ifx_cnt;
uint32 frwd_tx_drop_thr_cnt; /* no. of pkts dropped due to txfrag threshold */
uint32 frwd_tx_drop_err_cnt; /* no. of pkts dropped due to txfrags not avail / errors */
} wl_pcie_frwd_stats_v1_t;
enum wl_natoe_cmds {
WL_NATOE_CMD_MOD_VER = 0,
WL_NATOE_CMD_ENABLE = 1,
WL_NATOE_CMD_CONFIG_IPS = 2,
WL_NATOE_CMD_CONFIG_PORTS = 3,
WL_NATOE_CMD_DBG_STATS = 4,
WL_NATOE_CMD_EXCEPTION_PORT = 5,
WL_NATOE_CMD_SKIP_PORT = 6,
WL_NATOE_CMD_TBL_CNT = 7,
WL_NATOE_CMD_CONFIG_DSTNAT = 8,
WL_NATOE_CMD_CTRL = 9
};
enum wl_natoe_cmd_xtlv_id {
WL_NATOE_XTLV_MOD_VER = 0,
WL_NATOE_XTLV_ENABLE = 1,
WL_NATOE_XTLV_CONFIG_IPS = 2,
WL_NATOE_XTLV_CONFIG_PORTS = 3,
WL_NATOE_XTLV_DBG_STATS = 4,
WL_NATOE_XTLV_EXCEPTION_PORT = 5,
WL_NATOE_XTLV_SKIP_PORT = 6,
WL_NATOE_XTLV_TBL_CNT = 7,
WL_NATOE_XTLV_ARP_TBL = 8,
WL_NATOE_XTLV_POOLREORG = 9,
WL_NATOE_XTLV_CONFIG_DSTNAT = 10,
WL_NATOE_XTLV_CTRL = 11
};
/* endif WL_NATOE */
enum wl_idauth_cmd_ids {
WL_IDAUTH_CMD_CONFIG = 1,
WL_IDAUTH_CMD_PEER_INFO = 2,
WL_IDAUTH_CMD_COUNTERS = 3,
WL_IDAUTH_CMD_LAST
};
enum wl_idauth_xtlv_id {
WL_IDAUTH_XTLV_AUTH_ENAB = 0x1,
WL_IDAUTH_XTLV_GTK_ROTATION = 0x2,
WL_IDAUTH_XTLV_EAPOL_COUNT = 0x3,
WL_IDAUTH_XTLV_EAPOL_INTRVL = 0x4,
WL_IDAUTH_XTLV_BLKLIST_COUNT = 0x5,
WL_IDAUTH_XTLV_BLKLIST_AGE = 0x6,
WL_IDAUTH_XTLV_PEERS_INFO = 0x7,
WL_IDAUTH_XTLV_COUNTERS = 0x8,
WL_IDAUTH_XTLV_PTK_ROTATION = 0x9
};
enum wl_idauth_stats {
WL_AUTH_PEER_STATE_AUTHORISED = 0x01,
WL_AUTH_PEER_STATE_BLACKLISTED = 0x02,
WL_AUTH_PEER_STATE_4WAY_HS_ONGOING = 0x03,
WL_AUTH_PEER_STATE_LAST
};
typedef struct {
uint16 state; /* Peer State: Authorised or Blacklisted */
struct ether_addr peer_addr; /* peer Address */
uint32 blklist_end_time; /* Time of blacklist end */
} auth_peer_t;
typedef struct wl_idauth_counters {
uint32 auth_reqs; /* No of auth req recvd */
uint32 mic_fail; /* No of mic fails */
uint32 four_way_hs_fail; /* No of 4-way handshake fails */
} wl_idauth_counters_t;
#define WLC_UTRACE_LEN (1024u * 4u) // default length
#define WLC_UTRACE_LEN_AUX (1024u * 3u) // reduced length to fit smaller AUX BM
#define WLC_UTRACE_LEN_SC (1024u * 3u) // reduced length to fit smaller Scan core BM
#define WLC_UTRACE_READ_END 0
#define WLC_UTRACE_MORE_DATA 1
typedef struct wl_utrace_capture_args_v1 {
uint32 length;
uint32 flag;
} wl_utrace_capture_args_v1_t;
#define UTRACE_CAPTURE_VER_2 2
typedef struct wl_utrace_capture_args_v2 {
/* structure control */
uint16 version; /**< structure version */
uint16 length; /**< length of the response */
uint32 flag; /* Indicates if there is more data or not */
} wl_utrace_capture_args_v2_t;
/* Signal read end. */
#define WLC_REGVAL_READ_END 0
/* Signal more data pending. */
#define WLC_REGVAL_MORE_DATA 1
/* Internal read state. */
#define WLC_REGVAL_READ_CONTINUE 2
#define WLC_REGVAL_DUMP_PHYREG 0
#define WLC_REGVAL_DUMP_RADREG 1
#define WLC_REGVAL_DUMP_RFEMREG 2
#define WLC_REGVAL_DUMP_SRCBREG 3
#define PHYREGVAL_CAPTURE_BUFFER_LEN 2048
typedef struct wl_regval_capture_args {
uint32 control_flag; /* Carries status information. */
} wl_regval_capture_args_t;
/* XTLV IDs for the Health Check "hc" iovar top level container */
enum {
WL_HC_XTLV_ID_CAT_HC = 1, /* category for HC as a whole */
WL_HC_XTLV_ID_CAT_DATAPATH_TX = 2, /* Datapath Tx */
WL_HC_XTLV_ID_CAT_DATAPATH_RX = 3, /* Datapath Rx */
WL_HC_XTLV_ID_CAT_SCAN = 4, /* Scan */
WL_HC_XTLV_ID_CAT_EVENTMASK = 5, /* Health Check event mask. */
};
/* Health Check: Common XTLV IDs for sub-elements in the top level container
* Number starts at 0x8000 to be out of the way for category specific IDs.
*/
enum {
WL_HC_XTLV_ID_ERR = 0x8000, /* for sub-command err return */
WL_HC_XTLV_ID_IDLIST = 0x8001, /* container for uint16 IDs */
};
/* Health Check: Datapath TX IDs */
enum {
WL_HC_TX_XTLV_ID_VAL_STALL_THRESHOLD = 1, /* stall_threshold */
WL_HC_TX_XTLV_ID_VAL_STALL_SAMPLE_SIZE = 2, /* stall_sample_size */
WL_HC_TX_XTLV_ID_VAL_STALL_TIMEOUT = 3, /* stall_timeout */
WL_HC_TX_XTLV_ID_VAL_STALL_FORCE = 4, /* stall_force */
WL_HC_TX_XTLV_ID_VAL_STALL_EXCLUDE = 5, /* stall_exclude */
WL_HC_TX_XTLV_ID_VAL_FC_TIMEOUT = 6, /* flow ctl timeout */
WL_HC_TX_XTLV_ID_VAL_FC_FORCE = 7, /* flow ctl force failure */
WL_HC_TX_XTLV_ID_VAL_DELAY_TO_TRAP = 8, /* delay threshold for forced trap */
WL_HC_TX_XTLV_ID_VAL_DELAY_TO_RPT = 9, /* delay threshold for event log report */
WL_HC_TX_XTLV_ID_VAL_FAILURE_TO_RPT = 10, /* threshold for consecutive TX failures */
};
/* Health Check: Datapath RX IDs */
enum {
WL_HC_RX_XTLV_ID_VAL_DMA_STALL_TIMEOUT = 1, /* dma_stall_timeout */
WL_HC_RX_XTLV_ID_VAL_DMA_STALL_FORCE = 2, /* dma_stall test trigger */
WL_HC_RX_XTLV_ID_VAL_STALL_THRESHOLD = 3, /* stall_threshold */
WL_HC_RX_XTLV_ID_VAL_STALL_SAMPLE_SIZE = 4, /* stall_sample_size */
WL_HC_RX_XTLV_ID_VAL_STALL_FORCE = 5, /* stall test trigger */
WL_HC_RX_XTLV_ID_VAL_STALL_UC_DECRYPT_FAIL = 6, /* trigger uc decrypt failures */
WL_HC_RX_XTLV_ID_VAL_STALL_BCMC_DECRYPT_FAIL = 7, /* trigger bcmc decrypt failures */
WL_HC_RX_XTLV_ID_VAL_STALL_NOUDATA_TO_RXRTS = 8, /* No data to RX CTS TX CTS */
};
/* Health Check: Datapath SCAN IDs */
enum {
WL_HC_XTLV_ID_VAL_SCAN_STALL_THRESHOLD = 1, /* scan stall threshold */
};
/* Health check: PHY IDs */
/* Needed for iguana 13.35 branch */
typedef enum {
PHY_HC_DD_ALL = 0,
PHY_HC_DD_TEMPSENSE = 1,
PHY_HC_DD_VCOCAL = 2,
PHY_HC_DD_RX = 3,
PHY_HC_DD_TX = 4,
PHY_HC_DD_LAST /* This must be the last entry */
} phy_hc_dd_type_t;
typedef enum {
PHY_HC_DD_TEMP_FAIL = 0,
PHY_HC_DD_VCO_FAIL = 1,
PHY_HC_DD_RXDSN_FAIL = 2,
PHY_HC_DD_TXPOW_FAIL = 3,
PHY_HC_DD_END /* This must be the last entry */
} phy_hc_dd_type_v2_t;
/* IDs of Health Check report structures for sub types of health checks within WL */
typedef enum wl_hc_dd_type {
WL_HC_DD_PCIE = 0, /* PCIe */
WL_HC_DD_RX_DMA_STALL = 1, /* RX DMA stall check */
WL_HC_DD_RX_STALL = 2, /* RX stall check */
WL_HC_DD_TX_STALL = 3, /* TX stall check */
WL_HC_DD_SCAN_STALL = 4, /* SCAN stall check */
WL_HC_DD_PHY = 5, /* PHY health check */
WL_HC_DD_REINIT = 6, /* Reinit due to other reasons */
WL_HC_DD_TXQ_STALL = 7, /* TXQ stall */
WL_HC_DD_RX_STALL_V2 = 8, /* RX stall check v2 */
WL_HC_DD_SBSS =10, /* Slotted bss health check */
WL_HC_DD_NAN =11, /* NAN health check */
WL_HC_DD_CHSW =12, /* Channel Switch health check */
WL_HC_DD_LHL =13, /* LHL timer health check */
WL_HC_DD_RX_STALL_V3 =14, /* RX stall check v3 */
WL_HC_DD_TX_STALL_V2 =15, /* TX stall check V2 */
WL_HC_DD_MAX
} wl_hc_dd_type_t;
/* RX stall reason codes sent with wl_rx_hc_info_v2_t */
typedef enum bcm_rx_hc_stall_reason {
BCM_RX_HC_RESERVED = 0,
BCM_RX_HC_UNSPECIFIED = 1, /* All other. Catch all */
BCM_RX_HC_UNICAST_DECRYPT_FAIL = 2, /* Unicast decrypt fail */
BCM_RX_HC_BCMC_DECRYPT_FAIL = 3, /* BCMC decrypt fail */
BCM_RX_HC_UNICAST_REPLAY = 4, /* Unicast replay */
BCM_RX_HC_BCMC_REPLAY = 5, /* BCMC replay */
BCM_RX_HC_AMPDU_DUP = 6, /* AMPDU DUP */
BCM_RX_HC_BCMC_KEYIDMATCH_FAIL = 7, /* BCMC decrypt fail due to key index mismatch */
/* Stall because no unicast data frames for RX RTS TX CTS transaction */
BCM_RX_HC_NOUDATA_RXRTS_TXCTS = 8,
BCM_RX_HC_TOO_MANY_SF_IN_AMSDU = 9, /* Too many SFs in AMSDU */
BCM_RX_HC_MAX
} bcm_rx_hc_stall_reason_t;
/*
* Health Check report structures for sub types of health checks within WL
*/
/* Health Check report structure for Rx DMA Stall check */
typedef struct {
uint16 type;
uint16 length;
uint16 timeout;
uint16 stalled_dma_bitmap;
} wl_rx_dma_hc_info_t;
/* Health Check report structure for Tx packet failure check */
typedef struct {
uint16 type;
uint16 length;
uint32 stall_bitmap;
uint32 stall_bitmap1;
uint32 failure_ac;
uint32 threshold;
uint32 tx_all;
uint32 tx_failure_all;
} wl_tx_hc_info_t;
/* Health Check report v2 structure for Tx packet failure check */
typedef struct {
uint16 type; /* WL_HC_DD_TX_STALL_V2 */
uint16 length;
uint8 if_idx; /* interface index on which issue is reported */
uint8 ac; /* access category on which this problem is seen */
uint8 link_idx;
uint8 PAD;
uint32 stall_bitmap_low;
uint32 stall_bitmap_high;
uint32 tx_all;
uint32 tx_failure_all;
uint32 threshold;
struct ether_addr peer_ea;
uint8 PAD[2]; /* Reserved */
} wl_tx_hc_info_v2_t;
/* Health Check report structure for Rx dropped packet failure check */
typedef struct {
uint16 type; /* WL_HC_RX_DD_STALL */
uint16 length;
uint32 bsscfg_idx;
uint32 rx_hc_pkts;
uint32 rx_hc_dropped_all;
uint32 rx_hc_alert_th;
} wl_rx_hc_info_t;
/* Health Check report structure for Rx dropped packet failure check */
typedef struct {
uint16 type; /* WL_HC_RX_DD_STALL_V2 */
uint16 length;
uint8 if_idx; /* interface index on which issue is reported */
uint8 ac; /* access category on which this problem is seen */
uint8 pad[2]; /* Reserved */
uint32 rx_hc_pkts;
uint32 rx_hc_dropped_all;
uint32 rx_hc_alert_th;
uint32 reason; /* refer to bcm_rx_hc_stall_reason_t above */
struct ether_addr peer_ea;
uint8 PAD[2]; /* Reserved */
} wl_rx_hc_info_v2_t;
/* Health Check report structure for Rx dropped packet failure check */
typedef struct {
uint16 type; /* WL_HC_RX_DD_STALL_V3 */
uint16 length;
uint8 if_idx; /* interface index on which issue is reported */
uint8 ac; /* access category on which this problem is seen */
uint8 link_idx;
uint8 PAD;
uint32 rx_hc_pkts;
uint32 rx_hc_dropped_all;
uint32 rx_hc_alert_th;
uint32 reason; /* refer to bcm_rx_hc_stall_reason_t above */
struct ether_addr peer_ea;
uint8 PAD[2]; /* Reserved */
} wl_rx_hc_info_v3_t;
/* HE top level command IDs */
enum {
WL_HE_CMD_ENAB = 0u,
WL_HE_CMD_FEATURES = 1u,
WL_HE_CMD_TWT_SETUP = 2u,
WL_HE_CMD_TWT_TEARDOWN = 3u,
WL_HE_CMD_TWT_INFO = 4u,
WL_HE_CMD_BSSCOLOR = 5u,
WL_HE_CMD_PARTIAL_BSSCOLOR = 6u,
WL_HE_CMD_CAP = 7u,
WL_HE_CMD_STAID = 8u,
WL_HE_CMD_MUEDCA = 9u,
WL_HE_CMD_RTSDURTHRESH = 10u,
WL_HE_CMD_PEDURATION = 11u,
WL_HE_CMD_TESTBED_MODE = 12u,
WL_HE_CMD_OMI_CONFIG = 13u,
WL_HE_CMD_OMI_STATUS = 14u,
WL_HE_CMD_OMI_ULMU_THROTTLE = 15u,
WL_HE_CMD_ULMU_DISABLE_POLICY = 16u,
WL_HE_CMD_ULMU_DISABLE_STATS = 17u,
WL_HE_CMD_OMI_DLMU_RSD_RCM_MPF_MAP = 18u,
WL_HE_CMD_SR_PROHIBIT = 19u,
WL_HE_CMD_TRIG_PREFERRED_AC_ENAB = 20u,
WL_HE_CMD_ULMU_DISABLE_NS_TXPWR = 21u,
WL_HE_CMD_ULMU_FAKE_NS_TXPWR = 22u,
WL_HE_CMD_RXMPDU_MAXLEN_4K_ENAB = 23u,
WL_HE_CMD_ULMU_DISABLE_CONFIG = 24u,
WL_HE_CMD_LAST
};
enum {
WL_HE_MUEDCA_IE = 0,
WL_HE_MUEDCA_SHM = 1,
WL_HE_MUEDCA_LAST
};
#ifdef WL11AX
/* struct for dump MU EDCA IE/SHM paramters */
typedef struct wl_he_muedca_ie_v1 {
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
uint8 mu_qos_info;
he_mu_ac_param_record_t param_ac[AC_COUNT]; /* 3*4 */
uint8 PAD;
} wl_he_muedca_ie_v1_t;
typedef wl_he_muedca_ie_v1_t wl_he_muedca_ie_t;
#define WL_HE_MUEDCA_VER_1 1
#endif /* WL11AX */
/* TWT top level command IDs */
enum {
WL_TWT_CMD_ENAB = 0,
WL_TWT_CMD_SETUP = 1,
WL_TWT_CMD_TEARDOWN = 2,
WL_TWT_CMD_INFO = 3,
WL_TWT_CMD_AUTOSCHED = 4,
WL_TWT_CMD_STATS = 5,
WL_TWT_CMD_EARLY_TERM_TIME = 6,
WL_TWT_CMD_RESP_CONFIG = 7,
WL_TWT_CMD_SPPS_ENAB = 8,
WL_TWT_CMD_CAP = 9,
WL_TWT_CMD_STATUS = 10,
WL_TWT_CMD_CONFIG = 11,
WL_TWT_CMD_BTWT_CONFIG = 12,
WL_TWT_CMD_LAST
};
#define WL_HEB_VER_1 1
/* HEB top level command IDs */
enum {
WL_HEB_CMD_ENAB = 0,
WL_HEB_CMD_NUM_HEB = 1,
WL_HEB_CMD_COUNTERS = 2,
WL_HEB_CMD_CLEAR_COUNTERS = 3,
WL_HEB_CMD_CONFIG = 4,
WL_HEB_CMD_STATUS = 5,
WL_HEB_CMD_LAST
};
/* HEB counters structures */
typedef struct wl_heb_int_cnt_v1 {
uint16 pre_event;
uint16 start_event;
uint16 end_event;
uint16 missed;
} wl_heb_int_cnt_v1_t;
typedef struct wl_heb_cnt_v1 {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
wl_heb_int_cnt_v1_t heb_int_cnt[BCM_FLEX_ARRAY];
} wl_heb_cnt_v1_t;
// struct for configuring HEB
typedef struct wl_config_heb_fill_v1 {
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
uint32 duration;
uint32 periodicity;
uint16 heb_idx;
uint16 preeventtime;
uint8 count;
uint8 PAD[3];
} wl_config_heb_fill_v1_t;
typedef struct wl_heb_blk_params_v1 {
/* Don't change the order of following elements. This is as per the HEB HW spec */
uint32 event_int_val_l;
uint32 event_int_val_h;
uint32 param2;
uint32 param3;
uint32 pre_event_intmsk_bmp;
uint32 start_event_intmsk_bmp;
uint32 end_event_intmsk_bmp;
uint32 event_driver_info;
uint16 param1;
uint8 event_count;
uint8 noa_invert;
uint32 pre_end_event_intmsk_bmp;
} wl_heb_blk_params_v1_t;
typedef struct wl_heb_int_status_v1 {
uint32 heb_idx;
wl_heb_blk_params_v1_t blk_params;
} wl_heb_reg_status_v1_t;
typedef struct wl_heb_status_v1 {
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
wl_heb_reg_status_v1_t heb_status[BCM_FLEX_ARRAY];
} wl_heb_status_v1_t;
/* HWA */
#define WL_HWA_VER_1 1
/* HWA top level command IDs */
typedef enum wl_hwa_cmd_type {
WL_HWA_CMD_ENAB = 0,
WL_HWA_CMD_CAPS = 1,
WL_HWA_CMD_COUNTERS = 2,
WL_HWA_CMD_CLRCNTS = 3,
WL_HWA_CMD_REGDUMP = 4,
WL_HWA_CMD_INDUCE_ERR = 5,
WL_HWA_CMD_LAST
} wl_hwa_cmd_type_t;
typedef struct wl_hwa_cnts_info_v1 {
uint16 cnt_rxs_filter; /* #filters added */
uint16 cnt_rxs_chainable; /* #rxchainable matched */
} wl_hwa_cnts_info_v1_t;
/* HWA dump info structures */
typedef struct wl_hwa_hwcaps_info_v1 {
uint16 up; /* is hwa init'd/deint'd */
uint16 corerev; /* hwa core revision */
uint32 submodules_mask; /* mask for hwa submodules that are enabled */
} wl_hwa_hwcaps_info_v1_t;
typedef struct wl_hwa_cnts_v1 {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
wl_hwa_cnts_info_v1_t hwa_cnts_info[]; /* variable length array with hwa counters */
} wl_hwa_cnts_v1_t;
/* All submodules, order is important and define order of initialization. */
/* Not use enumeration here because these defines are also used in macro */
#define HWA_SUBMODULES_COMMON 0 /**< Common */
#define HWA_SUBMODULES_TXPOST 1u /**< TxPost 3a */
#define HWA_SUBMODULES_RXPOSTFILL 2u /**< RxPost and Fill 1a/1b */
#define HWA_SUBMODULES_TXDMA 3u /**< TxDMA 3b */
#define HWA_SUBMODULES_TXS 4u /**< TxStatus 4a */
#define HWA_SUBMODULES_BUFMGR 5u /**< Buffer Manager, RX and TX. Do this last */
#define HWA_SUBMODULES_CPL 6u /**< Completion 2b/4b */
#define HWA_SUBMODULES_RXS 7u /**< RxStatus 2a */
#define HWA_SUBMODULES_NUM 8u /**< number of submodules */
#define HWA_SUBMODULES_ALL 0xFF /* Bitmaps for all submodules */
#ifdef HWA
#define HWA_SUBMODULE_MASK(submodule) (1u << (submodule))
#else
#define HWA_SUBMODULE_MASK(submodule) (0)
#endif /* HWA */
/*
* NOTES:
* wl_twt_sdesc_t is used to support both broadcast TWT and individual TWT.
* Value in bit[0:2] in 'flow_id' field is interpreted differently:
* - flow id for individual TWT (when WL_TWT_FLOW_FLAG_BROADCAST bit is NOT set
* in 'flow_flags' field)
* - flow id as defined in Table 8-248l1 for broadcast TWT (when
* WL_TWT_FLOW_FLAG_BROADCAST bit is set)
* In latter case other bits could be used to differentiate different flows
* in order to support multiple broadcast TWTs with the same flow id.
*/
/* TWT Setup descriptor */
typedef struct wl_twt_sdesc_v0 {
/* Setup Command. */
uint8 setup_cmd; /* See TWT_SETUP_CMD_XXXX in 802.11ah.h */
uint8 flow_flags; /* Flow attributes. See WL_TWT_FLOW_FLAG_XXXX below */
uint8 flow_id; /* must be between 0 and 7. Set 0xFF for auto assignment */
uint8 bid; /* must be between 0 and 31. Set 0xFF for auto assignment */
uint8 channel; /* Twt channel - Not used for now */
uint8 negotiation_type; /* Negotiation Type: See macros TWT_NEGO_TYPE_X */
uint8 frame_recomm; /* frame recommendation for broadcast TWTs - Not used for now */
uint8 wake_type; /* See WL_TWT_TIME_TYPE_XXXX below */
uint32 wake_time_h; /* target wake time - BSS TSF (us) */
uint32 wake_time_l;
uint32 wake_dur; /* target wake duration in unit of microseconds */
uint32 wake_int; /* target wake interval */
uint32 btwt_persistence; /* Broadcast TWT Persistence */
uint32 wake_int_max; /* max wake interval(uS) for TWT */
uint8 duty_cycle_min; /* min duty cycle for TWT(Percentage) */
uint8 PAD;
/* deprecated - to be removed */
uint16 li;
} wl_twt_sdesc_v0_t;
#define WL_TWT_SETUP_DESC_VER 1u
/* TWT Setup descriptor (Version controlled) */
typedef struct wl_twt_sdesc_v1 {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
uint8 setup_cmd; /* See TWT_SETUP_CMD_XXXX in 802.11ah.h */
uint8 flow_flags; /* Flow attributes. See WL_TWT_FLOW_FLAG_XXXX below */
uint8 flow_id; /* must be between 0 and 7. Set 0xFF for auto assignment */
uint8 bid; /* must be between 0 and 31. Set 0xFF for auto assignment */
uint8 channel; /* Twt channel - Not used for now */
uint8 negotiation_type; /* Negotiation Type: See macros TWT_NEGO_TYPE_X */
uint8 frame_recomm; /* frame recommendation for broadcast TWTs - Not used for now */
uint8 wake_type; /* See WL_TWT_TIME_TYPE_XXXX below */
uint32 wake_time_h; /* target wake time - BSS TSF (us) */
uint32 wake_time_l;
uint32 wake_dur; /* target wake duration in unit of microseconds */
uint32 wake_int; /* target wake interval */
uint32 btwt_persistence; /* Broadcast TWT Persistence */
uint32 wake_int_max; /* max wake interval(uS) for TWT */
uint32 wake_int_min; /* Min. wake interval allowed for TWT Setup */
uint32 wake_dur_min; /* Min. wake duration allowed for TWT Setup */
uint32 wake_dur_max; /* Max. wake duration allowed for TWT Setup */
} wl_twt_sdesc_v1_t;
#define WL_TWT_CONFIG_DESC_VER 1u
/* TWT config descriptor */
typedef struct wl_twt_cdesc {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
uint8 negotiation_type; /* Negotiation Type: See macros TWT_NEGO_TYPE_X */
uint8 configID; /* TWT Configuration ID */
uint8 flow_flags; /* Flow Flags Configuration. See WL_TWT_FLOW_FLAG_XXXX */
uint8 PAD;
uint32 wake_time_h; /* target wake time - BSS TSF (us) */
uint32 wake_time_l;
uint32 wake_dur; /* target wake duration in unit of microseconds */
uint32 wake_int; /* target wake interval */
uint32 wake_int_max; /* max wake interval(uS) for TWT */
uint32 wake_int_min; /* Min. wake interval allowed for TWT Setup */
uint32 wake_dur_min; /* Min. wake duration allowed for TWT Setup */
uint32 wake_dur_max; /* Max. wake duration allowed for TWT Setup */
uint32 avg_pkt_num; /* Average Number of Packets per interval */
uint32 avg_pkt_size; /* Average packet size for TWT SP */
} wl_twt_cdesc_t;
/* Flow flags */
#define WL_TWT_FLOW_FLAG_UNANNOUNCED (1u << 0u)
#define WL_TWT_FLOW_FLAG_TRIGGER (1u << 1u)
#define WL_TWT_FLOW_FLAG_REQUEST (1u << 2u)
#define WL_TWT_FLOW_FLAG_PROTECT (1u << 3u)
#define WL_TWT_FLOW_FLAG_RESPONDER_PM (1u << 4u)
#define WL_TWT_FLOW_FLAG_UNSOLICITED (1u << 5u)
#define WL_TWT_FLOW_FLAG_WAKEDUR_UNIT_1ms (1u << 6u)
#define WL_TWT_FLOW_FLAG_INFO_FRM_DISABLED (1u << 7u)
/* Deprecated - To be removed */
#define WL_TWT_FLOW_FLAG_BROADCAST (1u << 5u)
#define WL_TWT_FLOW_FLAG_IMPLICIT (1u << 7u)
/* Flow id */
#define WL_TWT_FLOW_ID_FID 0x07u /* flow id */
#define WL_TWT_FLOW_ID_GID_MASK 0x70u /* group id - broadcast TWT only */
#define WL_TWT_FLOW_ID_GID_SHIFT 4u
#define WL_TWT_INV_BCAST_ID 0xFFu
#define WL_TWT_INV_FLOW_ID 0xFFu
#define WL_TWT_INV_CONFIG_ID 0xFFu
#define WL_TWT_ALL_TWT_CONFIG_ID 0u /* ConfigID 0 corresponds to All TWT */
#define WL_TWT_INV_WAKE_DUR 0xFFFFFFFFu
#define WL_TWT_INV_WAKE_INT 0xFFFFFFFFu
#define WL_TWT_INV_PKT_NUM 0xFFFFFFFFu
#define WL_TWT_INV_PKT_SIZE 0xFFFFFFFFu
#define WL_TWT_INV_WAKE_TIME 0xFFFFFFFFu
/* auto flow_id */
#define WL_TWT_SETUP_FLOW_ID_AUTO 0xFFu
/* auto broadcast ID */
#define WL_TWT_SETUP_BCAST_ID_AUTO 0xFFu
/* Infinite persistence for broadcast schedule */
#define WL_TWT_INFINITE_BTWT_PERSIST 0xFFFFFFFFu
/* Maximum individual & broadcast TWT supported */
#define WL_TWT_MAX_ITWT 4u
#define WL_TWT_MAX_BTWT 4u
/* should be larger than what chip supports */
#define WL_TWT_STATS_MAX_BTWT WL_TWT_MAX_BTWT
#define WL_TWT_STATS_MAX_ITWT WL_TWT_MAX_ITWT
/* TWT States */
#define WL_TWT_INACTIVE 0u /* Resource is not allotted */
#define WL_TWT_ACTIVE 1u /* Resource is allotted and HEB is programmed */
#define WL_TWT_SUSPEND 2u /* Resource is suspended and HEB released */
#define WL_TWT_RESERVED 3u /* Resource is allotted but HEB is not yet programmed */
/* Wake type */
/* TODO: not yet finalized */
#define WL_TWT_TIME_TYPE_BSS 0u /* The time specified in wake_time_h/l is
* the BSS TSF time.
*/
#define WL_TWT_TIME_TYPE_OFFSET 1u /* The time specified in wake_time_h/l is an offset
* of the TSF time when the iovar is processed.
*/
#define WL_TWT_TIME_TYPE_AUTO 2u /* The target wake time is chosen internally by the FW */
#define WL_TWT_SETUP_VER 0u
/* HE TWT Setup command */
typedef struct wl_twt_setup_v0 {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
struct ether_addr peer; /* Peer address - leave it all 0s' for AP */
uint8 PAD[2];
struct wl_twt_sdesc_v0 desc;
uint16 dialog; /* Deprecated - to be removed */
uint8 PAD[2];
} wl_twt_setup_v0_t;
/* HE TWT Setup command */
typedef struct wl_twt_setup_v1 {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
struct ether_addr peer; /* Peer address - leave it all 0s' for AP */
uint8 PAD[2];
struct wl_twt_sdesc_v1 desc;
uint16 dialog; /* Deprecated - to be removed */
uint8 PAD[2];
} wl_twt_setup_v1_t;
#define WL_TWT_CONFIG_VER 0u
/* TWT Config command */
typedef struct wl_twt_config {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
struct ether_addr peer; /* Peer address. leave it all 0s' for AP */
uint8 PAD[2];
wl_twt_cdesc_t desc; /* Config Descriptor */
} wl_twt_config_t;
#define WL_TWT_TEARDOWN_VER 0u
/* twt teardown descriptor */
typedef struct wl_twt_teardesc {
uint8 negotiation_type;
uint8 flow_id; /* must be between 0 and 7 */
uint8 bid; /* must be between 0 and 31 */
bool alltwt; /* all twt teardown - 0 or 1 */
} wl_twt_teardesc_t;
/* HE TWT Teardown command */
typedef struct wl_twt_teardown {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
/* peer address */
struct ether_addr peer; /* leave it all 0s' for AP */
wl_twt_teardesc_t teardesc; /* Teardown descriptor */
/* deprecated - to be removed - Start here */
uint8 flow_flags;
uint8 flow_id;
uint8 bid;
/* deprecated - to be removed - End here */
uint8 configID; /* TWT Configuration ID */
} wl_twt_teardown_t;
/* twt information descriptor */
typedef struct wl_twt_infodesc {
uint8 flow_flags; /* See WL_TWT_INFO_FLAG_XXX below */
uint8 flow_id;
uint8 PAD[2];
uint32 next_twt_h;
uint32 next_twt_l;
/* deprecated - to be removed */
uint8 wake_type;
uint8 PAD[3];
} wl_twt_infodesc_t;
/* Flow flags */
#define WL_TWT_INFO_FLAG_ALL_TWT (1u << 0u) /* All TWT */
#define WL_TWT_INFO_FLAG_RESUME (1u << 1u) /* 1 is TWT Resume, 0 is TWT Suspend */
/* deprecated - to be removed */
#define WL_TWT_INFO_FLAG_RESP_REQ (1 << 0) /* Response Requested */
#define WL_TWT_INFO_FLAG_NEXT_TWT_REQ (1 << 1) /* Next TWT Request */
#define WL_TWT_INFO_FLAG_BTWT_RESCHED (1 << 2) /* Broadcast Reschedule */
typedef wl_twt_infodesc_t wl_twt_idesc_t;
#define WL_TWT_INFO_VER 0u
/* HE TWT Information command */
typedef struct wl_twt_info {
/* structure control */
uint16 version; /* structure version */
uint16 length; /* data length (starting after this field) */
/* peer address */
struct ether_addr peer; /* leave it all 0s' for AP */
uint8 configID; /* TWT Configuration ID */
uint8 PAD[1];
wl_twt_infodesc_t infodesc; /* information descriptor */
/* deprecated - to be removed */
wl_twt_idesc_t desc;
} wl_twt_info_t;
/* wl twt status */
#define WL_TWT_CMD_STATUS_VERSION_1 1u
#define WL_TWT_STATUS_FLAG_SPPS_ENAB (1u << 0u)
#define WL_TWT_STATUS_FLAG_WAKE_STATE (1u << 1u)
#define WL_TWT_STATUS_FLAG_WAKE_OVERRIDE (1u << 2u)
typedef struct wl_twt_status_v0 {
uint8 state; /* TWT State */
uint8 heb_id; /* HEB ID */
uint8 configID; /* TWT Configuration ID */
uint8 PAD[1];
struct ether_addr peer;
uint8 PAD[2];
uint32 avg_pkt_num; /* Average Packet number per TWT SP Interval */
uint32 avg_pkt_size; /* Average Packet size for TWT SP */
struct wl_twt_sdesc_v0 desc;
} wl_twt_status_v0_t;
typedef wl_twt_status_v0_t wl_twt_status_t;
/* wl twt status output */
typedef struct wl_twt_status_v1 {
uint16 version;
uint16 length;
uint8 num_fid; /* Number of individual TWT setup */
uint8 num_bid; /* Number of Broadcast TWT setup */
uint16 status_flags; /* see WL_TWT_STATUS_FLAGS_XX */
wl_twt_status_v0_t itwt_status[WL_TWT_MAX_ITWT];
wl_twt_status_v0_t btwt_status[WL_TWT_MAX_BTWT];
} wl_twt_status_v1_t;
/* wl twt status command input */
typedef struct wl_twt_status_cmd_v1 {
uint16 version;
uint16 length;
struct ether_addr peer;
uint8 configID;
uint8 PAD;
} wl_twt_status_cmd_v1_t;
#define WL_TWT_PEER_STATS_VERSION_1 1u
typedef struct wl_twt_peer_stats_v1 {
uint16 version;
uint16 length;
struct ether_addr peer;
uint8 PAD[2];
uint8 id;
uint8 flow_flags;
uint8 PAD[2];
uint32 sp_seq; /* sequence number of the service period */
uint32 tx_ucast_pkts;
uint32 tx_pkts_min;
uint32 tx_pkts_max;
uint32 tx_pkts_avg;
uint32 tx_failures;
uint32 rx_ucast_pkts;
uint32 rx_pkts_min;
uint32 rx_pkts_max;
uint32 rx_pkts_avg;
uint32 rx_pkts_retried;
} wl_twt_peer_stats_v1_t;
#define WL_TWT_STATS_VERSION_1 1
typedef struct wl_twt_stats_v1 {
uint16 version;
uint16 length;
uint32 num_stats; /* number of peer stats in the peer_stats_list */
wl_twt_peer_stats_v1_t peer_stats_list[];
} wl_twt_stats_v1_t;
#define WL_TWT_PEER_STATS_VERSION_2 2u
typedef struct wl_twt_peer_stats_v2 {
uint16 version;
uint16 length;
struct ether_addr peer;
uint8 id; /* TWT session ID */
uint8 flow_flags;
uint8 configID; /* TWT Configuration ID */
uint8 PAD[3];
uint32 sp_seq; /* sequence number of the service period */
uint32 tx_ucast_pkts; /* Number of unicast Tx packets in TWT SPs */
uint32 tx_pkts_min; /* Minimum number of Tx packets in a TWT SP */
uint32 tx_pkts_max; /* Maximum number of Tx packets in a TWT SP */
uint32 tx_pkts_avg; /* Average number of Tx packets in each TWT SP */
uint32 tx_failures; /* Tx packets failure count */
uint32 rx_ucast_pkts; /* Number of unicast Rx packets in TWT SPs */
uint32 rx_pkts_min; /* Minimum number of Rx packets in a TWT SP */
uint32 rx_pkts_max; /* Maximum number of Rx packets in a TWT SP */
uint32 rx_pkts_avg; /* Average number of Rx packets in each TWT SP */
uint32 rx_pkts_retried; /* retried Rx packets count */
uint32 tx_pkt_sz_avg; /* Average Tx packet size in TWT SPs */
uint32 rx_pkt_sz_avg; /* Average Rx Packet size in TWT SPs */
uint32 eosp_dur_avg; /* Average Wake duration in SPs ended due to EOSP */
uint32 eosp_count; /* Count of TWT SPs ended due to EOSP */
} wl_twt_peer_stats_v2_t;
#define WL_TWT_STATS_VERSION_2 2u
typedef struct wl_twt_stats_v2 {
uint16 version;
uint16 length;
uint32 num_stats; /* number of peer stats in the peer_stats_list */
wl_twt_peer_stats_v2_t peer_stats_list[];
} wl_twt_stats_v2_t;
#define WL_TWT_STATS_CMD_VERSION_1 1
#define WL_TWT_STATS_CMD_FLAGS_RESET (1u << 0u)
/* HE TWT stats command */
typedef struct wl_twt_stats_cmd_v1 {
uint16 version;
uint16 length;
struct ether_addr peer;
uint8 configID; /* TWT Configuration ID */
uint8 PAD;
uint16 flags; /* see WL_TWT_STATS_CMD_FLAGS */
uint8 num_fid;
uint8 num_bid;
uint8 fid_list[WL_TWT_STATS_MAX_ITWT];
uint8 bid_list[WL_TWT_STATS_MAX_BTWT];
} wl_twt_stats_cmd_v1_t;
#define WL_TWT_RESP_CFG_VER 0u
#define WL_TWT_CMD_RESP_CFG_TYPE_ALTERNATE 0u
#define WL_TWT_CMD_RESP_CFG_TYPE_DICTATE 1u
/* HE TWT resp command */
typedef struct wl_twt_resp_cfg {
/* structure control */
uint16 version; /* Structure version */
uint16 length; /* Data length (starting after this field) */
uint8 dc_max; /* Max supported duty cycle for single TWT */
uint8 resp_type; /* Resp. type(Alt/dict) if duty cycle>max duty cycle */
bool twt_resp_enab; /* TWT Responder Mode enable/disable */
uint8 PAD;
} wl_twt_resp_cfg_t;
#define WL_TWT_CAP_CMD_VERSION_1 1u
#define WL_TWT_CAP_FLAGS_REQ_SUPPORT (1u << 0u)
#define WL_TWT_CAP_FLAGS_RESP_SUPPORT (1u << 1u)
#define WL_TWT_CAP_FLAGS_BTWT_SUPPORT (1u << 2u)
#define WL_TWT_CAP_FLAGS_FLEX_SUPPORT (1u << 3u)
#define WL_TWT_CAP_FLAGS_TWT_REQUIRED (1u << 4u)
/* HE TWT capabilities output */
typedef struct wl_twt_cap {
uint16 version;
uint16 length;
uint16 device_cap; /* see WL_TWT_CAP_CMD_FLAGS */
uint16 peer_cap; /* see WL_TWT_CAP_CMD_FLAGS */
} wl_twt_cap_t;
/* HE TWT capabilities command input */
typedef struct wl_twt_cap_cmd {
uint16 version;
uint16 length;
struct ether_addr peer;
uint8 PAD[2];
} wl_twt_cap_cmd_t;
#define WL_TWT_BTWT_CONFIG_SCHED_BID0 (1u << 0u) /* Enable/disable BTWT id 0 schedule */
#define WL_TWT_BTWT_TEARDOWN_BID0 (1u << 1u) /* Enable/disable teardown of BTWT
* with BTWT id 0
*/
/* EHT sub command IDs */
enum {
WL_EHT_CMD_ENAB = 0u, /* enable/disable EHT feature as a whole */
WL_EHT_CMD_FEATURES = 2u, /* configure EHT sub-features */
WL_EHT_CMD_SIGMCS = 3u, /* configure EHT SIG MCS Index */
WL_EHT_CMD_NUMLTF = 4u, /* configure EHT Number of LTFs */
WL_EHT_CMD_NONHT_PUNC_PATT = 5u, /* configure nonHT puncture pattern */
WL_EHT_CMD_PUNC_PAT = 6u, /* configure per BSS puncture pattern */
WL_EHT_CMD_TESTBED_MODE = 7u, /* EHT Testbed STA Configuration */
/* Add new sub command IDs here... */
/* debug/test related sub-commands, mogrify? */
WL_EHT_CMD_DBG = 0x1000u, /* configure EHT debug facilities */
};
/* MLO sub command IDs */
enum {
WL_MLO_CMD_ENAB = 0u, /* enable/disable MLO feature as a whole */
WL_MLO_CMD_CONFIG = 1u, /* configure MLO feature - bsscfg specific */
WL_MLO_CMD_STATUS = 2u, /* status on MLO feature - interface specific */
WL_MLO_CMD_EMLSR_CTRL = 3u, /* emlsr control - interface specific */
WL_MLO_CMD_TID_MAP = 4u, /* configure TID-To-Link Mapping */
WL_MLO_CMD_CAP = 5u, /* capability of MLO feature as a whole */
WL_MLO_CMD_ACT_LINK_BMAP = 6u, /* Set active link for MLO TX and RX */
WL_MLO_CMD_MULTILINK_ACTIVE = 7u, /* Set use of multi links in MLO mode */
WL_MLO_CMD_LINK_PS_BMAP = 8u, /* Modify PS state of a particular link in MLO. */
WL_MLO_CMD_LINK_DORMANT_BMAP = 9u, /* Bitmap to configure dormant state for links */
WL_MLO_CMD_REC_LINK_BMAP = 10u, /* Bitmap to configure recommended links */
WL_MLO_CMD_CONFIG_PREF = 11u, /* Configure mlo mode and band preferences */
WL_MLO_CMD_MAX_MLO_LINKS = 12u, /* set/get max MLO links supported */
WL_MLO_CMD_FEATURE_EN = 13u, /* Enable/Disable a given feature */
WL_MLO_CMD_NPLINK_CONFIG = 14u, /* configure nplink op upon offchannel of plink */
WL_MLO_CMD_STATS = 15u, /* stats on MLO feature */
/* Add new sub command IDs here... */
/* debug/test related sub-commands, mogrify? */
WL_MLO_CMD_MLD_PRB = 0x1000u, /* send a mld probe request frame */
WL_MLO_CMD_TID_MAP_NEG = 0x1001u, /* start a TID2Link Mapping negotiation */
WL_MLO_CMD_MLD_AP_OP = 0x1002u, /* add/remove MLD AP(s) to/from MLD */
WL_MLO_CMD_ML_OP_UPD = 0x1003u, /* send a ML Op Upd request frame */
WL_MLO_CMD_LINK_RECFG_NOTIF = 0x1004u, /* send a Link Reconfig notify frame */
WL_MLO_CMD_LINK_RECFG_REQ = 0x1005u, /* send a Link Reconfig request frame */
WL_MLO_CMD_EPCS_ENAB_REQ = 0x1006u, /* send a EPCS Pri Access Req Enab frame */
WL_MLO_CMD_EPCS_TEARDN = 0x1007u, /* send a EPCS Pri Access Teardown frame */
WL_MLO_CMD_MAX_CST = 0x1008u, /* send a MCST IE in the bcn frame */
WL_MLO_CMD_TEST = 0x1009u, /* invoke an internal test case */
WL_MLO_CMD_MLOSIM = 0x2000u, /* to set mlo simulation option */
};
/* MLO multilink active modes */
#define WL_MLO_MULTILINK_DISABLE 0u /* Proces beacons and data on single link */
#define WL_MLO_MULTILINK_ML_BCN 1u /* Process beacons & data on all links */
#define WL_MLO_MULTILINK_SL_BCN 2u /* Process beacons on single link & data
* on all links
*/
#define WL_MLO_MULTILINK_ML_BCN_SL_DATA 3u /* Process beacons on both links and data only
* on preferred link
*/
/* MLO config Flags definition */
#define WL_MLO_USE_FW_GEN_LINKADDR (1u << 0u) /* fw generates the link addresses */
#define WL_MLO_USE_FW_GEN_MLDADDR (1u << 1u) /* fw generates the mld address */
#define WL_MLO_UPDATE_CHANNELS (1u << 2u) /* channels are present in the config req */
#define WL_MLO_LINK_INTERFACES (1u << 3u) /* link existing interfaces as mlo links */
#define WL_MLO_MLSR_MODE_ENAB (1u << 4u) /* Enable MLSR mode */
/* Enable this bit for the Wi-Fi 7 certification purposes.
* If this flag is enabled, firmware sets the following:
* Assoc Request: MLD capabilities:
* -- Set Maximum Number of Simultaneous Links to 0
* Assoc Request: Basic Multi-link element, Per STA Profile, STA Control:
* -- Set NSTR Link Pair Present to 0
*/
#define WL_MLO_MLSR_CERT_ENAB (1u << 5u)
typedef struct wl_mlo_link_config_v1 {
struct ether_addr link_addr; /* Link specific address */
chanspec_t chspec; /* Chanspec */
} wl_mlo_link_config_v1_t;
/* MLO modes of operation */
#define MLO_STR 0u /* STR Mode */
#define MLO_TDM 1u /* Deprecated over MLO_EMLSR */
#define MLO_EMLSR 1u /* eMLSR Mode */
#define MLO_AUTO 2u /* Best possible based on scoring */
#define MLO_MON 3u /* Monitor Mode */
#define MLO_3LINK 4u /* 3 Link association (STR+eMLSR) Mode */
#define MLO_1LINK 5u /* Single Link MLO Mode */
#define MLO_NONML 6u /* Non-MLO association (legacy) */
#define WL_MLO_MODE_INVALID 0xFFu /* Invalid mode */
#define WL_MLO_CONFIG_VER_1 1u
/* mlo status structure for an interface */
/* ===================================== */
#define WL_MLO_STATUS_VER_1 1u
typedef struct wl_mlo_config_v1 {
uint16 version; /* Structure version */
uint16 length; /* Length of structure */
uint32 flags; /* Flags */
uint8 num_links; /* Number of links */
uint8 mode; /* Mode of operation */
struct ether_addr mld_addr; /* MLD mac address */
wl_mlo_link_config_v1_t link_config[]; /* Link addresses based on num_links */
} wl_mlo_config_v1_t;
/* MLO config_pref Flags definition */
#define WL_MLO_UPDATE_MODE_PREF (1u << 0u) /* Mode is updated in the config req */
#define WL_MLO_UPDATE_BAND_PREF (1u << 1u) /* Band pref is updated in the config req */
#define WL_MLO_RESET_CONFIG_PREF (1u << 2u) /* Reset the pref_config to invalid */
#define WL_MLO_STRICT_ORDER_CONFIG_PREF (1u << 3u) /* Strict preference order in config_pref */
#define WL_MLO_CONFIG_PREF_VER_1 1u
/* Max number of mode_pref which can be given. MLO_MON is NOT valid to give in mode_pref */
#define MLO_MODE_PREF_MAX_V1 6u
typedef struct wl_mlo_config_pref_v1 {
uint16 version; /* Structure version */
uint16 length; /* Length of structure */
uint32 flags; /* Flags */
uint8 num_mode_pref; /* Number of valid modes in mode array */
uint8 num_band_pref; /* Number of valid bands in pref_band array */
uint8 mode_pref[MLO_MODE_PREF_MAX_V1]; /* MLO mode priority order */
uint8 band_pref[WL_BAND_MAX_CNT]; /* Preferred band priority order */
uint8 strict_order; /* Strict preference order */
} wl_mlo_config_pref_v1_t;
#define WL_MLO_FEATURE_EN_VER_1 1u
#define WL_MLO_FEATURE_MASK_VER_1 (WL_MLO_FEA_EMLSR_MASK | WL_MLO_FEA_STR_ON_SCAN_MASK | \
WL_MLO_FEA_LGCY_SCORE_ML_ASSOC_MASK | \
WL_MLO_FEA_STR_ON_SB_MASK | WL_MLO_FEA_MLO_ASSOC_MODE_MASK)
/* Following mask are used in wl_mlo_feature_en_v1_t to find the value of enab field
* corresponding to a feature. Please update WL_MLO_FEATURE_MASK_VER_1 whenever
* changing the value of following macros. If a new MACRO is added and that macro is not
* used by older branches using this IOVAR, then create a new version of mask and use that
* in the new branch.
*/
#define WL_MLO_FEA_EMLSR_MASK 0x01 /* eMLSR in ML association mask */
#define WL_MLO_FEA_EMLSR_SHIFT 0u /* Enable eMLSR assoc shift */
#define WL_MLO_FEA_STR_ON_SCAN_MASK 0x06 /* STR mode during scan mask */
#define WL_MLO_FEA_STR_ON_SCAN_SHIFT 1u /* Enable STR on scan shift */
#define WL_MLO_FEA_LGCY_SCORE_ML_ASSOC_MASK 0x08 /* Legacy scoring for MLO AP mask */
#define WL_MLO_FEA_LGCY_SCORE_ML_ASSOC_SHIFT 3u /* Legacy scoring for MLO AP shift */
#define WL_MLO_FEA_STR_ON_SB_MASK 0x30 /* STR during Slotted BSS oper mask */
#define WL_MLO_FEA_STR_ON_SB_SHIFT 4u /* STR during Slotted BSS oper shift */
#define WL_MLO_FEA_MLO_ASSOC_MODE_MASK 0xC0 /* MLO assoc mode mask */
#define WL_MLO_FEA_MLO_ASSOC_MODE_SHIFT 6u /* MLO assoc mode shift */
#define WL_MLO_FEA_EMLSR_DISABLE 0u /* Disable eMLSR mode */
#define WL_MLO_FEA_EMLSR_ENABLE 1u /* Enable eMLSR mode */
#define WL_MLO_FEA_STR_ON_SCAN_DISABLE 0u /* STR operation for scan disabled */
#define WL_MLO_FEA_SLINK_STR_ON_SCAN 1u /* 1 link STR operation on scan */
#define WL_MLO_FEA_MLINK_STR_ON_SCAN 2u /* Multi link STR operation on scan */
#define WL_MLO_FEA_LGCY_SCORE_ML_ASSOC_DISABLE 0u /* Do ML scoring for MLO APs */
#define WL_MLO_FEA_LGCY_SCORE_ML_ASSOC_ENABLE 1u /* Do 1-link scoring for MLO APS */
#define WL_MLO_FEA_STR_ON_SB_DISABLE 0u /* STR operation for AWDL/NAN Disabled */
#define WL_MLO_FEA_SLINK_STR_ON_SB 1u /* 1 link STR operation on AWDL/NAN */
#define WL_MLO_FEA_MLINK_STR_ON_SB 2u /* Multi link STR operation on AWDL/NAN */
#define WL_MLO_FEA_MLO_ASSOC_MODE_STRICT 0u /* Strict assoc mode 0 */
#define WL_MLO_FEA_MLO_ASSOC_MODE_FLEXI 1u /* Flexible assoc mode 1 (default) */
/* Mask in the following structure defines which bit is valid in the enab field. If a bit in
* mask field is zero, the corresponding value in enab will be ignored. The definition of
* the bits are as given in the above defines. Eg if we want to enable STR mode on
* scan then mask will be 0x02 and enab will be 0x02. To disable the same, make mask
* as 0x02 and enab as 0x00.
*/
typedef struct wl_mlo_feature_en_v1 {
uint16 version; /* Structure version */
uint16 length; /* Length of structure */
uint32 mask; /* Feature bit Mask */
uint32 enab; /* Feature enable bit */
} wl_mlo_feature_en_v1_t;
/* mlo info structure per link */
typedef struct wl_mlo_link_status_v1 {
uint8 link_id; /* link ID - AP managed unique # */
uint8 link_idx; /* link index - link config idx */
struct ether_addr link_addr; /* Link specific address */
chanspec_t chanspec; /* Chanspec */
} wl_mlo_link_status_v1_t;
/* Note: mlo mode for an interface is "operative" means
* - mode: value NOT 0. either STR and TDM.
* - for sta: mlo association; more than 1 link operative
* - for softap: more than 1 link operative for clients to join
* Note: 'operative' is different from active/PM or
* link disabled using tid2link mapping
* mlo mode for an interface is NOT "operative" means
* - when AP is down OR sta is down
* - when STA is not assoced OR associated in non mlo mode
* link_info array is present and has valid values only if mode is "operative"
*/
typedef struct wl_mlo_status_v1 {
uint16 version;
uint16 length;
struct ether_addr mld_addr; /* if mode is STR/TDM --> mld_addr
* else cfg->curether_addr
*/
uint8 mode; /* Present Mode of operation
* - MLO_STR, MLO_TDM
*/
uint8 num_links_operative; /* Number of operative links. see above */
wl_mlo_link_status_v1_t link_status[]; /* status on operative links */
} wl_mlo_status_v1_t;
/* ================================================== */
#define WL_MLO_STATUS_VER_2 (2u)
/* peer's info for each link */
typedef struct wl_mlo_link_peer_info_v2 {
struct ether_addr link_addr; /* peer Link specific address */
struct ether_addr mld_addr; /* peer mld address. If this is 0, means
* legacy peer
*/
} wl_mlo_link_peer_info_v2_t;
/* mlo info structure per link */
typedef struct wl_mlo_link_status_v2 {
uint8 link_id; /* link ID - AP managed unique # */
uint8 link_idx; /* link index - link config idx */
struct ether_addr link_addr; /* Link specific address */
chanspec_t chanspec; /* Chanspec */
uint8 num_peers; /* number of peers for this link. For STA, this
* will be 1, for AP, can be multiple
*/
uint8 link_pwrst; /* power state of the link */
wl_mlo_link_peer_info_v2_t pi[]; /* number of peers for this link */
} wl_mlo_link_status_v2_t;
/* see comments for wl_mlo_status_v1_t */
typedef struct wl_mlo_status_v2 {
uint16 version;
uint16 length;
struct ether_addr mld_addr; /* if mode is STR/TDM --> mld_addr
* else cfg->curether_addr
*/
uint8 mode; /* Present Mode of operation
* - MLO_STR, MLO_TDM
*/
uint8 num_links_operative; /* Number of operative links. see above */
uint8 link_status[]; /* status on operative links of
* type wl_mlo_link_status_v2_t
*/
} wl_mlo_status_v2_t;
#define WL_MLO_LINK_PWRST_UNKNOWN 0u /* Uninitialized state */
#define WL_MLO_LINK_PWRST_ACTIVE 1u
#define WL_MLO_LINK_PWRST_PM 2u
#define WL_MLO_LINK_PWRST_DORMANT 3u
/* ================================================== */
/* mlo cap structure
*
* max_mlo_links : value 0 means MLO is unsupported
* max_str_links : value 0 means STR is unsupported
* max_emlsr_links : value 0 means EMLSR is unsupported
*
* The number of links is represented as the actual value similar to 'mlo config' IOVar and
* is not like how it is in the 11be MLO spec (num links - 1).
*/
#define WL_MLO_CAP_VER_1 (1u)
typedef struct wl_mlo_cap_v1 {
uint16 version;
uint16 length;
uint8 max_mlo_links; /* Maximum number of MLO links supported */
uint8 max_str_links; /* Maximum number of STR links supported */
uint8 max_emlsr_links; /* Maximum number of EMLSR links supported */
uint8 PAD;
} wl_mlo_cap_v1_t;
// #ifdef EHT_MAC_SW_TEST
/* IDs list/ID extensions list */
typedef struct wl_mlo_prb_ids_reqs {
uint8 pad[3];
/* (Extended) Request parameters (max. 2 entries with max. 14 IDs each) */
uint8 num_req; /* # valid reqs */
struct {
uint8 id_base; /* 0 for Request IE; 255 for Extended Request IE */
uint8 ids_num; /* # valid IDs */
uint8 ids_list[14];
} req[2];
} wl_mlo_prb_ids_reqs_t;
/* Per-STA profile parameters */
typedef struct wl_mlo_prb_psta_prfs {
uint8 pad[3];
/* Per-STA Profile parameters (max. 1 entry) */
uint8 num_prf; /* # valid prfs */
struct {
uint8 link_id;
uint8 cplt_sta_prf; /* complete/partial STA profile */
uint8 pad[2];
wl_mlo_prb_ids_reqs_t ids;
} prf[1];
} wl_mlo_prb_psta_prfs_t;
/* MLD probe parameters */
typedef struct wl_probe_mld_parms {
uint8 flags; /* see WL_MLO_PRB_FLAG_x */
uint8 mld_id; /* spec. MLD ID of this ML prbreq */
uint8 pad[2];
wl_mlo_prb_ids_reqs_t ids; /* Request IDs in reporting STA */
wl_mlo_prb_psta_prfs_t psta; /* Per-STA profile for reported STA */
} wl_probe_mld_parms_t;
/* wl_probe_mld_parms_t.flags definitions */
#define WL_MLO_PRB_FLAG_MLD_ID (1u << 0) /* mld_id field is present */
/* current mld prb subcommand */
typedef struct wl_mlo_mld_prb_parms {
wl_probe_params_t probe; /* destination parameters */
wl_probe_mld_parms_t mld; /* MLD probe parameters */
} wl_mlo_mld_prb_parms_t;
/* ML Operation Update subcommand */
typedef struct wl_mlo_ml_op_upd {
uint16 timeout; /* timeout in millisecs */
uint8 num_link; /* # elements in link_id[] */
uint8 type; /* deprecated - to be removed */
uint8 link_id[]; /* link ids */
} wl_mlo_ml_op_upd_t;
/* Link Reconfiguration Notify subcommand */
typedef struct wl_mlo_link_recfg_notif {
struct ether_addr peer_addr; /* STA/peer address */
uint16 timeout; /* frame tx timeout in millisecs */
uint8 pad[3];
uint8 num_link; /* # elements in link[] */
struct {
uint8 id; /* link id */
uint8 op; /* op - EHT_STA_OU_TYPE_x_LINK in 802.11be.h */
} link[];
} wl_mlo_link_recfg_notif_t;
/* Link Reconfiguration Request subcommand */
typedef struct wl_mlo_link_recfg_req {
uint16 timeout; /* req/resp transaction timeout in millisecs */
uint8 pad[1];
uint8 num_link; /* # elements in link[] */
struct {
uint8 id; /* link id */
uint8 op; /* op - EHT_STA_OU_TYPE_x_LINK in 802.11be.h */
} link[];
} wl_mlo_link_recfg_req_t;
/* EPCS Priority Access Request Enable subcommand */
typedef struct wl_mlo_epcs_enab_req {
struct ether_addr peer_addr; /* STA/peer address */
uint16 timeout; /* timeout in millisecs */
uint8 pad[1];
uint8 num_link; /* # elements in link_id[] */
uint8 link_id[]; /* link ids */
} wl_mlo_epcs_enab_req_t;
/* EPCS Priority Access Teardown subcommand */
typedef struct wl_mlo_epcs_teardn {
struct ether_addr peer_addr; /* STA/peer address */
uint16 timeout; /* timeout in millisecs */
} wl_mlo_epcs_teardn_t;
// #endif /* EHT_MAC_SW_TEST */
/* TID-to-Link Mapping negotiation */
typedef struct wl_mlo_tid_map_neg_v1 {
uint16 version;
uint16 length;
uint8 action; /* EHT_PAF_ACT_TID_MAP_x in 802.11be.h */
uint8 pad[3];
uint8 data[]; /* action specific data:
* - EHT_PAF_ACT_TID_MAP_REQ: struct ether_addr;
*/
} wl_mlo_tid_map_neg_v1_t;
/* TID-to-Link mapping */
#define WL_MLO_TID_MAP_VER_1 (1u)
typedef struct wl_mlo_link_tid_map_v1 {
uint8 link_id; /* id of the link */
uint8 tid_map; /* tids mapped to the link (represented as bit position) */
uint8 pad[2];
} wl_mlo_link_tid_map_v1_t;
typedef struct wl_mlo_tid_map_v1 {
uint16 version;
uint16 length;
uint8 direction; /* direction */
uint8 num_links; /* number of links */
uint8 pad[2];
wl_mlo_link_tid_map_v1_t link_tid_map[]; /* TID to link mapping */
} wl_mlo_tid_map_v1_t;
#define TID_TO_LINK_MAP_SIZE(tid_map) \
(OFFSETOF(wl_mlo_tid_map_v1_t, link_tid_map) + \
(tid_map->num_links * sizeof(wl_mlo_link_tid_map_v1_t)))
#define WL_MLO_TID_MAP_VER_2 (2u)
typedef struct wl_mlo_tid_map_v2 {
uint16 version;
uint16 length;
uint8 control; /* Control bitmap as defined below:
* bits 0-1: direction (0-DL, 1-UL, 2-BOTH)
* bits 2-3: number of links
* bit 4: trigger TID-to-link mapping negotiation (0/1)
*/
uint8 pad[3];
wl_mlo_link_tid_map_v1_t link_tid_map[]; /* TID map per link */
} wl_mlo_tid_map_v2_t;
#define WL_MLO_TID_MAP_VER_3 (3u)
typedef struct wl_mlo_tid_map_v3 {
uint16 version;
uint16 length;
uint16 control;
/* Control bitmap definition:
* bit 0: default mapping (0/1)
* - when set wl_mlo_link_tid_map_v1_t is not incliuded
* bits 1-2: direction (0-DL, 1-UL, 2-BOTH)
* bits 3-5: number of links (0-7)
* bit 6: negotiate(d) TID-to-link mapping
* bit 7: advertise(d) TID-to-link mapping
* - when set wl_mlo_tid_map_adv_v1_t is included after the control field
* bit 8:
* set - negotiate preferred mapping if indicated by the AP
* get - negotiated mapping is AP's preferred
* bit 9: configure TID-to-link mapping (0/1)
* - when set wl_mlo_tid_map_cfg_v1_t is included after the control field
*/
uint8 status; /* status of the TID-to-link mapping (wl_mlo_tid_map_sts) */
uint8 pad[1];
/* optional params based on the control flags */
uint8 params[];
/* wl_mlo_tid_map_adv_v1_t Advertised TID-to-link mapping params */
/* wl_mlo_tid_map_cfg_v1_t TID-to-link mapping config */
/* wl_mlo_link_tid_map_v1_t TID map per link[] */
} wl_mlo_tid_map_v3_t;
/* TID-to-link mapping status */
enum wl_mlo_tid_map_sts {
WL_MLO_TID_MAP_STS_IDLE = 0,
WL_MLO_TID_MAP_STS_EST = 1,
WL_MLO_TID_MAP_STS_FAIL = 2,
WL_MLO_TID_MAP_STS_PREF = 3,
WL_MLO_TID_MAP_STS_DENY = 4
};
/* MLO tid_map control definitions */
#define WL_MLO_TID_MAP_DEF_MASK (0x1u)
#define WL_MLO_TID_MAP_DEF_SHIFT (0u)
#define WL_MLO_TID_MAP_DIR_MASK (0x06u)
#define WL_MLO_TID_MAP_DIR_SHIFT (1u)
#define WL_MLO_TID_MAP_LINK_NUM_MASK (0x38u)
#define WL_MLO_TID_MAP_LINK_NUM_SHIFT (3u)
#define WL_MLO_TID_MAP_NEG_MASK (0x40u)
#define WL_MLO_TID_MAP_NEG_SHIFT (6u)
#define WL_MLO_TID_MAP_ADV_MASK (0x80u)
#define WL_MLO_TID_MAP_ADV_SHIFT (7u)
#define WL_MLO_TID_MAP_NEG_PREF_MASK (0x100u)
#define WL_MLO_TID_MAP_NEG_PREF_SHIFT (8u)
#define WL_MLO_TID_MAP_CFG_MASK (0x200u)
#define WL_MLO_TID_MAP_CFG_SHIFT (9u)
#define WL_MLO_TID_MAP_DEF_GET(tidmap) \
((tidmap)->control & WL_MLO_TID_MAP_DEF_MASK)
#define WL_MLO_TID_MAP_DEF_SET(tidmap, val) \
((tidmap)->control = ((tidmap)->control & ~WL_MLO_TID_MAP_DEF_MASK) | \
((val) << WL_MLO_TID_MAP_DEF_SHIFT))
#define WL_MLO_TID_MAP_DIR_GET(tidmap) \
(((tidmap)->control & WL_MLO_TID_MAP_DIR_MASK) >> \
WL_MLO_TID_MAP_DIR_SHIFT)
#define WL_MLO_TID_MAP_DIR_SET(tidmap, val) \
((tidmap)->control = ((tidmap)->control & ~WL_MLO_TID_MAP_DIR_MASK) | \
((val) << WL_MLO_TID_MAP_DIR_SHIFT))
#define WL_MLO_TID_MAP_LINK_NUM_GET(tidmap) \
(((tidmap)->control & WL_MLO_TID_MAP_LINK_NUM_MASK) >> \
WL_MLO_TID_MAP_LINK_NUM_SHIFT)
#define WL_MLO_TID_MAP_LINK_NUM_SET(tidmap, val) \
((tidmap)->control = ((tidmap)->control & ~WL_MLO_TID_MAP_LINK_NUM_MASK) | \
((val) << WL_MLO_TID_MAP_LINK_NUM_SHIFT))
#define WL_MLO_TID_MAP_NEG_GET(tidmap) \
(((tidmap)->control & WL_MLO_TID_MAP_NEG_MASK) >> \
WL_MLO_TID_MAP_NEG_SHIFT)
#define WL_MLO_TID_MAP_NEG_SET(tidmap, val) \
((tidmap)->control = ((tidmap)->control & ~WL_MLO_TID_MAP_NEG_MASK) | \
((val) << WL_MLO_TID_MAP_NEG_SHIFT))
#define WL_MLO_TID_MAP_ADV_GET(tidmap) \
(((tidmap)->control & WL_MLO_TID_MAP_ADV_MASK) >> \
WL_MLO_TID_MAP_ADV_SHIFT)
#define WL_MLO_TID_MAP_ADV_SET(tidmap, val) \
((tidmap)->control = ((tidmap)->control & ~WL_MLO_TID_MAP_ADV_MASK) | \
((val) << WL_MLO_TID_MAP_ADV_SHIFT))
#define WL_MLO_TID_MAP_NEG_PREF_GET(tidmap) \
(((tidmap)->control & WL_MLO_TID_MAP_NEG_PREF_MASK) >> \
WL_MLO_TID_MAP_NEG_PREF_SHIFT)
#define WL_MLO_TID_MAP_NEG_PREF_SET(tidmap, val) \
((tidmap)->control = ((tidmap)->control & ~WL_MLO_TID_MAP_NEG_PREF_MASK) | \
((val) << WL_MLO_TID_MAP_NEG_PREF_SHIFT))
#define WL_MLO_TID_MAP_CFG_GET(tidmap) \
(((tidmap)->control & WL_MLO_TID_MAP_CFG_MASK) >> \
WL_MLO_TID_MAP_CFG_SHIFT)
#define WL_MLO_TID_MAP_CFG_SET(tidmap, val) \
((tidmap)->control = ((tidmap)->control & ~WL_MLO_TID_MAP_CFG_MASK) | \
((val) << WL_MLO_TID_MAP_CFG_SHIFT))
/* TID-to-link mapping configuration */
typedef struct wl_mlo_tid_map_cfg_v1 {
uint32 flags; /* configuration flags */
} wl_mlo_tid_map_cfg_v1_t;
/* TID-To-Link Mapping Negotiation Supported */
#define WL_MLO_TID_MAP_CFG_NEG_SUPPORT_MASK (0x03u)
#define WL_MLO_TID_MAP_CFG_NEG_SUPPORT_GET(tidmapcfg) \
((tidmapcfg)->flags & WL_MLO_TID_MAP_CFG_NEG_SUPPORT_MASK)
#define WL_MLO_TID_MAP_CFG_NEG_SUPPORT_SET(tidmapcfg, val) \
((tidmapcfg)->flags = ((tidmapcfg)->flags & ~WL_MLO_TID_MAP_CFG_NEG_SUPPORT_MASK) | \
(val))
typedef struct wl_mlo_tid_map_adv_v1 {
uint16 bcn_cnt; /* num of beacons until TID-to-link mapping establishment */
uint8 pad[2];
uint32 duration; /* duration in ms the established mapping will be effective */
} wl_mlo_tid_map_adv_v1_t;
#define WL_MLO_TID_MAP_SIZE_V3(tidmap) \
(OFFSETOF(wl_mlo_tid_map_v3_t, params) + \
(WL_MLO_TID_MAP_ADV_GET(tidmap) ? sizeof(wl_mlo_tid_map_adv_v1_t) : 0u) + \
(WL_MLO_TID_MAP_CFG_GET(tidmap) ? sizeof(wl_mlo_tid_map_cfg_v1_t) : 0u) + \
(sizeof(wl_mlo_link_tid_map_v1_t) * WL_MLO_TID_MAP_LINK_NUM_GET(tidmap)))
#define WL_MLO_TID_MAP_ADV_OFFSET_V3(tidmap) \
(OFFSETOF(wl_mlo_tid_map_v3_t, params))
#define WL_MLO_TID_MAP_CFG_OFFSET_V3(tidmap) \
(OFFSETOF(wl_mlo_tid_map_v3_t, params) + \
(WL_MLO_TID_MAP_ADV_GET(tidmap) ? sizeof(wl_mlo_tid_map_adv_v1_t) : 0u))
#define WL_MLO_LINK_TID_MAP_OFFSET_V3(tidmap) \
(OFFSETOF(wl_mlo_tid_map_v3_t, params) + \
(WL_MLO_TID_MAP_ADV_GET(tidmap) ? sizeof(wl_mlo_tid_map_adv_v1_t) : 0u) + \
(WL_MLO_TID_MAP_CFG_GET(tidmap) ? sizeof(wl_mlo_tid_map_cfg_v1_t) : 0u))
/* MLO emlsr ctrl shift definition */
#define WL_MLO_EMLSR_CTRL_FLAGS_MURTS_EN_SHIFT (0u)
#define WL_MLO_EMLSR_CTRL_FLAGS_SWITCH_EN_SHIFT (1u)
#define WL_MLO_EMLSR_CTRL_FLAGS_GPIO_CFG_SHIFT (2u)
#define WL_MLO_EMLSR_CTRL_FLAGS_LINK_PRIO_CFG_SHIFT (3u)
#define WL_MLO_EMLSR_CTRL_FLAGS_PAD_DLY_SHIFT (4u)
#define WL_MLO_EMLSR_CTRL_FLAGS_TRANS_DLY_SHIFT (5u)
#define WL_MLO_EMLSR_CTRL_FLAGS_EMLOMN_LINKID_SHIFT (6u)
#define WL_MLO_EMLSR_CTRL_FLAGS_SM_PRINT_EN_SHIFT (7u)
/* MLO emlsr ctrl Flags definition */
#define WL_MLO_EMLSR_CTRL_FLAGS_MURTS_EN (1u << WL_MLO_EMLSR_CTRL_FLAGS_MURTS_EN_SHIFT)
#define WL_MLO_EMLSR_CTRL_FLAGS_SWITCH_EN (1u << WL_MLO_EMLSR_CTRL_FLAGS_SWITCH_EN_SHIFT)
#define WL_MLO_EMLSR_CTRL_FLAGS_GPIO_CFG (1u << WL_MLO_EMLSR_CTRL_FLAGS_GPIO_CFG_SHIFT)
#define WL_MLO_EMLSR_CTRL_FLAGS_LINK_PRIO_EN\
(1u << WL_MLO_EMLSR_CTRL_FLAGS_LINK_PRIO_CFG_SHIFT)
#define WL_MLO_EMLSR_CTRL_FLAGS_PAD_DLY (1u << WL_MLO_EMLSR_CTRL_FLAGS_PAD_DLY_SHIFT)
#define WL_MLO_EMLSR_CTRL_FLAGS_TRANS_DLY (1u << WL_MLO_EMLSR_CTRL_FLAGS_TRANS_DLY_SHIFT)
#define WL_MLO_EMLSR_CTRL_FLAGS_EMLOMN_LINKID (1u << WL_MLO_EMLSR_CTRL_FLAGS_EMLOMN_LINKID_SHIFT)
#define WL_MLO_EMLSR_CTRL_FLAGS_SM_PRINT_EN (1u << WL_MLO_EMLSR_CTRL_FLAGS_SM_PRINT_EN_SHIFT)
/* setting values in params: note: reusing some of the flags */
#define WL_MLO_EMLSR_CTRL_SET_MURTS_EN(val, en) \
(en) ? (val |= WL_MLO_EMLSR_CTRL_FLAGS_MURTS_EN) : \
(val &= ~WL_MLO_EMLSR_CTRL_FLAGS_MURTS_EN)
#define WL_MLO_EMLSR_CTRL_SET_SWITCH_EN(val, en) \
(en) ? (val |= WL_MLO_EMLSR_CTRL_FLAGS_SWITCH_EN) : \
(val &= ~WL_MLO_EMLSR_CTRL_FLAGS_SWITCH_EN)
#define WL_MLO_EMLSR_CTRL_SET_EMLOMN_LINKID(val, en) \
(en) ? (val |= WL_MLO_EMLSR_CTRL_FLAGS_EMLOMN_LINKID) : \
(val &= ~WL_MLO_EMLSR_CTRL_FLAGS_EMLOMN_LINKID)
/* Note: flags reused here for checking params also. DONOT use for mac addr */
#define WL_MLO_EMLSR_CTRL_IS_SET(val, flag) (val & flag) ? 1u : 0u
#define WL_MLO_EMLSR_CTRL_VER_1 (1u)
/* Bits for fw_status and disable/enable request */
#define EMLSR_LINK_PRIO_REQ_HOST (1 << 0u) /* Disabled via HOST IOVAR */
#define EMLSR_LINK_PRIO_REQ_LOW_LAT (1 << 1u) /* Disabled due to Low latency mode */
typedef struct wl_mlo_emlsr_ctrl_v1 {
uint16 version;
uint16 length;
uint32 flags; /* Flags to enable/disable */
uint32 params; /* params corresponding to flags */
uint16 murts_ctrl; /* murts_ctrl value if murts_en is 1 */
int8 link_prio_en; /* EMLSR link priority feature enable if 1 */
uint8 pad_dly; /* EMLSR mac padding delay */
uint32 gpio_cfg; /* GPIO pin numbers used in EMLSR emulation */
uint8 trans_dly; /* EMLSR transition delay */
uint8 emlomn_linkid; /* link to be used for EML OMN tx */
int8 sm_print_en; /* EMLSR SM print enable */
uint8 PAD;
} wl_mlo_emlsr_ctrl_v1_t;
/* WL_MLO_CMD_MLD_AP_OP opcode */
#define WL_MLO_CMD_MLD_AP_OP_DEL 0u
#define WL_MLO_CMD_MLD_AP_OP_ADD 1u
/* MLD AP operation parameters */
typedef struct wl_mlo_mld_ap_op {
uint8 op_code; /* WL_MLO_CMD_MLD_AP_OP_ADD/DEL */
uint8 link_id;
uint16 del_timer; /* delete timer in units of TBTT */
} wl_mlo_mld_ap_op_t;
#define WL_MLO_NPLINK_CONFIG_VER_1 1u
typedef struct wl_mlo_nplink_config_v1 {
uint16 version; /* Structure version */
uint16 length; /* Length of structure */
/* rssi threshold to determine the usage of nplink during offchannel of plink */
int8 rssi_threshold;
/* nplink psr threshold to transmit the onward pkts on nplink */
uint8 tx_block_threshold;
uint8 PAD[2];
} wl_mlo_nplink_config_v1_t;
/* Current version for wlc_clm_power_limits_req_t structure and flags */
#define WLC_CLM_POWER_LIMITS_REQ_VERSION_1 1
/* "clm_power_limits" iovar request structure */
typedef struct wlc_clm_power_limits_req {
/* Input. Structure and flags version */
uint32 version;
/* Full length of buffer (includes this structure and space for TLV-encoded PPR) */
uint32 buflen;
/* Input. Flags (see WLC_CLM_POWER_LIMITS_INPUT_FLAG_... below) */
uint32 input_flags;
/* Input. CC of region whose data is being requested */
char cc[WLC_CNTRY_BUF_SZ];
/* Input. Channel/subchannel in chanspec_t format */
uint32 chanspec;
/* Subchannel encoded as clm_limits_type_t */
uint32 clm_subchannel;
/* Input. 0-based antenna index */
uint32 antenna_idx;
/* Output. General flags (see WLC_CLM_POWER_LIMITS_OUTPUT_FLAG_... below) */
uint32 output_flags;
/* Output. 2.4G country flags, encoded as clm_flags_t enum */
uint32 clm_country_flags_2g;
/* Output. 5G country flags, encoded as clm_flags_t enum */
uint32 clm_country_flags_5g;
/* Output. Length of TLV-encoded PPR data that follows this structure */
uint32 ppr_tlv_size;
/* Output. Beginning of buffer for TLV-encoded PPR data */
uint8 ppr_tlv[BCM_FLEX_ARRAY];
} wlc_clm_power_limits_req_t;
/* Input. Do not apply SAR limits */
#define WLC_CLM_POWER_LIMITS_INPUT_FLAG_NO_SAR 0x00000001
/* Input. Do not apply board limits */
#define WLC_CLM_POWER_LIMITS_INPUT_FLAG_NO_BOARD 0x00000002
/* Output. Limits taken from product-specific country data */
#define WLC_CLM_POWER_LIMITS_OUTPUT_FLAG_PRODUCT_LIMITS 0x00000001
/* Output. Limits taken from product-specific worldwide data */
#define WLC_CLM_POWER_LIMITS_OUTPUT_FLAG_WORLDWIDE_LIMITS 0x00000002
/* Output. Limits taken from country-default (all-product) data */
#define WLC_CLM_POWER_LIMITS_OUTPUT_FLAG_DEFAULT_COUNTRY_LIMITS 0x00000004
#define WL_MBO_IOV_MAJOR_VER_SHIFT 8
#define WL_MBO_IOV_MAJOR_VER_1 1u
#define WL_MBO_IOV_MINOR_VER_1 1u
#define WL_MBO_IOV_VERSION_1_1 \
((WL_MBO_IOV_MAJOR_VER_1 << WL_MBO_IOV_MAJOR_VER_SHIFT) | WL_MBO_IOV_MINOR_VER_1)
#define MBO_MAX_CHAN_PREF_ENTRIES 16
enum wl_mbo_cmd_ids {
WL_MBO_CMD_ADD_CHAN_PREF = 1,
WL_MBO_CMD_DEL_CHAN_PREF = 2,
WL_MBO_CMD_LIST_CHAN_PREF = 3,
WL_MBO_CMD_CELLULAR_DATA_CAP = 4,
WL_MBO_CMD_DUMP_COUNTERS = 5,
WL_MBO_CMD_CLEAR_COUNTERS = 6,
WL_MBO_CMD_FORCE_ASSOC = 7,
WL_MBO_CMD_BSSTRANS_REJECT = 8,
WL_MBO_CMD_SEND_NOTIF = 9,
/* Unused command, This enum no can be use
* for next new command
*/
WL_MBO_CMD_CLEAR_CHAN_PREF = 10,
WL_MBO_CMD_NBR_INFO_CACHE = 11,
WL_MBO_CMD_ANQPO_SUPPORT = 12,
WL_MBO_CMD_DBG_EVENT_CHECK = 13,
WL_MBO_CMD_EVENT_MASK = 14,
/* Add before this !! */
WL_MBO_CMD_LAST
};
enum wl_mbo_xtlv_id {
WL_MBO_XTLV_OPCLASS = 0x1,
WL_MBO_XTLV_CHAN = 0x2,
WL_MBO_XTLV_PREFERENCE = 0x3,
WL_MBO_XTLV_REASON_CODE = 0x4,
WL_MBO_XTLV_CELL_DATA_CAP = 0x5,
WL_MBO_XTLV_COUNTERS = 0x6,
WL_MBO_XTLV_ENABLE = 0x7,
WL_MBO_XTLV_SUB_ELEM_TYPE = 0x8,
WL_MBO_XTLV_BTQ_TRIG_START_OFFSET = 0x9,
WL_MBO_XTLV_BTQ_TRIG_RSSI_DELTA = 0xa,
WL_MBO_XTLV_ANQP_CELL_SUPP = 0xb,
WL_MBO_XTLV_BIT_MASK = 0xc
};
/* event bit mask flags for MBO */
#define MBO_EVT_BIT_MASK_CELLULAR_SWITCH 0x0001 /* Evt bit mask to enab cellular switch */
#define MBO_EVT_BIT_MASK_BTM_REQ_RCVD 0x0002 /* Evt bit mask to enab BTM req rcvd */
typedef struct wl_mbo_counters {
/* No of transition req recvd */
uint16 trans_req_rcvd;
/* No of transition req with disassoc imminent */
uint16 trans_req_disassoc;
/* No of transition req with BSS Termination */
uint16 trans_req_bss_term;
/* No of trans req w/ unspecified reason */
uint16 trans_resn_unspec;
/* No of trans req w/ reason frame loss */
uint16 trans_resn_frm_loss;
/* No of trans req w/ reason traffic delay */
uint16 trans_resn_traffic_delay;
/* No of trans req w/ reason insufficient buffer */
uint16 trans_resn_insuff_bw;
/* No of trans req w/ reason load balance */
uint16 trans_resn_load_bal;
/* No of trans req w/ reason low rssi */
uint16 trans_resn_low_rssi;
/* No of trans req w/ reason excessive retransmission */
uint16 trans_resn_xcess_retransmn;
/* No of trans req w/ reason gray zone */
uint16 trans_resn_gray_zone;
/* No of trans req w/ reason switch to premium AP */
uint16 trans_resn_prem_ap_sw;
/* No of transition rejection sent */
uint16 trans_rejn_sent;
/* No of trans rejn reason excessive frame loss */
uint16 trans_rejn_xcess_frm_loss;
/* No of trans rejn reason excessive traffic delay */
uint16 trans_rejn_xcess_traffic_delay;
/* No of trans rejn reason insufficient QoS capability */
uint16 trans_rejn_insuffic_qos_cap;
/* No of trans rejn reason low RSSI */
uint16 trans_rejn_low_rssi;
/* No of trans rejn reason high interference */
uint16 trans_rejn_high_interference;
/* No of trans rejn reason service unavilable */
uint16 trans_rejn_service_unavail;
/* No of beacon request rcvd */
uint16 bcn_req_rcvd;
/* No of beacon report sent */
uint16 bcn_rep_sent;
/* No of null beacon report sent */
uint16 null_bcn_rep_sent;
/* No of wifi to cell switch */
uint16 wifi_to_cell;
} wl_mbo_counters_t;
#define WL_FILS_IOV_MAJOR_VER_SHIFT 8u
#define WL_FILS_IOV_MAJOR_VER_1 1u
#define WL_FILS_IOV_MINOR_VER_1 1u
#define WL_FILS_IOV_VERSION_1_1 \
((WL_FILS_IOV_MAJOR_VER_1 << WL_FILS_IOV_MAJOR_VER_SHIFT) | WL_FILS_IOV_MINOR_VER_1)
enum wl_fils_cmd_ids {
WL_FILS_CMD_ADD_IND_IE = 1,
WL_FILS_CMD_ADD_AUTH_DATA = 2, /* Deprecated, kept to prevent ROM invalidation */
WL_FILS_CMD_ADD_HLP_IE = 3,
WL_FILS_CMD_ADD_CONNECT_PARAMS = 4,
WL_FILS_CMD_GET_CONNECT_PARAMS = 5,
/* Add before this !! */
WL_FILS_CMD_LAST
};
enum wl_fils_xtlv_id {
WL_FILS_XTLV_IND_IE = 0x1,
WL_FILS_XTLV_AUTH_DATA = 0x2, /* Deprecated, kept to prevent ROM invalidation */
WL_FILS_XTLV_HLP_IE = 0x3,
WL_FILS_XTLV_ERP_USERNAME = 0x4,
WL_FILS_XTLV_ERP_REALM = 0x5,
WL_FILS_XTLV_ERP_RRK = 0x6,
WL_FILS_XTLV_ERP_NEXT_SEQ_NUM = 0x7,
WL_FILS_XTLV_KEK = 0x8,
WL_FILS_XTLV_PMK = 0x9,
WL_FILS_XTLV_TK = 0xa,
WL_FILS_XTLV_PMKID = 0xb
};
#define WL_FILS_DISC_IOV_MAJOR_VER_SHIFT 8u
#define WL_FILS_DISC_IOV_MAJOR_VER_1 1u
#define WL_FILS_DISC_IOV_MINOR_VER_1 1u
#define WL_FILS_DISC_IOV_VERSION_1_1 \
((WL_FILS_DISC_IOV_MAJOR_VER_1 \
<< WL_FILS_DISC_IOV_MAJOR_VER_SHIFT) | WL_FILS_DISC_IOV_MINOR_VER_1)
enum wl_fils_disc_cmd_ids {
WL_FILS_DISC_CMD_VERSION = 0u,
WL_FILS_DISC_CMD_ENABLE = 1u,
WL_FILS_DISC_CMD_TX_PERIOD = 2u,
WL_FILS_DISC_CMD_TX_DURATION = 3u,
WL_FILS_DISC_CMD_LAST
};
enum wl_fils_disc_xtlv_id {
WL_FILS_DISC_XTLV_ENABLE = 0x1u,
WL_FILS_DISC_XTLV_TX_PERIOD = 0x2u,
WL_FILS_DISC_XTLV_TX_DURATION = 0x3u
};
#define WL_OCE_IOV_MAJOR_VER_1 1
#define WL_OCE_IOV_MINOR_VER_1 1
#define WL_OCE_IOV_MAJOR_VER_SHIFT 8
#define WL_OCE_IOV_VERSION_1_1 \
((WL_OCE_IOV_MAJOR_VER_1 << WL_OCE_IOV_MAJOR_VER_SHIFT)| WL_OCE_IOV_MINOR_VER_1)
enum wl_oce_cmd_ids {
WL_OCE_CMD_VERSION = 0u,
WL_OCE_CMD_ENABLE = 1u,
WL_OCE_CMD_PROBE_DEF_TIME = 2u,
WL_OCE_CMD_FD_TX_PERIOD = 3u,
WL_OCE_CMD_FD_TX_DURATION = 4u,
WL_OCE_CMD_RSSI_TH = 5u,
WL_OCE_CMD_RWAN_LINKS = 6u,
WL_OCE_CMD_CU_TRIGGER = 7u,
WL_OCE_CMD_TXPWR_USED = 8u,
WL_OCE_CMD_FEATURE_FLAGS = 9u,
/* Add before this !! */
WL_OCE_CMD_LAST
};
enum wl_oce_xtlv_id {
WL_OCE_XTLV_ENABLE = 0x1u,
WL_OCE_XTLV_PROBE_DEF_TIME = 0x2u,
WL_OCE_XTLV_FD_TX_PERIOD = 0x3u,
WL_OCE_XTLV_FD_TX_DURATION = 0x4u,
WL_OCE_XTLV_RSSI_TH = 0x5u,
WL_OCE_XTLV_RWAN_LINKS = 0x6u,
WL_OCE_XTLV_CU_TRIGGER = 0x7u,
WL_OCE_XTLV_TXPWR_USED = 0x8u,
WL_OCE_XTLV_FEATURE_FLAGS = 0x9u, /* to control OCE features on the fly */
};
/* OCE feature control flags to enable/dsiable various features. */
typedef enum oce_feature_flags_e {
OCE_FEATURE_FLAG_UCAST_PROBE_RESP = (1u << 0u) /* bit 0 */
} oce_feature_flags_t;
#define WL_IGMPOE_IOV_MAJOR_VER_1 1
#define WL_IGMPOE_IOV_MINOR_VER_1 1
#define WL_IGMPOE_IOV_MAJOR_VER_SHIFT 8
#define WL_IGMPOE_IOV_VERSION_1_1 \
((WL_IGMPOE_IOV_MAJOR_VER_1 << WL_IGMPOE_IOV_MAJOR_VER_SHIFT)| WL_IGMPOE_IOV_MINOR_VER_1)
enum wl_igmpoe_cmd_ids {
WL_IGMPOE_CMD_VERSION = 0u,
WL_IGMPOE_CMD_ENABLE = 1u,
WL_IGMPOE_CMD_TABLE = 2u,
WL_IGMPOE_CMD_STATS = 3u,
/* Add before this !! */
WL_IGMPOE_CMD_LAST
};
enum wl_igmpoe_xtlv_id {
WL_IGMPOE_XTLV_VERSION = 0x0u,
WL_IGMPOE_XTLV_ENABLE = 0x1u,
WL_IGMPOE_XTLV_TABLE = 0x2u,
WL_IGMPOE_XTLV_STATS = 0x3u
};
typedef struct wl_igmp_entry {
struct ipv4_addr ipaddr; /* multicast ip address */
uint32 timestamp; /* time when entry is added or deleted */
bool valid; /* true when entry is added and false when deleted */
uint8 PAD[3]; /* Reserved */
} wl_igmp_entry_t;
#define WL_IGMP_TABLE_VERSION 1u /* igmpoe table IOVA version */
typedef struct wl_igmp_table_v1 {
uint16 version;
uint16 len;
wl_igmp_entry_t data[];
} wl_igmp_table_t;
#define WL_IGMP_STATS_VERSION_1 1u /* igmpoe stats IOVAR version */
typedef struct wl_igmp_stats_v1 {
uint16 version;
uint16 len;
uint32 igmp_add_success; /* # of times igmp entry is added */
uint32 igmp_del_success; /* # of times igmp entry is deleted */
uint32 igmp_add_skipped; /* # of times igmp entry add is skipped */
uint32 igmp_add_nospace; /* # of times igmp entry add failed due to no space */
uint32 igmp_del_noentry; /* # of times igmp entry delete failed due to no etnry */
uint32 igmp_rx_query_general; /* # of times igmp general query received */
uint32 igmp_rx_query_specific; /* # of times igmp specific query received */
uint32 igmp_tx_report; /* # of times igmp report is txed from fw */
uint32 igmp_nohostip; /* # of times igmp query is fwded to host */
uint32 igmp_del_source_succ; /* # of times igmp source entry delete succeeded */
uint32 igmp_del_source_fail; /* # of times igmp source entry delete failed */
uint32 igmp_add_source_succ; /* # of times igmp source entry add succeeded */
uint32 igmp_add_source_fail; /* # of times igmp source entry add failed */
} wl_igmp_stats_t;
/* qos commands */
/* Definitions for qos iovar */
#define WL_QOS_VERSION_1 1u /* qos IOVAR/API version */
/* qos_mgmt IOV subcommand IDs */
typedef enum wl_qos_cmd_id {
WL_QOS_CMD_VERSION = 0u, /* qos_mgmt ver subcommand */
WL_QOS_CMD_ENABLE = 1u, /* qos_mgmt enable subcommand */
WL_QOS_CMD_RAV_MSCS = 2u, /* qos_mgmt rav_mscs subcommand */
WL_QOS_CMD_RAV_SCS = 3u, /* qos_mgmt rav_scs */
WL_QOS_CMD_RAV_SCS_DESCR_PARAMS = 4u, /* qos_mgmt rav_scs descr_params */
WL_QOS_CMD_RAV_SCS_CT4 = 5u, /* qos_mgmt rav_scs ct4 */
WL_QOS_CMD_RAV_SCS_CT10 = 6u, /* qos_mgmt rav_scs ct10 */
WL_QOS_CMD_RAV_SCS_QOS_CHAR = 7u /* qos_mgmt rav_scs qos_char */
} wl_qos_cmd_id_e;
/* QoS enable subcommand flags */
typedef enum qos_cmd_enable_flags {
WL_QOS_CMD_ENABLE_FLAG_RAV_MSCS = (1u << 0u), /* bit 0 */
WL_QOS_CMD_ENABLE_FLAG_RAV_MSCS_NEG_IN_ASSOC = (1u << 1u), /* bit 1 */
WL_QOS_CMD_ENABLE_FLAG_RAV_SCS = (1u << 2u), /* bit 2 */
WL_QOS_CMD_ENABLE_FLAG_RAV_SCS_QOS_CHAR = (1u << 3u) /* bit 3 */
} qos_cmd_enable_flags_e;
/* MSCS activation status flags */
typedef enum wl_qos_rav_mscs_status_flags {
/* MSCS status during the association */
WL_QOS_RAV_MSCS_STATUS_PRE_ASSOC = (1u << 0u), /* bit 0 */
/* MSCS status after association, using action frames */
WL_QOS_RAV_MSCS_STATUS_POST_ASSOC = (1u << 1u), /* bit 1 */
/* Unsolicited request from the AP */
WL_QOS_RAV_MSCS_STATUS_UNSOLICIT_FROM_AP = (1u << 2u), /* bit 2 */
/* Indicates the failure in receiving the MSCS response */
WL_QOS_RAV_MSCS_STATUS_TIMEOUT = (1u << 3u), /* bit 3 */
/* Unable to transmit the action frame */
WL_QOS_RAV_MSCS_STATUS_TX_FAILURE = (1u << 4u), /* bit 4 */
/* Indicates that the MSCS is active */
WL_QOS_RAV_MSCS_STATUS_ACTIVE = (1u << 5u), /* bit 5 */
} wl_qos_rav_mscs_status_flags_e;
#define WL_QOS_RAV_MSCS_SC_VERSION_1 1u /* rav_mscs subcommand version */
typedef struct wl_qos_rav_mscs_config_v1 {
uint16 version; /* version of this structure */
uint16 length; /* length of this structure */
uint32 stream_timeout; /* MSCS stream timeout */
uint8 up_bitmap; /* user priority bitmap */
uint8 up_limit; /* user priority limit */
uint8 fc_type; /* Frame classifier type, IPv4, IPv6, etc. */
uint8 fc_mask; /* Specifies the frame classifier mask */
uint8 req_type; /* Indicates the MSCS Request type (add/remove/change) */
uint8 status_flags; /* Status flags, see wl_qos_rav_mscs_status_flags_e; */
uint16 status_code; /* IEEE status code */
} wl_qos_rav_mscs_config_v1_t;
typedef enum wl_qos_rav_scs_flags {
/* If bit0 is 1 which indicates to send the SCS action frame to the AP */
WL_QOS_RAV_SCS_FLAGS_COMMIT = (1u << 0u) /* bit 0 */
} wl_qos_rav_scs_flags_e;
#define WL_QOS_RAV_SCS_DESCR_PARAMS_VERSION_1 1u /* rav_scs descr subcommand version */
typedef struct wl_qos_rav_scs_descr_params_v1 {
uint16 version; /* version of this structure */
uint16 length; /* length (bytes) of this structure */
uint16 status_code; /* Status code from the AP */
uint8 flags; /* various flags, see wl_qos_rav_scs_descr_flags_e */
uint8 scsid; /* SCS descriptor id */
uint8 req_type; /* Request type (0/1/2, add/change/delete) */
uint8 intra_ac_prio; /* Intra AC (Access Category) priority */
uint8 tc_processing; /* TCLAS processing */
uint8 pad; /* Reserved */
} wl_qos_rav_scs_descr_params_v1_t;
/* SCS ct4 (classifier type 4) for IPv4/IPv6 */
#define WL_QOS_RAV_SCS_CT4_SC_VERSION_1 1u /* rav_scs ct4 subcommand version */
#define SCS_CT4_IPV6_FLOW_LABEL_SIZE 3u /* bytes */
typedef struct wl_qos_rav_scs_ct4_v1 {
uint16 version; /* version of this structure */
uint16 length; /* length (bytes) of this structure */
uint16 src_port; /* Src port, network byte order */
uint16 dst_port; /* Dst port, network byte order */
uint8 src_ip[IPV6_ADDR_LEN]; /* Src IP v4/v6, network byte order */
uint8 dst_ip[IPV6_ADDR_LEN]; /* Dest IP v4/v6, network byte order */
uint8 scsid; /* Unique SCS descriptor id */
uint8 up; /* Not used, specify 255 */
uint8 classifier_mask; /* Each bit identifies the following */
uint8 ip_version; /* IP version v4/v6 */
uint8 dscp; /* DSCP in IP header */
uint8 proto_or_nh; /* IPv4: protocol, IPv6: next header */
uint8 flow_label[SCS_CT4_IPV6_FLOW_LABEL_SIZE]; /* IPv6 flow label */
uint8 pad[3]; /* Reserved */
} wl_qos_rav_scs_ct4_v1_t;
/* SCS ct10 (classifier type 10) for IPv4/IPv6 */
#define WL_QOS_RAV_SCS_CT10_SC_VERSION_1 1u /* rav_scs ct10 subcommand version */
typedef struct wl_qos_rav_scsc_ct10_filter_data {
uint8 filter_value;
uint8 filter_mask;
uint8 pad[2];
} wl_qos_rav_scsc_ct10_filter_data_t;
typedef struct wl_qos_rav_scs_ct10_v1 {
uint16 version; /* version of this structure */
uint16 length; /* length (bytes) of this structure */
uint8 scsid; /* SCS descriptor id */
uint8 up; /* Unused, specify 255 */
uint8 proto_instance; /* protocol instance */
uint8 proto_or_nh; /* protocol or next header */
uint16 num_filter_items; /* Number of entries in filter_data */
uint8 pad[2]; /* Reserved */
wl_qos_rav_scsc_ct10_filter_data_t filter_data[];
} wl_qos_rav_scs_ct10_v1_t;
/* SCS QoS Characteristics parameters */
/* Refer Table 9-401r in the Draft P802.11BE_D3.0 */
typedef enum wl_qos_rav_scs_qos_char_direction {
WL_QOS_RAV_SCS_QOS_CHAR_DIR_UPLINK = 0u,
WL_QOS_RAV_SCS_QOS_CHAR_DIR_DOWNLINK = 1u,
WL_QOS_RAV_SCS_QOS_CHAR_DIR_DIRECT_LINK = 2u
} wl_qos_rav_scs_qos_char_direction_e;
/* rav_scs qos_char subcommand version */
#define WL_QOS_RAV_SCS_QOS_CHAR_SC_VERSION_1 1u
typedef struct wl_qos_rav_scs_qos_char_v1 {
uint16 version; /* version of this structure */
uint16 length; /* length (bytes) of this structure */
uint8 scsid; /* SCS descriptor id */
uint8 direction; /* wl_qos_rav_scs_qos_char_direction_e */
/* Same as the user priority, values 8..15 are reserved. This can be different
* from the user priority in the future.
*/
uint8 tid;
/* Contains the user priority value (0..7). This is set to the same value of the
* user priority in the Intra-Access Category Priority element
*/
uint8 up;
uint8 linkid; /* Applicable only for the peer-to-peer link */
uint8 msdu_delivery_info; /* MSDU Delivery Info (Ratio and exponent) */
uint16 msdu_lifetime; /* MSDU Lifetime in milliseconds */
/* Please see the section 9.4.2.316 in the Draft P802.11be_D3.0 for more details
* for the description of each field.
*/
uint32 min_srv_int; /* Minimum Service Interval in microseconds */
uint32 max_srv_int; /* Maximum Service Interval in microseconds */
uint32 min_data_rate; /* Minimum Data Rate in kilobits
* per second (kbps), lower 3 bytes
*/
uint32 delay_bound; /* Delay Bound in microseconds, lower 3 bytes */
uint32 srv_start_time; /* Anticipated time in microseconds */
uint32 mean_data_rate; /* Mean Data Rate in Kbps, lower 3 bytes */
uint32 burst_size; /* Burst Size in octets */
uint16 max_msdu_size; /* Maxmimum MSDU Size in octets */
uint16 medium_time; /* Medium Time in the units of 256-microseconds
* per second
*/
} wl_qos_rav_scs_qos_char_v1_t;
#define WL_ESP_IOV_MAJOR_VER_1 1
#define WL_ESP_IOV_MINOR_VER_1 1
#define WL_ESP_IOV_MAJOR_VER_SHIFT 8
#define WL_ESP_IOV_VERSION_1_1 \
((WL_ESP_IOV_MAJOR_VER_1 << WL_ESP_IOV_MAJOR_VER_SHIFT)| WL_ESP_IOV_MINOR_VER_1)
enum wl_esp_cmd_ids {
WL_ESP_CMD_ENABLE = 1,
WL_ESP_CMD_STATIC = 2,
/* Add before this !! */
WL_ESP_CMD_LAST
};
enum wl_esp_xtlv_id {
WL_ESP_XTLV_ENABLE = 0x1,
WL_ESP_XTLV_STATIC_AC = 0x2, /* access category */
WL_ESP_XTLV_STATIC_TYPE = 0x3, /* data type */
WL_ESP_XTLV_STATIC_VAL = 0x4
};
/* bcnprot commands */
/* Definitions for bcn_prot iovar */
#define WL_BCN_PROT_VERSION_1 1u /* bcn_prot IOVAR/API version */
enum wl_bcn_prot_cmd_ids {
WL_BCN_PROT_CMD_VERSION = 0u,
WL_BCN_PROT_CMD_ENABLE = 1u,
WL_BCN_PROT_CMD_COUNTERS = 2u,
WL_BCN_PROT_CMD_STATUS = 3u,
WL_BCN_PROT_CMD_CONFIG = 4u
};
/* Optional XTLVs included in wlc_roam_start_event_t */
enum wl_roam_start_xtlv_id {
/* XTLV for beacon protection counters if beacon protection
* is active and roam started due to beacon loss
*/
WL_ROAM_START_XTLV_BCNPROT_STATS = 0x1u
};
/* WL_ROAM_START_XTLV_BCNPROT_STATS */
#define BCN_PROT_COUNTERS_VERSION_0 (0u)
typedef struct wlc_bcn_prot_counters_v0 {
uint32 no_en_bit; /* counts beacons without bcn prot enable bit at ext cap */
uint32 no_mme_ie; /* counts beacons without mme ie */
uint32 mic_fails; /* counts beacons failed mic check */
uint32 replay_fails; /* counts beacons failed replay check */
} wlc_bcn_prot_counters_v0_t;
#define BCN_PROT_COUNTERS_VERSION_1 (1u)
typedef struct wlc_bcn_prot_counters_v1 {
uint16 version; /* version of this structure */
uint16 length; /* length (bytes) of this structure */
uint32 no_en_bit; /* counts beacons without bcn prot enable bit at ext cap */
uint32 no_mme_ie; /* counts beacons without mme ie */
uint32 mic_fails; /* counts beacons that failed mic check */
uint32 replay_fails; /* counts beacons that failed replay check */
uint32 errors_since_good_bcn; /* counts failures since last good beacon */
} wlc_bcn_prot_counters_v1_t;
#define BCN_PROT_COUNTERS_VERSION_2 (2u)
typedef struct wlc_bcn_prot_counters_v2 {
uint16 version; /* version of this structure */
uint16 length; /* length (bytes) of this structure */
uint8 link_idx; /* link index */
uint8 link_id;
uint8 PAD[2];
uint32 no_en_bit; /* counts beacons without bcn prot enable bit at ext cap */
uint32 no_mme_ie; /* counts beacons without mme ie */
uint32 mic_fails; /* counts beacons that failed mic check */
uint32 replay_fails; /* counts beacons that failed replay check */
uint32 errors_since_good_bcn; /* counts failures since last good beacon */
uint32 no_key; /* counts beacons where no key found for the key_id */
} wlc_bcn_prot_counters_v2_t;
#ifndef BCN_PROT_COUNTERS_TEMP_VERSION_ENABLED
#define BCN_PROT_COUNTERS_VERSION (BCN_PROT_COUNTERS_VERSION_0)
typedef wlc_bcn_prot_counters_v0_t wlc_bcn_prot_counters_t;
#define BCN_PROT_COUNTERS_SIZE sizeof(wlc_bcn_prot_counters_v0_t)
#endif /* BCN_PROT_COUNTERS_TEMP_VERSION_ENABLED */
#define WL_BCN_PROT_ENABLED 1u
#define WL_BCN_PROT_STATUS_ACTIVE 1u
#define WL_BCN_PROT_CONFIG_ALLOW_PROT_ONLY 0x00000001u /* Allow join/roam to only Beacon
* protection capable AP
*/
#define WL_BCN_PROT_CONFIG_ALLOW_WIFI7_AP_ONLY 0x00000002u /* Allow Beacon protection only for
* connections with WiFi7 APs
*/
/* otpread command */
#define WL_OTPREAD_VER 1
typedef struct {
uint16 version; /* cmd structure version */
uint16 cmd_len; /* cmd struct len */
uint32 rdmode; /* otp read mode */
uint32 rdoffset; /* byte offset into otp to start read */
uint32 rdsize; /* number of bytes to read */
} wl_otpread_cmd_t;
/* "otpecc_rows" command */
typedef struct {
uint16 version; /* version of this structure */
uint16 len; /* len in bytes of this structure */
uint32 cmdtype; /* command type : 0 : read row data, 1 : ECC lock */
uint32 rowoffset; /* start row offset */
uint32 numrows; /* number of rows */
uint8 rowdata[]; /* read rows data */
} wl_otpecc_rows_t;
/* "otp ecc" command */
typedef struct {
uint16 version; /* version of this structure */
uint16 len; /* len in bytes of this structure */
uint16 cmdtype; /* command type : 0 : read row data,
* 1 : ECC lock,
* 2 : program a row data with Parity
* 3 : program a row data
* with Parity on locking row
* 4 : clear double bit error status
*/
uint16 rowoffset; /* start row offset */
uint16 numrows; /* number of rows */
uint16 pad; /* for alignment */
uint32 progdata; /* a row data to program */
} wl_otpecc_cmd_t;
#define WL_OTPECC_ROWS_VER 1
#define WL_OTPECC_ROWS_CMD_READ 0
#define WL_OTPECC_ROWS_CMD_LOCK 1
#define WL_OTPECC_ROWS_CMD_PROG 2
#define WL_OTPECC_ROWS_CMD_PROG_LOCK 3
#define WL_OTPECC_ROWS_CMD_CLRDBLERR 4
#define WL_OTPECC_ARGIDX_CMDTYPE 0 /* command type */
#define WL_OTPECC_ARGIDX_ROWOFFSET 1 /* start row offset */
#define WL_OTPECC_ARGIDX_NUMROWS 2 /* number of rows */
#define WL_OTPECC_ARGIDX_PROGDATA 3 /* a row data to program */
/* "otpeccrows" raw data size per row */
#define WL_ECCDUMP_ROW_SIZE_BYTE 6 /* 4 bytes row data + 2 bytes ECC status */
#define WL_ECCDUMP_ROW_SIZE_WORD 3
#define WL_ECCDUMP_ROW_DATA_SIZE_BYTE 4
#define WL_ECCDUMP_ROW_PARITY_SIZE_BYTE 2
/* otpECCstatus */
#define OTP_ECC_ENAB_SHIFT 13
#define OTP_ECC_ENAB_MASK 0x7
#define OTP_ECC_CORR_ST_SHIFT 12
#define OTP_ECC_CORR_ST_MASK 0x1
#define OTP_ECC_DBL_ERR_SHIFT 11
#define OTP_ECC_DBL_ERR_MASK 0x1
#define OTP_ECC_DED_ST_SHIFT 10
#define OTP_ECC_DED_ST_MASK 0x1
#define OTP_ECC_SEC_ST_SHIFT 9
#define OTP_ECC_SEC_ST_MASK 0x1
#define OTP_ECC_DATA_SHIFT 0
#define OTP_ECC_DATA_MASK 0x7f
/* OTP_ECC_CORR_ST field */
#define OTP_ECC_MODE 1
#define OTP_NO_ECC_MODE 0
/* OTP_ECC_ENAB field (bit15:13) :
* When 2 or 3 bits are set,
* it indicates that OTP ECC is enabled on the last row read.
* Otherwise, ECC is disabled
*/
#define OTP_ECC_ENAB(val) \
(bcm_bitcount((uint8 *)&(val), sizeof(uint8)) > 1)
/* otp command details */
#define WL_OTP_IOV_MAJOR_VER_1 1u
#define WL_OTP_IOV_MINOR_VER_1 1u
#define WL_OTP_IOV_MAJOR_VER_SHIFT 8u
#define WL_OTP_IOV_VERSION_1_1 \
((WL_OTP_IOV_MAJOR_VER_1 << WL_OTP_IOV_MAJOR_VER_SHIFT) | WL_OTP_IOV_MINOR_VER_1)
/* OTP Regions HW/SW */
#define OTP_RGN_NONE 0u
#define OTP_RGN_HW 1u
#define OTP_RGN_SW 2u
#define OTP_RGN_BT 3u
enum wl_otp_cmd_ids {
WL_OTP_CMD_ALL = 0u,
WL_OTP_CMD_RGNSTATUS = 1u,
WL_OTP_CMD_RGNDUMP = 2u,
WL_OTP_CMD_RGNWRITE = 3u,
WL_OTP_CMD_ECC = 4u,
/* Add before this !!! */
WL_OTP_CMD_LAST
};
enum wl_otp_xtlv_id {
WL_OTP_XTLV_NONE = 0u, /* Not valid otp tag */
WL_OTP_XTLV_RGN = 1u, /* OTP region type */
WL_OTP_XTLV_ADDR = 2u, /* OTP region start address */
WL_OTP_XTLV_SIZE = 3u, /* OTP region size */
WL_OTP_XTLV_DATA = 4u, /* OTP dump data */
WL_OTP_XTLV_ECC_ROW = 5u, /* OTP ecc row */
WL_OTP_XTLV_ECC_ROW_DATA = 6u, /* OTP ecc row data */
};
#define OTP_PCIE_HDR_SZ 224u
/* HIF Header definitions */
#define OTP_HIF_HDR_SIG "OTPH"
#define OTP_HIF_HDR_SIG_SZ 4u
#define OTP_HIF_HDR_REV_SZ 4u
#define OTP_HIF_HDR_SIG_REV_SZ (OTP_HIF_HDR_SIG_SZ + OTP_HIF_HDR_REV_SZ)
#define OTP_HIF_HDR_REV_MAX 0xFu
#define WL_LEAKY_AP_STATS_GT_TYPE 0
#define WL_LEAKY_AP_STATS_PKT_TYPE 1
typedef struct wlc_leaked_infra_guard_marker {
/* type field for this TLV: WL_LEAKY_AP_STATS_GT_TYPE */
uint16 type;
/* length field for this TLV */
uint16 len;
/* guard sample sequence number; Updated by 1 on every guard sample */
uint32 seq_number;
/* Guard time start time (tsf; PS indicated and acked) */
uint32 start_time;
/* tsf timestamp for the GT end event */
uint32 gt_tsf_l;
/* Guard time period in ms */
uint16 guard_duration;
/* Number PPDUs in the notification */
uint16 num_pkts;
/* Flags to indicate some states see below */
uint8 flag;
/* pad for 32-bit alignment */
uint8 reserved[3];
} wlc_leaked_infra_guard_marker_t;
/* Flag information */
#define WL_LEAKED_GUARD_TIME_NONE 0 /* Not in any guard time */
#define WL_LEAKED_GUARD_TIME_FRTS (0x01 << 0) /* Normal FRTS power save */
#define WL_LEAKED_GUARD_TIME_SCAN (0x01 << 1) /* Channel switch due to scanning */
#define WL_LEAKED_GUARD_TIME_INFRA_STA (0x01 << 4) /* generic type infra sta channel switch */
#define WL_LEAKED_GUARD_TIME_TERMINATED (0x01 << 7) /* indicate a GT is terminated early */
typedef struct wlc_leaked_infra_packet_stat {
uint16 type; /* type field for this TLV: WL_LEAKY_AP_STATS_PKT_TYPE */
uint16 len; /* length field for this TLV */
uint16 ppdu_len_bytes; /* PPDU packet length in bytes */
uint16 num_mpdus; /* number of the MPDUs in the PPDU */
uint32 ppdu_time; /* PPDU arrival time at the begining of the guard time */
uint32 rate; /* PPDU packet rate; Received packet's data rate */
uint16 seq_number; /* sequence number */
int8 rssi; /* RSSI */
uint8 tid; /* tid */
} wlc_leaked_infra_packet_stat_t;
/* Wake timer structure definition */
#define WAKE_TIMER_VERSION_1 1
#define WAKE_TIMER_NOLIMIT 0xFFFF
typedef struct wake_timer {
uint16 ver;
uint16 len;
uint16 limit; /* number of events to deliver
* 0-disable, 0xffff-indefinite, num_events otherwise
*/
uint16 count; /* number of events delivered since enable (get only) */
uint16 period; /* timeout/period in milliseconds */
} wake_timer_t;
typedef struct wl_desense_restage_gain {
uint16 version;
uint16 length;
uint32 band;
uint8 num_cores;
uint8 desense_array[WL_TX_CHAINS_MAX];
uint8 PAD[3];
} wl_desense_restage_gain_t;
#define MAX_UCM_CHAINS 5
#define MAX_UCM_PROFILES 10
/* UCM per chain attribute struct */
typedef struct wlc_btcx_chain_attr {
uint16 length; /* chain attr length, version is same as profile version */
int8 desense_level; /* per chain desense level */
int8 ack_pwr_strong_rssi; /* per chain ack power at strong rssi */
int8 ack_pwr_weak_rssi; /* per chain ack power at weak rssi */
int8 tx_pwr_strong_rssi; /* per chain tx power at strong rssi */
int8 tx_pwr_weak_rssi; /* per chain tx power at weak rssi */
uint8 PAD[1]; /* additional bytes for alignment */
} wlc_btcx_chain_attr_t;
#define WL_UCM_PER_CHAIN_ATTR_VERSION_V1 1
/* UCM per chain attribute struct v1 (same structure to wlc_btcx_chain_attr_t) */
typedef struct wlc_btcx_per_chain_attr_v1 {
uint16 length; /* chain attr length, version is same as profile version */
int8 desense_level; /* per chain desense level */
int8 ack_pwr_strong_rssi; /* per chain ack power at strong rssi */
int8 ack_pwr_weak_rssi; /* per chain ack power at weak rssi */
int8 tx_pwr_strong_rssi; /* per chain tx power at strong rssi */
int8 tx_pwr_weak_rssi; /* per chain tx power at weak rssi */
uint8 PAD[1]; /* additional bytes for alignment */
} wlc_btcx_per_chain_attr_v1_t;
#define WL_UCM_PER_CHAIN_ATTR_VERSION_V2 2
/* UCM per chain attribute struct v2 */
typedef struct wlc_btcx_per_chain_attr_v2 {
uint16 length; /* chain attr length, version is same as profile version */
uint8 desense_strong_rssi; /* per chain desense mode for strong rssi */
uint8 desense_weak_rssi; /* per chain desense mode for weak rssi */
int8 ack_pwr_strong_rssi; /* per chain ack power at strong rssi */
int8 ack_pwr_weak_rssi; /* per chain ack power at weak rssi */
int8 tx_pwr_strong_rssi; /* per chain tx power at strong rssi */
int8 tx_pwr_weak_rssi; /* per chain tx power at weak rssi */
} wlc_btcx_per_chain_attr_v2_t;
#define UCM_PROFILE_VERSION_1 1
typedef struct wlc_btcx_profile_v1 {
uint16 version; /* UCM profile version */
uint16 length; /* profile size */
uint16 fixed_length; /* size of the fixed portion of the profile */
uint8 init; /* profile initialized or not */
uint8 chain_attr_count; /* Number of elements in chain_attr array */
uint8 profile_index; /* profile index */
uint8 mode_strong_wl_bt; /* Mode under strong WLAN and BT RSSI */
uint8 mode_weak_wl; /* Mode under weak WLAN RSSI */
uint8 mode_weak_bt; /* Mode under weak BT RSSI */
uint8 mode_weak_wl_bt; /* Mode under weak BT and WLAN RSSI */
int8 mode_wl_hi_lo_rssi_thresh; /* Strong to weak WLAN RSSI threshold for mode selection */
int8 mode_wl_lo_hi_rssi_thresh; /* Weak to strong WLAN RSSI threshold for mode selection */
int8 mode_bt_hi_lo_rssi_thresh; /* Strong to weak BT RSSI threshold for mode selection */
int8 mode_bt_lo_hi_rssi_thresh; /* Weak to strong BT RSSI threshold for mode selection */
int8 desense_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for desense */
int8 desense_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for desense */
int8 ack_pwr_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for ACK power */
int8 ack_pwr_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for ACK power */
int8 tx_pwr_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for Tx power */
int8 tx_pwr_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for Tx power */
uint8 PAD[1]; /* additional bytes for 4 byte alignment */
wlc_btcx_chain_attr_t chain_attr[]; /* variable length array with chain attributes */
} wlc_btcx_profile_v1_t;
#define UCM_PROFILE_VERSION_2 2u
typedef struct wlc_btcx_profile_v2 {
uint16 version; /* UCM profile version */
uint16 length; /* profile size */
uint16 fixed_length; /* size of the fixed portion of the profile */
uint8 init; /* profile initialized or not */
uint8 chain_attr_count; /* Number of elements in chain_attr array */
uint8 profile_index; /* profile index */
uint8 mode_strong_wl_bt; /* Mode under strong WLAN and BT RSSI */
uint8 mode_weak_wl; /* Mode under weak WLAN RSSI */
uint8 mode_weak_bt; /* Mode under weak BT RSSI */
uint8 mode_weak_wl_bt; /* Mode under weak BT and WLAN RSSI */
int8 mode_wl_hi_lo_rssi_thresh; /* Strong to weak WLAN RSSI threshold for mode selection */
int8 mode_wl_lo_hi_rssi_thresh; /* Weak to strong WLAN RSSI threshold for mode selection */
int8 mode_bt_hi_lo_rssi_thresh; /* Strong to weak BT RSSI threshold for mode selection */
int8 mode_bt_lo_hi_rssi_thresh; /* Weak to strong BT RSSI threshold for mode selection */
int8 desense_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for desense */
int8 desense_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for desense */
int8 ack_pwr_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for ACK power */
int8 ack_pwr_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for ACK power */
int8 tx_pwr_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for Tx power */
int8 tx_pwr_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for Tx power */
uint8 hybrid_ant_core_config; /* Select antenna configuration for hybrid */
wlc_btcx_chain_attr_t chain_attr[]; /* variable length array with chain attributes */
} wlc_btcx_profile_v2_t;
#define UCM_PROFILE_VERSION_3 3u
typedef struct wlc_btcx_profile_v3 {
uint16 version; /* UCM profile version */
uint16 length; /* profile size */
uint16 fixed_length; /* size of the fixed portion of the profile */
uint8 init; /* profile initialized or not */
uint8 chain_attr_count; /* Number of elements in chain_attr array */
uint8 profile_index; /* profile index */
uint8 mode_strong_wl_bt; /* Mode under strong WLAN and BT RSSI */
uint8 mode_weak_wl; /* Mode under weak WLAN RSSI */
uint8 mode_weak_bt; /* Mode under weak BT RSSI */
uint8 mode_weak_wl_bt; /* Mode under weak BT and WLAN RSSI */
int8 mode_wl_hi_lo_rssi_thresh; /* Strong to weak WLAN RSSI threshold for mode selection */
int8 mode_wl_lo_hi_rssi_thresh; /* Weak to strong WLAN RSSI threshold for mode selection */
int8 mode_bt_hi_lo_rssi_thresh; /* Strong to weak BT RSSI threshold for mode selection */
int8 mode_bt_lo_hi_rssi_thresh; /* Weak to strong BT RSSI threshold for mode selection */
int8 desense_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for desense */
int8 desense_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for desense */
int8 ack_pwr_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for ACK power */
int8 ack_pwr_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for ACK power */
int8 tx_pwr_wl_hi_lo_rssi_thresh; /* Strong to weak RSSI threshold for Tx power */
int8 tx_pwr_wl_lo_hi_rssi_thresh; /* Weak to strong RSSI threshold for Tx power */
uint8 hybrid_ant_core_config; /* Select antenna configuration for hybrid */
wlc_btcx_per_chain_attr_v2_t chain_attr[]; /* variable length array with chain attributes */
} wlc_btcx_profile_v3_t;
#define SSSR_D11_RESET_SEQ_STEPS 5u
#define SSSR_HWA_RESET_SEQ_STEPS 8u
#define SSSR_REG_INFO_VER_0 0u
#define SSSR_REG_INFO_VER_1 1u
#define SSSR_REG_INFO_VER_2 2u
#define SSSR_REG_INFO_VER_3 3u
#define SSSR_REG_INFO_VER_4 4u
#define SSSR_REG_INFO_VER_5 5u
#define SSSR_REG_INFO_VER_6 6u
typedef struct sssr_reg_info_v0 {
uint16 version;
uint16 length; /* length of the structure validated at host */
struct {
struct {
uint32 pmuintmask0;
uint32 pmuintmask1;
uint32 resreqtimer;
uint32 macresreqtimer;
uint32 macresreqtimer1;
} base_regs;
} pmu_regs;
struct {
struct {
uint32 intmask;
uint32 powerctrl;
uint32 clockcontrolstatus;
uint32 powerctrl_mask;
} base_regs;
} chipcommon_regs;
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 itopoobb;
} wrapper_regs;
} arm_regs;
struct {
struct {
uint32 ltrstate;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 itopoobb;
} wrapper_regs;
} pcie_regs;
struct {
struct {
uint32 ioctrl;
} wrapper_regs;
uint32 vasip_sr_addr;
uint32 vasip_sr_size;
} vasip_regs;
struct {
struct {
uint32 xmtaddress;
uint32 xmtdata;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 itopoobb;
uint32 ioctrl;
uint32 ioctrl_resetseq_val[SSSR_D11_RESET_SEQ_STEPS];
} wrapper_regs;
uint32 sr_size;
} mac_regs[MAX_NUM_D11CORES];
} sssr_reg_info_v0_t;
typedef struct sssr_reg_info_v1 {
uint16 version;
uint16 length; /* length of the structure validated at host */
struct {
struct {
uint32 pmuintmask0;
uint32 pmuintmask1;
uint32 resreqtimer;
uint32 macresreqtimer;
uint32 macresreqtimer1;
} base_regs;
} pmu_regs;
struct {
struct {
uint32 intmask;
uint32 powerctrl;
uint32 clockcontrolstatus;
uint32 powerctrl_mask;
} base_regs;
} chipcommon_regs;
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 itopoobb;
} wrapper_regs;
} arm_regs;
struct {
struct {
uint32 ltrstate;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 itopoobb;
} wrapper_regs;
} pcie_regs;
struct {
struct {
uint32 ioctrl;
} wrapper_regs;
uint32 vasip_sr_addr;
uint32 vasip_sr_size;
} vasip_regs;
struct {
struct {
uint32 xmtaddress;
uint32 xmtdata;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 itopoobb;
uint32 ioctrl;
uint32 ioctrl_resetseq_val[SSSR_D11_RESET_SEQ_STEPS];
} wrapper_regs;
uint32 sr_size;
} mac_regs[MAX_NUM_D11CORES];
struct {
uint32 dig_sr_addr;
uint32 dig_sr_size;
} dig_mem_info;
} sssr_reg_info_v1_t;
#define MAX_NUM_D11_CORES_WITH_SCAN 3u
typedef struct sssr_reg_info_v2 {
uint16 version;
uint16 length; /* length of the structure validated at host */
struct {
struct {
uint32 pmuintmask0;
uint32 pmuintmask1;
uint32 resreqtimer;
uint32 macresreqtimer;
uint32 macresreqtimer1;
uint32 macresreqtimer2;
} base_regs;
} pmu_regs;
struct {
struct {
uint32 intmask;
uint32 powerctrl;
uint32 clockcontrolstatus;
uint32 powerctrl_mask;
} base_regs;
} chipcommon_regs;
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 extrsrcreq;
} wrapper_regs;
} arm_regs;
struct {
struct {
uint32 ltrstate;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} wrapper_regs;
} pcie_regs;
struct {
struct {
uint32 xmtaddress;
uint32 xmtdata;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 extrsrcreq;
uint32 ioctrl;
uint32 ioctrl_resetseq_val[SSSR_D11_RESET_SEQ_STEPS];
} wrapper_regs;
uint32 sr_size;
} mac_regs[MAX_NUM_D11_CORES_WITH_SCAN];
struct {
uint32 dig_sr_addr;
uint32 dig_sr_size;
} dig_mem_info;
} sssr_reg_info_v2_t;
typedef struct sssr_reg_info_v3 {
uint16 version;
uint16 length; /* length of the structure validated at host */
struct {
struct {
uint32 pmuintmask0;
uint32 pmuintmask1;
uint32 resreqtimer;
uint32 macresreqtimer;
uint32 macresreqtimer1;
uint32 macresreqtimer2;
} base_regs;
} pmu_regs;
struct {
struct {
uint32 intmask;
uint32 powerctrl;
uint32 clockcontrolstatus;
uint32 powerctrl_mask;
} base_regs;
} chipcommon_regs;
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 extrsrcreq;
} wrapper_regs;
} arm_regs;
struct {
struct {
uint32 ltrstate;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} wrapper_regs;
} pcie_regs;
struct {
struct {
uint32 xmtaddress;
uint32 xmtdata;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 resetctrl;
uint32 extrsrcreq;
uint32 ioctrl;
uint32 ioctrl_resetseq_val[SSSR_D11_RESET_SEQ_STEPS];
} wrapper_regs;
uint32 sr_size;
} mac_regs[MAX_NUM_D11_CORES_WITH_SCAN];
struct {
uint32 dig_sr_addr;
uint32 dig_sr_size;
} dig_mem_info;
uint32 fis_enab;
struct {
struct {
uint32 clkenable;
uint32 clkgatingenable;
uint32 clkext;
uint32 clkctlstatus;
} base_regs;
struct {
uint32 ioctrl;
uint32 resetctrl;
} wrapper_regs;
uint32 hwa_resetseq_val[SSSR_HWA_RESET_SEQ_STEPS];
} hwa_regs;
} sssr_reg_info_v3_t;
typedef struct sssr_reg_info_v4 {
uint16 version;
uint16 length; /* length of the structure validated at host */
struct {
struct {
uint32 pmuintmask0;
uint32 pmuintmask1;
uint32 resreqtimer;
uint32 macresreqtimer;
uint32 macresreqtimer1;
uint32 macresreqtimer2;
} base_regs;
} pmu_regs;
struct {
struct {
uint32 intmask;
uint32 powerctrl;
uint32 clockcontrolstatus;
uint32 powerctrl_mask;
} base_regs;
} chipcommon_regs;
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
} arm_regs;
struct {
struct {
uint32 ltrstate;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
} pcie_regs;
struct {
struct {
uint32 xmtaddress;
uint32 xmtdata;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 sr_size;
} mac_regs[MAX_NUM_D11_CORES_WITH_SCAN];
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 saqm_sssr_addr;
uint32 saqm_sssr_size;
struct {
uint32 digsr_srcontrol1_addr; /* DIGSR engine sr control1 register */
uint32 digsr_srcontrol1_clrbit_val; /* clear these bits from srcontrol1 */
uint32 digsr_srcontrol2_addr; /* DIGSR engine sr control2 register */
uint32 digsr_srcontrol2_setbit_val; /* Value to set in the above address */
uint32 pmuchip_ctl_addr_reg;
uint32 pmuchip_ctl_val;
uint32 pmuchip_ctl_data_reg;
uint32 pmuchip_ctl_setbit_val;
} sssr_config_regs;
} saqm_sssr_info;
struct {
uint32 dig_sssr_addr;
uint32 dig_sssr_size;
} dig_mem_info;
struct {
uint32 fis_addr;
uint32 fis_size;
} fis_mem_info;
/* Start address and end address for SSSR collection by host. */
struct {
uint32 sysmem_sssr_addr;
uint32 sysmem_sssr_size;
} sssr_all_mem_info;
uint32 fis_enab;
} sssr_reg_info_v4_t;
typedef struct sssr_reg_info_v5 {
uint16 version;
uint16 length; /* length of the structure validated at host */
struct {
struct {
uint32 pmuintmask0;
uint32 pmuintmask1;
uint32 resreqtimer;
uint32 macresreqtimer;
uint32 macresreqtimer1;
uint32 macresreqtimer2;
uint32 pmu_min_res_mask; /* Adress of min res mask address */
uint32 pmu_max_res_mask; /* Adress of max res mask address */
uint32 sssr_max_res_mask; /* Max_res_mask value to be used for SSSR */
} base_regs;
} pmu_regs;
struct {
struct {
uint32 intmask;
uint32 powerctrl;
uint32 clockcontrolstatus;
uint32 powerctrl_mask;
} base_regs;
} chipcommon_regs;
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 war_reg;
} arm_regs;
struct {
struct {
uint32 ltrstate;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
} pcie_regs;
struct {
struct {
uint32 xmtaddress;
uint32 xmtdata;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 sr_size;
uint32 war_reg;
} mac_regs[MAX_NUM_D11_CORES_WITH_SCAN];
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 war_reg;
uint32 saqm_sssr_addr;
uint32 saqm_sssr_size;
struct {
uint32 digsr_srcontrol1_addr; /* DIGSR engine sr control1 register */
uint32 digsr_srcontrol1_clrbit_val; /* clear these bits from srcontrol1 */
uint32 digsr_srcontrol2_addr; /* DIGSR engine sr control2 register */
uint32 digsr_srcontrol2_setbit_val; /* Value to set in the above address */
uint32 pmuchip_ctl_addr_reg;
uint32 pmuchip_ctl_val;
uint32 pmuchip_ctl_data_reg;
uint32 pmuchip_ctl_setbit_val;
} sssr_config_regs;
} saqm_sssr_info;
struct {
uint32 dig_sssr_addr;
uint32 dig_sssr_size;
} dig_mem_info;
struct {
uint32 fis_addr;
uint32 fis_size;
} fis_mem_info;
/* Start address and end address for SSSR collection by host. */
struct {
uint32 sysmem_sssr_addr;
uint32 sysmem_sssr_size;
} sssr_all_mem_info;
uint32 fis_enab;
uint16 sr_asm_version; /* SR ASM version to help SSSR extraction scripts */
uint16 PAD;
struct {
uint32 war_reg;
uint32 srcb_sssr_addr;
uint32 srcb_sssr_size;
} srcb_mem_info;
} sssr_reg_info_v5_t;
typedef struct sssr_reg_info_v6 {
uint16 version;
uint16 length; /* length of the structure validated at host */
struct {
struct {
uint32 pmuintmask0;
uint32 pmuintmask1;
uint32 resreqtimer;
uint32 macresreqtimer;
uint32 macresreqtimer1;
uint32 macresreqtimer2;
uint32 pmu_min_res_mask; /* Adress of min res mask address */
uint32 pmu_max_res_mask; /* Adress of max res mask address */
uint32 sssr_max_res_mask; /* Max_res_mask value to be used for SSSR */
} base_regs;
} pmu_regs;
struct {
struct {
uint32 intmask;
uint32 powerctrl;
uint32 clockcontrolstatus;
uint32 powerctrl_mask;
} base_regs;
} chipcommon_regs;
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 war_reg;
} arm_regs;
struct {
struct {
uint32 ltrstate;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
} pcie_regs;
struct {
struct {
uint32 xmtaddress;
uint32 xmtdata;
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 sr_size;
uint32 war_reg;
} mac_regs[MAX_NUM_D11_CORES_WITH_SCAN];
struct {
struct {
uint32 clockcontrolstatus;
uint32 clockcontrolstatus_val;
} base_regs;
struct {
uint32 extrsrcreq;
} oobr_regs;
uint32 war_reg;
uint32 saqm_sssr_addr;
uint32 saqm_sssr_size;
struct {
uint32 digsr_srcontrol1_addr; /* DIGSR engine sr control1 register */
uint32 digsr_srcontrol1_clrbit_val; /* clear these bits from srcontrol1 */
uint32 digsr_srcontrol2_addr; /* DIGSR engine sr control2 register */
uint32 digsr_srcontrol2_setbit_val; /* Value to set in the above address */
uint32 pmuchip_ctl_addr_reg;
uint32 pmuchip_ctl_val;
uint32 pmuchip_ctl_data_reg;
uint32 pmuchip_ctl_setbit_val;
} sssr_config_regs;
} saqm_sssr_info;
struct {
uint32 dig_sssr_addr;
uint32 dig_sssr_size;
} dig_mem_info;
struct {
uint32 fis_addr;
uint32 fis_size;
} fis_mem_info;
/* Start address and end address for SSSR collection by host. */
struct {
uint32 sysmem_sssr_addr;
uint32 sysmem_sssr_size;
} sssr_all_mem_info;
uint32 fis_enab;
uint16 sr_asm_version; /* SR ASM version to help SSSR extraction scripts */
uint16 PAD;
struct {
uint32 war_reg;
uint32 srcb_sssr_addr;
uint32 srcb_sssr_size;
} srcb_mem_info;
struct {
uint32 vreg_addr;
uint32 vreg_data_addr;
uint32 vreg_num;
uint32 vreg_offset;
} pmu_dbug_rst_regs;
} sssr_reg_info_v6_t;
/* A wrapper structure for all versions of SSSR register information structures */
typedef union sssr_reg_info {
sssr_reg_info_v0_t rev0;
sssr_reg_info_v1_t rev1;
sssr_reg_info_v2_t rev2;
sssr_reg_info_v3_t rev3;
sssr_reg_info_v4_t rev4;
sssr_reg_info_v5_t rev5;
sssr_reg_info_v6_t rev6;
} sssr_reg_info_cmn_t;
typedef struct sssr_header {
uint32 magic; /* should be 53535352 = 'SSSR' */
uint16 header_version; /* version number of this SSSR header */
uint16 sr_version; /* version of SR version. This is to differentiate changes in SR ASM. */
/*
* Header length from the next field ?data_len? and upto the start of
* binary_data[]. This is 20 bytes for version 0
*/
uint32 header_len;
uint32 data_len; /* number of bytes in binary_data[] */
uint16 chipid; /* chipid */
uint16 chiprev; /* chiprev */
/*
* For D11 MAC/sAQM cores, the coreid, coreunit & WAR_signature in the dump belong
* to respective cores. For the DIG SSSR dump these fields are extracted from the ARM core.
*/
uint16 coreid;
uint16 coreunit;
uint32 war_reg; /* Value of WAR register */
uint32 flags; /* For future use */
uint8 binary_data[];
} sssr_header_t;
#define SSSR_HEADER_MAGIC 0x53535352u /* SSSR */
/* ADaptive Power Save(ADPS) structure definition */
#define WL_ADPS_IOV_MAJOR_VER 1
#define WL_ADPS_IOV_MINOR_VER 0
#define WL_ADPS_IOV_MAJOR_VER_SHIFT 8
#define WL_ADPS_IOV_VER \
((WL_ADPS_IOV_MAJOR_VER << WL_ADPS_IOV_MAJOR_VER_SHIFT) | WL_ADPS_IOV_MINOR_VER)
#define ADPS_NUM_DIR 2
#define ADPS_RX 0
#define ADPS_TX 1
#define WL_ADPS_IOV_MODE 0x0001
#define WL_ADPS_IOV_RSSI 0x0002
#define WL_ADPS_IOV_DUMP 0x0003
#define WL_ADPS_IOV_DUMP_CLEAR 0x0004
#define WL_ADPS_IOV_SUSPEND 0x0005
#define WL_ADPS_IOV_GAIN 0x0006
#define WL_ADPS_IOV_RESET_GAIN 0x0007
#define ADPS_SUMMARY_STEP_NUM 2
#define ADPS_SUMMARY_STEP_LOW 0
#define ADPS_SUMMARY_STEP_HIGH 1
#define ADPS_SUB_IOV_VERSION_1 1
#define ADPS_SUB_IOV_VERSION_2 2
/* suspend/resume ADPS by wl/private command from host */
#define ADPS_RESUME 0u
#define ADPS_SUSPEND 1u
typedef struct wl_adps_params_v1 {
uint16 version;
uint16 length;
uint8 band; /* band - 2G or 5G */
uint8 mode; /* operation mode, default = 0 (ADPS disable) */
uint16 padding;
} wl_adps_params_v1_t;
typedef struct wl_adps_rssi {
int32 thresh_hi; /* rssi threshold to resume ADPS operation */
int32 thresh_lo; /* rssi threshold to suspend ADPS operation */
} wl_adps_rssi_t;
typedef struct wl_adps_rssi_params_v1 {
uint16 version;
uint16 length;
uint8 band;
uint8 padding[3];
wl_adps_rssi_t rssi;
} wl_adps_rssi_params_v1_t;
typedef struct adps_stat_elem {
uint32 duration; /* each step duration time (mSec) */
uint32 counts; /* each step hit count number */
} adps_stat_elem_t;
typedef struct wl_adps_dump_summary_v1 {
uint16 version;
uint16 length;
uint8 mode; /* operation mode: On/Off */
uint8 flags; /* restrict flags */
uint8 current_step; /* current step */
uint8 padding;
adps_stat_elem_t stat[ADPS_SUMMARY_STEP_NUM]; /* statistics */
} wl_adps_dump_summary_v1_t;
typedef struct wl_adps_dump_summary_v2 {
uint16 version;
uint16 length;
uint8 mode; /* operation mode: On/Off */
uint8 current_step; /* current step */
uint8 padding[2];
uint32 flags; /* restrict flags */
adps_stat_elem_t stat[ADPS_SUMMARY_STEP_NUM]; /* statistics */
} wl_adps_dump_summary_v2_t;
typedef struct wl_adps_suspend_v1 {
uint16 version;
uint16 length;
uint8 suspend; /* 1: suspend 0: resume */
uint8 padding[3];
} wl_adps_suspend_v1_t;
/* For ADPS energy gain */
typedef struct wlc_adps_energy_gain_data {
uint32 pm_dur_gain; /* gain of pm duration by ADPS */
uint32 step0_dur; /* duration of ADPS STEP0(PM MAX + PSPOLL PRD) */
uint32 wake_up_dur; /* duration of wake up state */
uint32 PAD;
uint64 tx_tot_bytes; /* Total Tx bytes */
} wlc_adps_energy_gain_data_t;
typedef struct wl_adps_energy_gain_v1 {
uint16 version;
uint16 length;
uint32 PAD;
wlc_adps_energy_gain_data_t gain_data[MAX_BANDS];
} wl_adps_energy_gain_v1_t;
typedef struct wlc_btc_2gchain_dis {
uint16 ver;
uint16 len;
uint8 chain_dis;
uint8 flag;
} wlc_btc_2gchain_dis_t;
/* TDLS structure definition */
#define WL_TDLS_T_VERSION_V1 1
typedef struct wl_tdls_dump_summary_v1 {
uint16 version;
uint16 length; /* length of the entire structure */
uint32 txsetupreq; /* tdls setup req sent */
uint32 txsetupresp; /* tdls setup resp sent */
uint32 txsetupcfm; /* tdls setup confirm sent */
uint32 txteardown; /* tdls teardwon frames sent */
uint32 txptireq; /* tdls pti req frames sent */
uint32 txptiresp; /* tdls pti resp frames sent */
uint32 txchswreq; /* tdls chsw req frames sent */
uint32 txchswresp; /* tdls chsw resp frame sent */
uint32 rxsetupreq; /* tdls setup req rcvd */
uint32 rxdsetupresp; /* tdls setup resp rcvd */
uint32 rxsetupcfm; /* tdls setup confirm rcvd */
uint32 rxteardown; /* tdls teardown frames rcvd */
uint32 rxptireq; /* tdls pti req frames rcvd */
uint32 rxptiresp; /* tdls pti resp frames rcvd */
uint32 rxchswreq; /* tdls chsw req frames rcvd */
uint32 rxchswresp; /* tdls chsw resp frames rcvd */
uint32 discard; /* frames discarded due to full buffer */
uint32 ubuffered; /* frames buffered by TDLS txmod */
uint32 buf_reinserted; /* frames reinserted */
uint32 idletime; /* time since no traffic on tdls link */
uint32 uptime; /* time since tdls link connected */
uint32 tx_cnt; /* frames txed over tdls link */
uint32 rx_cnt; /* frames rcvd over tdls link */
uint32 blist_cnt; /* number of tdls black list */
uint32 scb_flags; /* connected tdls scb flags */
struct ether_addr peer_addr; /* connected peer addr */
uint8 padding[2];
} wl_tdls_dump_summary_v1_t;
#define WLC_BTC_2GCHAIN_DIS_REASSOC 0x1
#define WLC_BTC_2GCHAIN_DIS_VER1 0x1
#define WLC_BTC_2GCHAIN_DIS_VER1_LEN 6
/* --- BTCX WiFi Protection (btc_wifi_prot iovar) --- */
#define WL_BTC_WIFI_PROT_VER_1 1
typedef struct wl_btc_wifi_prot_v1 {
uint16 ver; /* version */
uint16 len; /* total length */
uint8 data[]; /* bcm_xtlv_t payload */
} wl_btc_wifi_prot_v1_t;
/* Xtlv tags (protection type) and data */
#define WL_BTC_WIFI_PROT_M1_M4 1
typedef struct wl_btc_wifi_prot_m1_m4 {
uint32 enable; /* enable/disable m1-m4 protection */
uint32 timeout; /* maximum timeout in ms (0: default) */
} wl_btc_wifi_prot_m1_m4_t;
#define WL_BTC_WIFI_PROT_VER_2 2u
/* Enable/Disable protection and allowed tasks bitmap values */
#define WL_BTC_WIFI_PROT_ENABLE (1 << 0u)
#define WL_BTC_WIFI_PROT_DISABLE (0 << 0u)
#define WL_BTC_WIFI_PROT_BTTASK_ESCO (1 << 1u)
#define WL_BTC_WIFI_PROT_BTTASK_AOS (1 << 2u)
#define WL_BTC_WIFI_PROT_BTTASK_UHP (1 << 3u)
#define WL_BTC_WIFI_PROT_BTTASK_A2DP (1 << 4u)
#define WL_BTC_WIFI_PROT_BTTASK_LE_AUDIO (1 << 5u)
/* M1M4 Tag version as part of tag structure */
#define WL_BTC_WIFI_PROT_M1M4_TAG_V1 1u
typedef struct wl_btc_wifi_prot_m1_m4_v2 {
uint16 ver; /* sub version of m1m4 tag */
uint16 enable_2g; /* BT task map and prot enable - 2G */
uint16 enable_5g; /* BT task map and prot enable - 5G */
uint16 timeout_2g; /* Max timeout in ms for 2g (0: default) */
uint16 timeout_5g; /* Max timeout in ms for 5g (0: default) */
uint16 PAD;
} wl_btc_wifi_prot_m1_m4_v2_t;
/* --- End BTCX WiFi Protection --- */
/* --- BTCX ULMU disable (btc_ulmu_config iovar) --- */
/* Version number */
#define WL_BTC_ULMU_CONFIG_VER_1 1
typedef struct wl_btc_ulmu_config_v1 {
uint16 version; /* btc_ulmu_config version */
uint16 len; /* Total length */
uint32 ulmu_bt_task_bm; /* BT Task bimtap for ULMU disable */
uint32 ulmu_bt_period_th; /* BT period thresh for ULMU disable */
} wl_btc_ulmu_config_v1_t;
/* --- End BTCX ULMU config --- */
#define WL_BTC_LESCAN_TOTAL_MAX 15u
/* --- BTC ACK Counters (btc_ack_counters legacy command) --- */
#define BTC_ACK_CNTS_VER_1 1u
#define BTC_ACK_CNTS_VER_2 2u
typedef struct wl_btc_ack_cnts_v1 {
uint16 ver;
uint16 len;
uint8 slice_index;
uint8 PAD[3];
uint32 cdd_ack_cnt;
uint32 siso_ack_cnt;
uint32 c0_ack_txpwr;
uint32 c1_ack_txpwr;
} wl_btc_ack_cnts_v1_t;
typedef struct wl_btc_ack_cnts_v2 {
uint16 ver;
uint16 len;
uint8 slice_index;
uint8 PAD[3];
uint32 cdd_ack_cnt;
uint32 siso_ack_cnt;
uint32 c0_ack_txpwr;
uint32 c1_ack_txpwr;
uint32 cdd_ack_bt_cnt;
} wl_btc_ack_cnts_v2_t;
typedef enum wl_btc_ack_cnts_command_e {
ACK_CNTS_CMD_CLEAR = 0u, /* To clear BTC Ack counters */
} wl_btc_ack_cnts_command_t;
typedef struct wl_btc_ack_cnts_config_v1 {
uint16 ver; /* Command structure version */
uint16 len; /* Command structure length */
uint8 cmd; /**< 0 - clear */
uint8 PAD[3];
} wl_btc_ack_cnts_config_v1_t;
/* --- End BTC ACK Counters --- */
/* --- BTC STATUS (coex status from both 2G and 5G slices) --- */
#define BTC_STATUS_VER_1 1u
typedef struct wlc_btc_status_v1 {
uint16 ver;
uint16 len;
uint32 btc_status_5g;
uint32 btc_status_2g;
uint8 PAD[4]; /* For future enhancements */
} wlc_btc_status_v1_t;
/* --- End BTC STATUS --- */
#define RPSNOA_IOV_MAJOR_VER_1 1u
#define RPSNOA_IOV_MINOR_VER_1 1u
#define RPSNOA_IOV_MAJOR_VER_SHIFT 8u
#define RPSNOA_IOV_VERSION_1_1 \
((RPSNOA_IOV_MAJOR_VER_1 << RPSNOA_IOV_MAJOR_VER_SHIFT) | RPSNOA_IOV_MINOR_VER_1)
enum wl_rpsnoa_cmd_ids {
WL_RPSNOA_CMD_ENABLE = 1,
WL_RPSNOA_CMD_STATUS,
WL_RPSNOA_CMD_PARAMS,
WL_RPSNOA_CMD_LAST
};
typedef struct rpsnoa_cmnhdr {
uint16 ver; /* cmd structure version */
uint16 len; /* cmd structure len */
uint32 subcmd;
uint32 cnt;
} rpsnoa_cmnhdr_t;
typedef struct rpsnoa_data {
int16 band;
int16 value;
} rpsnoa_data_t;
typedef struct rpsnoa_stats {
int16 band;
int16 state;
uint32 sleep_dur;
uint32 sleep_avail_dur;
uint32 last_pps;
} rpsnoa_stats_t;
typedef struct rpsnoa_param {
uint16 band;
uint8 level;
uint8 stas_assoc_check;
uint32 pps;
uint32 quiet_time;
} rpsnoa_param_t;
typedef struct rpsnoa_iovar {
rpsnoa_cmnhdr_t hdr;
rpsnoa_data_t data[BCM_FLEX_ARRAY];
} rpsnoa_iovar_t;
typedef struct rpsnoa_iovar_status {
rpsnoa_cmnhdr_t hdr;
rpsnoa_stats_t stats[BCM_FLEX_ARRAY];
} rpsnoa_iovar_status_t;
typedef struct rpsnoa_iovar_params {
rpsnoa_cmnhdr_t hdr;
rpsnoa_param_t param[BCM_FLEX_ARRAY];
} rpsnoa_iovar_params_t;
#define CSA_EVT_CSA_RXED (1 << 0)
#define CSA_EVT_CSA_TIMEOUT (1 << 1)
#define CSA_EVT_FROM_INFRA (1 << 2)
typedef struct csa_event_data {
chanspec_t chan_old;
dot11_ext_csa_ie_t ecsa;
dot11_mesh_csp_ie_t mcsp;
dot11_wide_bw_chan_switch_ie_t wbcs;
uint8 flags;
uint8 PAD[3];
} csa_event_data_t;
/* ifdef (WL_ASSOC_BCN_RPT) */
enum wl_bcn_report_cmd_id {
WL_BCN_RPT_CMD_VER = 0,
WL_BCN_RPT_CMD_CONFIG = 1,
WL_BCN_RPT_CMD_VENDOR_IE = 2,
WL_BCN_RPT_CMD_LAST
};
/* beacon report specific macros */
#define WL_BCN_RPT_CCX_IE_OVERRIDE (1u << 0)
/* beacon report specific macros */
#define WL_BCN_RPT_ASSOC_SCAN_UNSOLICITED_MODE (1u << 1)
#define WL_BCN_RPT_ASSOC_SCAN_SOLICITED_MODE (1u << 2)
#define WL_BCN_RPT_ASSOC_SCAN_MODE_SHIFT (1)
#define WL_BCN_RPT_ASSOC_SCAN_MODE_MASK (WL_BCN_RPT_ASSOC_SCAN_UNSOLICITED_MODE |\
WL_BCN_RPT_ASSOC_SCAN_SOLICITED_MODE)
#define WL_BCN_RPT_ASSOC_SCAN_MODE_MAX (WL_BCN_RPT_ASSOC_SCAN_MODE_MASK >> \
WL_BCN_RPT_ASSOC_SCAN_MODE_SHIFT)
/* beacon report mode specific macro */
#define WL_BCN_RPT_ASSOC_SCAN_MODE_DEFAULT WL_BCN_RPT_ASSOC_SCAN_UNSOLICITED_MODE
/* beacon report timeout config specific macros */
#define WL_BCN_RPT_ASSOC_SCAN_CACHE_TIMEOUT_DEFAULT (120000)
#define WL_BCN_RPT_ASSOC_SCAN_CACHE_TIMEOUT_MIN (60000)
#define WL_BCN_RPT_ASSOC_SCAN_CACHE_TIMEOUT_MAX (0xFFFFFFFF)
/* beacon report cache count specific macros */
#define WL_BCN_RPT_ASSOC_SCAN_CACHE_COUNT_MIN (0)
#define WL_BCN_RPT_ASSOC_SCAN_CACHE_COUNT_MAX (8)
#define WL_BCN_RPT_ASSOC_SCAN_CACHE_COUNT_DEFAULT (WL_BCN_RPT_ASSOC_SCAN_CACHE_COUNT_MAX)
#define WL_BCN_REPORT_CMD_VERSION_V1 1
typedef struct wl_bcn_report_cfg_v1 {
uint32 flags; /**< Flags that defines the operation/setting information */
uint32 scan_cache_timeout; /**< scan cache timeout value in millisec */
uint32 scan_cache_timer_pend; /**< Read only pending time for timer expiry in millisec */
uint8 scan_cache_cnt; /**< scan cache count */
uint8 pad[3];
} wl_bcn_report_cfg_v1_t;
/* Thermal, Voltage, and Power Mitigation */
#define TVPM_REQ_VERSION_1 1u
/* tvpm iovar data */
typedef struct {
uint16 version; /* TVPM request version */
uint16 length; /* Length of the entire structure */
uint16 req_type; /* Request type: wl_tvpm_req_type_t */
uint16 req_len; /* Length of the following value */
uint8 value[]; /* Variable length data depending on req_type */
} wl_tvpm_req_t;
/* tvpm iovar request types */
typedef enum {
WL_TVPM_REQ_CLTM_INDEX, /* req_value: uint32, range 1...100 */
WL_TVPM_REQ_PPM_INDEX, /* req_value: uint32, range 1...100 */
WL_TVPM_REQ_ENABLE, /* req_value: uint32, range 0...1 */
WL_TVPM_REQ_STATUS, /* req_value: none */
WL_TVPM_REQ_PERIOD, /* req_value: int32, range {-1,1-10} */
WL_TVPM_REQ_TXDC, /* req_value: uint32, range 1...100 */
WL_TVPM_REQ_VBAT, /* req_value: uint32, range 1...48 */
WL_TVPM_REQ_MAX
} wl_tvpm_req_type_t;
/* structure for data returned by request type WL_TVPM_REQ_STATUS */
typedef struct wl_tvpm_status {
uint16 enable; /* whether TVPM is enabled */
uint16 tx_dutycycle; /* a percentage: 1-100 */
int16 tx_power_backoff; /* 0...-6 */
uint16 num_active_chains; /* 1...3 */
int16 temp; /* local temperature in degrees C */
uint8 vbat; /* local voltage in units of 0.1V */
uint8 PAD;
} wl_tvpm_status_t;
/* TVPM ecounters */
typedef struct wl_tvpm_ecounters_t {
uint16 version; /* version field */
uint16 length; /* byte length in wl_tvpm_ecounters_t starting at version */
uint16 tx_dutycycle; /* a percentage: 1-100 */
int16 tx_power_backoff; /* 0...-6 */
uint16 num_active_chains; /* 1...3 */
int16 temp; /* local temperature */
uint8 vbat; /* local voltage */
uint8 cltm; /* CLTM index */
uint8 ppm; /* PPM index */
uint8 PAD; /* pad to align to uint16 */
} wl_tvpm_ecounters_t;
#define TDMTX_ECOUNTERS_VERSION_V1 1
#define TDMTX_ECOUNTERS_VERSION_V2 2
/* TDMTX ecounters */
typedef struct wl_tdmtx_ecounters_v1 {
uint16 version; /* version field */
uint16 length; /* byte length in wl_tdmtx_ecounters_t starting at version */
uint32 txa_on; /* TXA on requests */
uint32 txa_tmcnt; /* Total number of TXA timeout */
uint32 por_on; /* TXA POR requests */
uint32 txpuen; /* Path enable requests */
uint32 txpudis; /* Total number of times Tx path is muted on the slice */
uint32 txpri_on; /* Total number of times Tx priority was obtained by the slice */
uint32 txdefer; /* Total number of times Tx was deferred by the slice */
uint32 txmute; /* Total number of times active Tx muted on the slice */
uint32 actpwrboff; /* Total number of times TX power is backed off by the slice */
uint32 txa_dur; /* Total time txa on */
uint32 txpri_dur; /* Total time TXPri */
uint32 txdefer_dur; /* Total time txdefer */
} wl_tdmtx_ecounters_v1_t;
/* TDMTX ecounters for version 2 */
typedef struct wl_tdmtx_ecounters_v2 {
uint16 version; /* version field */
uint16 length; /* byte length in wl_tdmtx_ecounters_t starting at version */
uint32 txa_on; /* TXA on requests */
uint32 txa_tmcnt; /* Total number of TXA timeout */
uint32 porhi_on; /* TXA PORHI requests */
uint32 porlo_on; /* TXA PORLO requests */
uint32 txpuen; /* Path enable requests */
uint32 txpudis; /* Total number of times Tx path is muted on the slice */
uint32 txpri_on; /* Total number of times Tx priority was obtained by the slice */
uint32 txdefer; /* Total number of times Tx was deferred by the slice */
uint32 txmute; /* Total number of times active Tx muted on the slice */
uint32 actpwrboff; /* Total number of times TX power is backed off by the slice */
uint32 txa_dur; /* Total time txa on */
uint32 txpri_dur; /* Total time TXPri */
uint32 txdefer_dur; /* Total time txdefer */
} wl_tdmtx_ecounters_v2_t;
/* Note: if this struct is changing update wl_scb_ecounters_vX_t version,
* as this struct is sent as payload in wl_scb_ecounters_vX_t
*/
typedef struct wlc_scb_stats_v1 {
uint32 tx_pkts; /* num of packets transmitted (ucast) */
uint32 tx_failures; /* num of packets failed */
uint32 rx_ucast_pkts; /* num of unicast packets received */
uint32 rx_mcast_pkts; /* num of multicast packets received */
uint32 tx_rate; /* Rate of last successful tx frame */
uint32 rx_rate; /* Rate of last successful rx frame */
uint32 rx_decrypt_succeeds; /* num of packets decrypted successfully */
uint32 rx_decrypt_failures; /* num of packets decrypted unsuccessfully */
uint32 tx_mcast_pkts; /* num of mcast pkts txed */
uint32 PAD;
uint64 tx_ucast_bytes; /* data bytes txed (ucast) */
uint64 tx_mcast_bytes; /* data bytes txed (mcast) */
uint64 rx_ucast_bytes; /* data bytes recvd ucast */
uint64 rx_mcast_bytes; /* data bytes recvd mcast */
uint32 tx_pkts_retried; /* num of packets where a retry was necessary */
uint32 tx_pkts_retry_exhausted; /* num of packets where a retry was exhausted */
uint32 tx_rate_mgmt; /* Rate of last transmitted management frame */
uint32 tx_rate_fallback; /* last used lowest fallback TX rate */
uint32 rx_pkts_retried; /* # rx with retry bit set */
uint32 tx_pkts_total; /* total num of tx pkts */
uint32 tx_pkts_retries; /* total num of tx retries */
uint32 tx_pkts_fw_total; /* total num of tx pkts generated from fw */
uint32 tx_pkts_fw_retries; /* num of fw generated tx pkts retried */
uint32 tx_pkts_fw_retry_exhausted; /* num of fw generated tx pkts where retry exhausted */
} wlc_scb_stats_v1_t;
/* ecounters for scb stats
* XTLV ID: WL_IFSTATS_XTLV_SCB_ECOUNTERS
*/
#define WL_SCB_ECOUNTERS_VERSION_1 1
#define WL_SCB_ECOUNTERS_VERSION_2 2
typedef struct wl_scb_ecounters_v1 {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint32 chanspec; /* current chanspec where scb is operating */
struct ether_addr ea; /* peer ndi or sta ea */
uint8 peer_type; /* peer type */
uint8 PAD;
/* scb tx and rx stats */
wlc_scb_stats_v1_t stats;
} wl_scb_ecounters_v1_t;
typedef struct wl_scb_ecounters_v2 {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint32 chanspec; /* current chanspec where scb is operating */
struct ether_addr ea; /* peer ndi or sta ea */
uint8 peer_type; /* peer type */
uint8 PAD;
/* scb tx and rx stats */
uint16 tx_rate; /* Rate(in Mbps) of last successful tx frame */
uint16 rx_rate; /* Rate(in Mbps) of last successful rx frame */
uint16 tx_rate_fallback; /* last used lowest fallback TX rate(in Mbps) */
uint16 PAD;
uint32 rx_decrypt_succeeds; /* num of packets decrypted successfully */
uint32 rx_decrypt_failures; /* num of packets decrypted unsuccessfully */
uint32 rx_pkts_retried; /* # rx with retry bit set */
uint32 tx_pkts_retries; /* total num of tx retries */
uint32 tx_failures; /* num of packets failed */
uint32 tx_pkts_total; /* total num of tx pkts */
int8 rssi[WL_STA_ANT_MAX]; /* average rssi per antenna of data frames */
} wl_scb_ecounters_v2_t;
/* ecounters for nan slot stats
* XTLV ID: WL_IFSTATS_XTLV_NAN_SLOT_STATS
*/
#define WL_NAN_SLOT_ECOUNTERS_VERSION_1 1
#define WL_NAN_SLOT_ECOUNTERS_VERSION_2 2
#define WL_NAN_SLOT_ECOUNTERS_VERSION_3 3
#define WL_NAN_SLOT_ECOUNTERS_VERSION_4 4
typedef struct wl_nan_slot_ecounters_v1 {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint32 chan[NAN_MAX_BANDS]; /* cur nan slot chanspec of both bands */
uint16 cur_slot_idx; /* cur nan slot index */
uint16 PAD;
nan_sched_stats_t sched; /* sched stats */
wl_nan_mac_stats_t mac; /* mac stats */
} wl_nan_slot_ecounters_v1_t;
typedef struct wl_nan_slot_ecounters_v2 {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint32 chan[NAN_MAX_BANDS]; /* cur nan slot chanspec of both bands */
uint16 cur_slot_idx; /* cur nan slot index */
uint16 PAD;
nan_sched_stats_t sched; /* sched stats */
wl_nan_mac_stats_t mac; /* mac stats */
/* for v2 */
uint16 bcn_rx_drop_rssi; /* Beacon received but ignored due to weak rssi */
uint16 bcn_rx_drop_rssi_5g; /* 5G Beacon received but ignored due to weak rssi */
uint16 cnt_rssi_close; /* cnt of beacon rssi > rssi_close received */
uint16 cnt_rssi_close_5g; /* cnt of 5G beacon rssi > rssi_close received */
uint16 cnt_rssi_mid; /* cnt of beacon rssi > rssi_middle received */
uint16 cnt_rssi_mid_5g; /* cnt of 5G beacon rssi > rssi_middle received */
uint16 bcn_txfail; /* Beacon sending failure count */
uint16 bcn_txfail_5g; /* sending 5G beacon failure count */
} wl_nan_slot_ecounters_v2_t;
typedef struct wl_nan_slot_ecounters_v3 {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint32 chan[NAN_MAX_BANDS]; /* cur nan slot chanspec of both bands */
uint16 cur_slot_idx; /* cur nan slot index */
uint16 PAD;
nan_sched_stats_t sched; /* sched stats */
/* for v3 */
wl_nan_mac_stats_v1_t mac; /* mac stats */
uint16 bcn_rx_drop_rssi; /* Beacon received but ignored due to weak rssi */
uint16 bcn_rx_drop_rssi_5g; /* 5G Beacon received but ignored due to weak rssi */
uint16 cnt_rssi_close; /* cnt of beacon rssi > rssi_close received */
uint16 cnt_rssi_close_5g; /* cnt of 5G beacon rssi > rssi_close received */
uint16 cnt_rssi_mid; /* cnt of beacon rssi > rssi_middle received */
uint16 cnt_rssi_mid_5g; /* cnt of 5G beacon rssi > rssi_middle received */
uint16 bcn_txfail; /* Beacon sending failure count */
uint16 bcn_txfail_5g; /* sending 5G beacon failure count */
} wl_nan_slot_ecounters_v3_t;
typedef struct wl_nan_slot_ecounters_v4 {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint32 chan[NAN_MAX_BANDS]; /* cur nan slot chanspec of both bands */
uint16 cur_slot_idx; /* cur nan slot index */
uint16 PAD;
nan_sched_stats_t sched; /* sched stats */
/* for v4 */
wl_nan_mac_stats_v2_t mac; /* mac stats */
uint16 bcn_rx_drop_rssi; /* Beacon received but ignored due to weak rssi */
uint16 bcn_rx_drop_rssi_5g; /* 5G Beacon received but ignored due to weak rssi */
uint16 cnt_rssi_close; /* cnt of beacon rssi > rssi_close received */
uint16 cnt_rssi_close_5g; /* cnt of 5G beacon rssi > rssi_close received */
uint16 cnt_rssi_mid; /* cnt of beacon rssi > rssi_middle received */
uint16 cnt_rssi_mid_5g; /* cnt of 5G beacon rssi > rssi_middle received */
uint16 bcn_txfail; /* Beacon sending failure count */
uint16 bcn_txfail_5g; /* sending 5G beacon failure count */
} wl_nan_slot_ecounters_v4_t;
/* WL_STATS_XTLV_NDP_SESSION_STATUS for ecounters */
#define WL_NAN_SESSION_STATUS_EC_VERSION_1 1
typedef struct wl_nan_ndp_session_status_v1_s {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint8 role; /* Role of NAN device */
uint8 ndp_id; /* local NDP ID */
uint8 state; /* NDP state */
uint8 nan_sec_csid; /* security csid */
struct ether_addr lndi_addr; /* Local NDI addr */
struct ether_addr pnmi_addr; /* Peer NMI addr */
struct ether_addr pndi_addr; /* Peer NDI addr */
uint8 dpe_state; /* DPE state to know where timeout/dpend has come */
uint8 PAD;
} wl_nan_ndp_session_status_v1_t;
/* WL_STATS_XTLV_NAN_DISC_FRM_STATUS for ecounters */
#define WL_NAN_DISC_FRM_STATUS_EC_VERSION_1 1
typedef struct wl_nan_disc_frame_status_v1_s {
uint16 version; /* version field */
uint16 length; /* struct length starting from version */
uint8 type; /* wl_nan_frame_type_t */
uint8 status; /* For TX status, success or failure */
uint8 reason_code; /* to identify reason when status is failure */
uint8 inst_id; /* Publish or subscribe instance id */
uint8 req_id; /* Requestor instance id */
uint8 PAD;
uint16 token; /* seq num to keep track of pkts sent by host */
} wl_nan_disc_frame_status_v1_t;
/* keepalive oob ops */
typedef enum {
NAN_KA_OOB_OPS_ADD,
NAN_KA_OOB_OPS_DEL,
NAN_KA_OOB_OPS_GET,
NAN_KA_OOB_OPS_MAX
} nan_ka_oob_ops_t;
/* NAN KEEPALIVE(KA) oob flags */
typedef enum {
NAN_KA_OOB_FLAG_LEGACY,
NAN_KA_OOB_FLAG_PER_PEER_TX,
NAN_KA_OOB_FLAG_PER_PEER_RX,
NAN_KA_OOB_FLAG_MAX
} nan_ka_oob_flag_t;
/* NAN KEEPALIVE(KA) oob param */
typedef struct wl_nan_ka_oob_af_param {
uint8 ops; /* add/del/get */
uint8 flags; /* per peer tx/ rx keepalive oob or legacy oob */
} wl_nan_ka_oob_af_param_t;
typedef struct wl_nan_oob_af {
uint64 bitmap; /* 16 TU slots in 1024 TU window */
struct ether_addr sa; /* Optional SA. Default set to NMI */
struct ether_addr da;
struct ether_addr bssid;
bool secured; /* Optional. Default set to 0 (Open) */
uint8 map_id; /* Host selected map id. Default 0 */
uint16 timeout; /* OOB AF session timeout in milliseconds */
wl_nan_ka_oob_af_param_t koap; /* Keep alive oob af additional param */
uint16 PAD[2]; /* Structure padding. Can be used in future */
uint16 token; /* host generated. Used by FW in TX status event */
uint16 payload_len;
uint8 payload[]; /* AF hdr + NAN attrbutes in TLV format */
} wl_nan_oob_af_t;
typedef struct wl_nan_oob_rx_match_payload {
uint16 offset; /* the offset from the start of data field
* in nan_attr_type_t which is the part of RX pkt
*/
uint16 match_length; /* Length to be used for match */
uint8 payload[]; /* Payload to be used for match */
} wl_nan_oob_rx_match_payload_t;
/*
* BT log definitions
*/
/* common iovar struct */
typedef struct wl_btl {
uint16 subcmd_id; /* subcommand id */
uint16 len; /* total length of data[] */
uint8 data[2]; /* subcommand data, variable length */
} wl_btl_t;
/* subcommand ids */
#define WL_BTL_SUBCMD_ENABLE 0 /* enable/disable logging */
#define WL_BTL_SUBCMD_STATS 1 /* statistics */
/* WL_BTL_SUBCMD_ENABLE data */
typedef struct wl_blt_enable {
uint8 enable; /* 1 - enable, 0 - disable */
uint8 PAD[3]; /* 4-byte struct alignment */
} wl_btl_enable_t;
/* WL_BTL_SUBCMD_STATS data */
typedef struct wl_blt_stats {
uint32 bt_interrupt; /* num BT interrupts */
uint32 config_req; /* num CONFIG_REQ */
uint32 config_res_success; /* num CONFIG_RES successful */
uint32 config_res_fail; /* num CONFIG_RES failed */
uint32 log_req; /* num LOG_REQ */
uint32 log_res_success; /* num LOG_RES successful */
uint32 log_res_fail; /* num LOG_RES failed */
uint32 indirect_read_fail; /* num indirect read fail */
uint32 indirect_write_fail; /* num indirect write fail */
uint32 dma_fail; /* num DMA failed */
uint32 min_log_req_duration; /* min log request duration in usec */
uint32 max_log_req_duration; /* max log request duration in usec */
uint16 mem_dump_req; /* num mem dump requests */
uint16 mem_dump_success; /* num mem dumps successful */
uint16 mem_dump_fail; /* num mem dumps failed */
uint16 bt_wake_success; /* num BT wakes successful */
uint16 bt_wake_fail; /* num BT wakes failed */
uint16 mem_dump_req_interrupt; /* num MEM_DUMP_REQ interrupt */
uint16 mem_dump_res_interrupt; /* num MEM_DUMP_RES interrupt */
uint16 mem_dump_res_timeout; /* num MEM_DUMP_RES timeout */
uint16 mem_dump_proc_no_bt_ready; /* num proceed if no BT ready */
uint16 mem_dump_proc_no_bt_response; /* num proceed if no BT response */
uint16 mem_dump_proc_no_bt_clock; /* num proceed if no BT clock */
uint16 PAD; /* alignment */
uint32 last_failed_region; /* start addr of last failed region */
uint32 min_mem_dump_duration; /* min mem dump duration in usec */
uint32 max_mem_dump_duration; /* max mem dump duration in usec */
} wl_btl_stats_t;
/* IOV AWD DATA */
/* AWD DATA structures */
typedef struct {
uint8 version; /* Extended trap version info */
uint8 reserved; /* currently unused */
uint16 length; /* Length of data excluding this header */
uint8 data[]; /* this data is TLV of tags */
} awd_data_v1_t;
/* AWD TAG structure */
typedef struct {
uint8 tagid; /* one of AWD DATA TAGs numbers */
uint8 length; /* the data size represented by this field must be aligned to 32 bits */
uint8 data[]; /* variable size, defined by length field */
} awd_tag_data_v1_t;
/* IOV ETD DATA */
/* ETD DATA structures */
typedef struct {
uint8 version; /* Extended trap version info */
uint8 reserved; /* currently unused */
uint16 length; /* Length of data excluding this header */
uint8 data[]; /* this data is TLV of tags */
} etd_data_v1_t;
/* ETD TAG structure */
typedef struct {
uint8 tagid; /* one of ETD DATA TAGs numbers */
uint8 length; /* the data size represented by this field must be aligned to 32 bits */
uint8 data[]; /* variable size, defined by length field */
} etd_tag_data_v1_t;
/* ETD information structures associated with ETD_DATA_Tags */
/* ETD_JOIN_CLASSIFICATION_INFO 10 */
typedef struct {
uint8 assoc_type; /* assoc type */
uint8 assoc_state; /* current state of assoc state machine */
uint8 wpa_state; /* wpa->state */
uint8 wsec_portopen; /* shows if security port is open */
uint8 total_attempts_num; /* total number of join attempts (bss_retries) */
uint8 num_of_targets; /* up to 3, in current design */
uint8 reserved [2]; /* padding to get 32 bits alignment */
uint32 wsec; /* bsscfg->wsec */
uint32 wpa_auth; /* bsscfg->WPA_auth */
uint32 time_to_join; /* time duration to process WLC_SET_SSID request (ms) */
} join_classification_info_v1_t;
/* ETD_JOIN_TARGET_CLASSIFICATION_INFO 11 */
typedef struct {
int8 rssi; /* RSSI on current channel */
uint8 cca; /* CCA on current channel */
uint8 channel; /* current channel */
uint8 num_of_attempts; /* (bss_retries) up to 5 */
uint8 oui[3]; /* the first three octets of the AP's address */
uint8 reserved; /* padding to get 32 bits alignment */
uint32 time_duration; /* time duration of current attempt (ms) */
} join_target_classification_info_v1_t;
/* ETD_ASSOC_STATE 12 */
typedef struct {
uint8 assoc_state; /* assoc type */
uint8 reserved [3]; /* padding to get 32 bits alignment */
} join_assoc_state_v1_t;
/* ETD_CHANNEL 13 tag */
typedef struct {
uint8 channel; /* last attempt channel */
uint8 reserved [3]; /* padding to get 32 bits alignment */
} join_channel_v1_t;
/* ETD_TOTAL_NUM_OF_JOIN_ATTEMPTS 14 */
typedef struct {
uint8 total_attempts_num; /* total number of join attempts (bss_retries) */
uint8 reserved [3]; /* padding to get 32 bits alignment */
} join_total_attempts_num_v1_t;
/* IOV_ROAM_CACHE structures */
enum wl_rmc_report_cmd_id {
WL_RMC_RPT_CMD_VER = 0,
WL_RMC_RPT_CMD_DATA = 1,
WL_RMC_RPT_CMD_LAST
};
enum wl_rmc_report_xtlv_id {
WL_RMC_RPT_XTLV_VER = 0x0,
WL_RMC_RPT_XTLV_BSS_INFO = 0x1,
WL_RMC_RPT_XTLV_CANDIDATE_INFO = 0x2,
WL_RMC_RPT_XTLV_USER_CACHE_INFO = 0x3,
WL_RMC_RPT_XTLV_CANDIDATE_INFO_V2 = 0x4,
WL_RMC_RPT_XTLV_USER_CACHE_INFO_V2 = 0x5,
WL_RMC_RPT_XTLV_CANDIDATE_INFO_V3 = 0x6,
WL_RMC_RPT_XTLV_USER_CACHE_INFO_V3 = 0x7
};
/* WL_RMC_RPT_XTLV_BSS_INFO */
typedef struct {
int16 rssi; /* current BSS RSSI */
uint8 reason; /* reason code for last full scan */
uint8 status; /* last status code for not roaming */
uint32 fullscan_count; /* number of full scans performed on current BSS */
uint32 time_full_scan; /* delta time (in ms) between cur time and full scan timestamp */
} rmc_bss_info_v1_t;
/* WL_RMC_RPT_XTLV_CANDIDATE_INFO */
typedef struct {
int16 rssi; /* last seen rssi */
uint16 ctl_channel; /* channel */
uint32 time_last_seen; /* delta time (in ms) between cur time and last seen timestamp */
uint16 bss_load; /* BSS load */
uint8 bssid[6]; /* BSSID */
} rmc_candidate_info_v1_t;
/* WL_RMC_RPT_XTLV_CANDIDATE_INFO_V2 */
typedef struct {
int16 rssi; /* last seen rssi */
chanspec_t ctl_channel; /* chanspec of primary channel */
uint32 time_last_seen; /* delta time (in ms) between cur time and last seen timestamp */
uint16 bss_load; /* BSS load */
struct ether_addr bssid; /* BSSID */
} rmc_candidate_info_v2_t;
#define MAX_NUM_NPLINKS_V3 2u /* Max number of Non Preferred Links */
/* WL_RMC_RPT_XTLV_CANDIDATE_INFO_V3 */
typedef struct {
int16 rssi; /* last seen rssi */
chanspec_t ctl_channel; /* chanspec of preferred link */
uint32 time_last_seen; /* delta time (in ms) between cur time and last seen timestamp */
uint16 bss_load; /* BSS load of the preferred link */
struct ether_addr bssid; /* BSSID of the preferred link */
struct ether_addr mld_addr; /* MLD BSSID */
/* Account other linked AP chanspecs in case of MLO
* Already one of the link is updated in ctl_channel.
*/
chanspec_t linked_chnls[MAX_NUM_NPLINKS_V3];
uint8 reserved[2]; /* padding to get 4 bytes alignment after unpacking */
} rmc_candidate_info_v3_t;
enum wl_filter_ie_options {
WL_FILTER_IE_CLEAR = 0, /* allow element id in packet.For suboption */
WL_FILTER_IE_SET = 1, /* filter element id in packet.For suboption */
WL_FILTER_IE_LIST = 2, /* list element ID's.Set as option */
WL_FILTER_IE_CLEAR_ALL = 3, /* clear all the element.Set as option */
WL_FILTER_IE_CHECK_SUB_OPTION = 4 /* check for suboptions.Set only as option */
};
typedef struct wl_filter_ie_tlv {
uint16 id; /* elelment id [ + ext id ] */
uint16 len; /* sub option length + pattern length */
uint8 data[]; /* sub option + pattern matching(OUI,type,sub-type) */
} wl_filter_ie_tlv_t;
#define WL_FILTER_IE_VERSION_1 1 /* the latest version */
typedef struct wl_filter_ie_iov_v1 {
uint16 version; /* Structure version */
uint16 len; /* Total length of the structure */
uint16 fixed_length; /* Total length of fixed fields */
uint8 option; /* Filter action - check for suboption */
uint8 PAD[1]; /* Align to 4 bytes */
uint32 pktflag; /* frame type - FC_XXXX */
uint8 tlvs[]; /* variable data (zero in for list ,clearall) */
} wl_filter_ie_iov_v1_t;
#define WL_ASSOC_RESP_PARAMS_V1 (1u)
typedef struct wl_assoc_resp_params_v1 {
uint16 version; /* Structure version */
uint16 len; /* Total length of the structure */
uint16 fixed_length; /* Total length of fixed fields */
uint8 mac_addr[ETHER_ADDR_LEN]; /* peer MAC address */
uint8 resp_ie_len; /* Assoc_resp IE's length */
uint8 pad; /* Pad for alignment */
uint16 status; /* AREQ status code from Host */
uint8 ies[]; /* Variable data (resp_ies) */
} wl_assoc_resp_params_v1_t;
/* Event aggregation config */
#define EVENT_AGGR_CFG_VERSION 1
#define EVENT_AGGR_DISABLED 0x0
#define EVENT_AGGR_ENABLED 0x1
#define EVENT_AGGR_BUFSIZE_MAX 1512
#define EVENT_AGGR_BUFSIZE_MIN 512
#define EVENT_AGGR_FLUSH_TIMEOUT_DEFAULT 100
#define EVENT_AGGR_FLUSH_TIMEOUT_MAX 2000
#define EVENT_AGGR_NUM_EVENTS_FLUSH 5
typedef struct event_aggr_config {
uint16 version;
uint16 len;
uint16 flags; /* bit 0 to enable/disable the feature */
uint16 bufsize; /* Aggregate buffer size */
uint16 flush_timeout; /* Timeout for event flush */
uint16 num_events_flush; /* Number of events aggregated before flush */
} event_aggr_config_t;
/** chanctxt related statistics */
#define CHANCTXT_STATS_VERSION_1 1u
typedef struct wlc_chanctxt_stats {
uint32 excursionq_end_miss;
uint32 activeq_end_miss;
uint32 no_chanctxt_count;
uint32 txqueue_end_incomplete;
uint32 txqueue_start_incomplete;
} wlc_chanctxt_stats_core_t;
typedef struct chanctxt_stats {
uint16 version;
uint16 length;
wlc_chanctxt_stats_core_t corestats[MAX_NUM_D11CORES];
} wlc_chanctxt_stats_t;
typedef struct wl_txdc_ioc {
uint8 ver;
uint8 id; /* ID of the sub-command */
uint16 len; /* total length of all data[] */
uint8 data[]; /* var len payload */
} wl_txdc_ioc_t;
/*
* iovar subcommand ids
*/
enum {
IOV_TXDC_ENB = 1,
IOV_TXDC_MODE = 2,
IOV_TXDC_DUMP = 3,
IOV_TXDC_LAST
};
/* WL_NAN_XTLV_SLOT_STATS */
/* WL_NAN_EVENT_SLOT_START, WL_NAN_EVENT_SLOT_END */
typedef struct nan_slot_event_data {
uint32 cur_slot_idx; /* current idx in channel schedule */
uint32 fw_time; /* target current time in microseconds */
uint32 band; /* current band (2G/5G) for which the event is received */
} nan_slot_event_data_t;
/* Block Channel */
#define WL_BLOCK_CHANNEL_VER_1 1u
typedef struct wl_block_ch_v1 {
uint16 version;
uint16 len;
uint32 band; /* Band select */
uint8 channel_num; /* The number of block channels in the selected band */
uint8 padding[3];
uint8 channel[]; /* Channel to block, Variable Length */
} wl_block_ch_v1_t;
typedef struct dma_wl_addr_region {
uint32 addr_low;
uint32 addr_high;
} dma_wl_addr_region_t;
#define WL_ROAMSTATS_IOV_VERSION_1 1u
#define MAX_PREV_ROAM_EVENTS 16u
#define ROAMSTATS_UNKNOWN_CNT 0xFFFFu
/* roaming statistics counter structures */
typedef struct wlc_assoc_roamstats_event_msg_v1 {
uint32 event_type; /* Message (see below) */
uint32 status; /* Status code (see below) */
uint32 reason; /* Reason code (if applicable) */
uint32 timestamp; /* Timestamp of event */
} wlc_assoc_roamstats_event_msg_v1_t;
enum wl_roamstats_cmd_id {
WL_ROAMSTATS_XTLV_CMD_VER = 0,
WL_ROAMSTATS_XTLV_CMD_RESET = 1,
WL_ROAMSTATS_XTLV_CMD_STATUS = 2,
WL_ROAMSTATS_XTLV_CMD_LAST /* Keep this at the end */
};
enum wl_roamstats_xtlv_id {
WL_ROAMSTATS_XTLV_VER = 0x0,
WL_ROAMSTATS_XTLV_COUNTER_INFO = 0x1,
WL_ROAMSTATS_XTLV_PREV_ROAM_EVENTS = 0x2,
WL_ROAMSTATS_XTLV_REASON_INFO = 0x3
};
/* WL_ROAMSTATS_XTLV_COUNTER_INFO */
typedef struct {
uint32 initial_assoc_time;
uint32 prev_roam_time;
uint32 host_access_time;
uint16 roam_success_cnt;
uint16 roam_fail_cnt;
uint16 roam_attempt_cnt;
uint16 max_roam_target_cnt;
uint16 min_roam_target_cnt;
uint16 max_cached_ch_cnt;
uint16 min_cached_ch_cnt;
uint16 partial_roam_scan_cnt;
uint16 full_roam_scan_cnt;
uint16 PAD;
} roamstats_counter_info_v1_t;
/* WL_ROAMSTATS_XTLV_PREV_ROAM_EVENTS */
typedef struct {
uint16 max;
uint16 pos;
wlc_assoc_roamstats_event_msg_v1_t roam_event[];
} roamstats_prev_roam_events_v1_t;
/* WL_ROAMSTATS_XTLV_REASON_INFO */
typedef struct {
uint16 max;
uint16 reason_cnt[];
} roamstats_reason_info_v1_t;
#ifdef HEALTH_CHECK_WLIOCTL
/* Health check status format:
* reporting status size = uint32
* 8 LSB bits are reserved for: WARN (0), ERROR (1), and other levels
* MSB 24 bits are reserved for client to fill in its specific status
*/
#define HEALTH_CHECK_STATUS_OK 0
/* Bit positions. */
#define HEALTH_CHECK_STATUS_WARN 0x1
#define HEALTH_CHECK_STATUS_ERROR 0x2
#define HEALTH_CHECK_STATUS_TRAP 0x4
#define HEALTH_CHECK_STATUS_NOEVENT 0x8
/* Indication that required information is populated in log buffers */
#define HEALTH_CHECK_STATUS_INFO_LOG_BUF 0x80
#define HEALTH_CHECK_STATUS_MASK (0xFF)
#define HEALTH_CHECK_STATUS_MSB_SHIFT 8
#endif /* HEALTH_CHECK_WLIOCTL */
/** receive signal reporting module interface */
#define WL_RXSIG_IOV_MAJOR_VER_1 (1u)
#define WL_RXSIG_IOV_MINOR_VER_1 (1u)
#define WL_RXSIG_IOV_MAJOR_VER_SHIFT (8u)
#define WL_RXSIG_IOV_VERSION_1_1 \
((WL_RXSIG_IOV_MAJOR_VER_1 << WL_RXSIG_IOV_MAJOR_VER_SHIFT) | WL_RXSIG_IOV_MINOR_VER_1)
#define WL_RXSIG_IOV_GET_MAJOR(x) (x >> WL_RXSIG_IOV_MAJOR_VER_SHIFT)
#define WL_RXSIG_IOV_GET_MINOR(x) (x & 0xFF)
enum wl_rxsig_cmd_rssi_mode {
WL_RXSIG_MODE_DB = 0x0,
WL_RXSIG_MODE_QDB = 0x1,
WL_RXSIG_MODE_LAST
};
/* structure defs for 'wl rxsig [cmd]' iovars */
enum wl_rxsig_iov_v1 {
WL_RXSIG_CMD_RSSI = 0x1, /**< combined rssi moving avg */
WL_RXSIG_CMD_SNR = 0x2, /**< combined snr moving avg */
WL_RXSIG_CMD_RSSIANT = 0x3, /**< rssi moving avg per-ant */
WL_RXSIG_CMD_SNRANT = 0x4, /**< snr moving avg per-snr */
WL_RXSIG_CMD_SMPLWIN = 0x5, /**< config for sampling window size */
WL_RXSIG_CMD_SMPLGRP = 0x7, /**< config for grouping of pkt type */
WL_RXSIG_CMD_STA_MA = 0x8,
WL_RXSIG_CMD_MAMODE = 0x9,
WL_RXSIG_CMD_MADIV = 0xa,
WL_RXSIG_CMD_DUMP = 0xb,
WL_RXSIG_CMD_DUMPWIN = 0xc,
WL_RXSIG_CMD_RSSI_EXP = 0xd, /**< config for expiry time in ms */
WL_RXSIG_CMD_RSSI_COMP = 0xe, /**< config for rssi compensation threshold */
WL_RXSIG_CMD_RSSI_COMP_TBL = 0xf, /**< config for rssi compensation table */
WL_RXSIG_CMD_TOTAL
};
struct wl_rxsig_cfg_v1 {
uint16 version;
chanspec_t chan; /**< chanspec info for querying stats */
uint8 pmac[ETHER_ADDR_LEN]; /**< peer(link) mac address */
};
struct wl_rxsig_iov_rssi_v1 {
int8 rssi;
uint8 rssi_qdb;
uint8 PAD[2];
};
struct wl_rxsig_iov_snr_v1 {
int16 snr;
uint16 PAD;
};
struct wl_rxsig_iov_rssi_ant_v1 {
int8 deci[WL_RSSI_ANT_MAX];
uint8 frac[WL_RSSI_ANT_MAX];
uint8 rssi_mode; /**< MODE_DB or MODE_QDB */
uint8 num_of_ant; /**< total number of ants */
uint8 PAD[2]; /**< padding for 32bit align */
};
#define WL_RXSIG_RSSI_COMP_TBL_V1 (1u)
struct wl_rxsig_rssi_comp_tbl_v1 {
uint16 version; /**< version */
uint8 num_steps; /**< number of RSSI steps for gradual compensation per BW.
* The total length of tbl[] must be multiple of this value
* Example: 3xnum_steps is needed to support 40, 80 and 160MHz
*/
uint8 pad;
uint8 tbl[]; /**< compensation value tables - starting on 32-bit alignment */
};
#ifdef BCM_SDC
#define SDC_TRIGGER_CONFIG_VER_1 1
typedef struct {
uint16 version;
uint16 type;
uint8 activate;
uint8 PAD;
} sdc_trigger_cfg_t;
typedef enum sdc_trigger_types {
SDC_TYPE_STA_ONBOARD_DEBUG = 1,
SDC_TYPE_SCAN_DEBUG = 2,
#ifdef SDC_TEST
/*
* This is for test purpose only. Don't assign specific value.
* Keep at the end
*/
SDC_TYPE_TEST1,
SDC_TYPE_TEST2,
SDC_TYPE_TEST3,
#endif /* SDC_TEST */
SDC_TYPE_MAX_TRIGGER
} sdc_trigger_types_t;
/* *** SDC_TYPE_STA_ONBOARD_DEBUG specific ******* */
/* tlv IDs uniquely identifies tx and rx stats component */
enum wl_slice_hist_stats_xtlv_id {
WL_STATE_HIST_TX_TOSS_REASONS = 0x1,
WL_STATE_HIST_RX_TOSS_REASONS = 0x2
};
#ifndef WLC_HIST_TOSS_LEN
#define WLC_HIST_TOSS_LEN (8u)
#endif
#define WL_HIST_COMPACT_TOSS_STATS_TX_VER_1 (1u)
#define WL_HIST_COMPACT_TOSS_STATS_RX_VER_1 (1u)
/* Format of running toss reasons with seq
* [see HIST_TOSS_xxxx macros]
* bits [7..0] : 8 bits : toss sts.
* [11..8] : cfgidx
* [15..12]: ac
* [31..16]: seq
*/
#define HIST_TOSS_STS_POS (0u)
#define HIST_TOSS_STS_MASK (0x000000ffu)
#define HIST_TOSS_CFGIDX_POS (8u)
#define HIST_TOSS_CFGIDX_MASK (0x00000f00u)
#define HIST_TOSS_AC_POS (12u)
#define HIST_TOSS_AC_MASK (0x0000f000u)
#define HIST_TOSS_SEQ_POS (16u)
#define HIST_TOSS_SEQ_MASK (0xffff0000u)
/* Format of toss reasons with count
* bits [15..0] : 16 bits : toss reason
* bits [31..16]: 16 bits : count
*/
#define HIST_TOSS_RC_REASON_POS (0u)
#define HIST_TOSS_RC_REASON_MASK (0xffffu)
#define HIST_TOSS_RC_COUNT_POS (16u)
#define HIST_TOSS_RC_COUNT_MASK (0xffff0000u)
typedef struct {
uint16 version;
uint8 hist_toss_type; /* from wl_slice_hist_XX_stats_xtlv_id */
uint8 hist_toss_num; /* number of elements in hist_toss_xxx */
uint32 hist_toss_cur_idx; /* latest data is in this index */
uint32 hist_toss_reasons[WLC_HIST_TOSS_LEN]; /* last 8 reasons along with seq, etc as
* per HIST_TOSS_xxx format
*/
uint32 hist_toss_counts[WLC_HIST_TOSS_LEN]; /* toss counts corr to reasons */
} wl_hist_compact_toss_stats_v1_t;
#define WL_HIST_COMPACT_TOSS_STATS_TX_VER_2 (2u)
#define WL_HIST_COMPACT_TOSS_STATS_RX_VER_2 (2u)
typedef struct {
uint16 version;
uint8 htr_type; /* from wl_slice_hist_XX_stats_xtlv_id */
uint8 htr_num; /* number of elements in htr_running or htr_rc */
uint16 htr_rnidx; /* htr_running[rnidx-1] has latest data */
uint16 htr_rcidx; /* htr_rc[rcidx-1] has latest data */
uint32 htr_running[WLC_HIST_TOSS_LEN]; /* last 8 reasons along with seq, etc as
* per WLC_SDC_COMPACT_TOSS_REASON() format
*/
uint32 htr_rn_ts[WLC_HIST_TOSS_LEN]; /* time stamps corr to htr_running data */
uint32 htr_rc[WLC_HIST_TOSS_LEN]; /* last 8 toss reasons and counts in
* WLC_SDC_COMPACT_TOSS_RC() format
*/
uint32 htr_rc_ts[WLC_HIST_TOSS_LEN]; /* time stamps corr to htr_rc */
} wl_hist_compact_toss_stats_v2_t;
#define WL_HIST_COMPACT_TOSS_STATS_TX_VER_3 (3u)
#define WL_HIST_COMPACT_TOSS_STATS_RX_VER_3 (3u)
typedef struct {
uint8 toss_reason;
uint8 cfg_ac;
uint16 toss_seq;
} toss_info_t;
typedef struct {
uint16 toss_reason;
uint16 toss_cnt;
} toss_cnt_t;
typedef struct {
uint16 version;
uint8 htr_type; /* from wl_slice_hist_XX_stats_xtlv_id */
uint8 htr_num; /* number of elements in htr_running or htr_rc */
uint16 htr_rnidx; /* htr_running[rnidx-1] has latest data */
uint16 htr_rcidx; /* htr_rc[rcidx-1] has latest data */
toss_info_t htr_running[WLC_HIST_TOSS_LEN]; /* last 8 reasons along with seq, etc as
* per WLC_SDC_COMPACT_TOSS_REASON() format
*/
uint32 htr_rn_ts[WLC_HIST_TOSS_LEN]; /* time stamps corr to htr_running data */
toss_cnt_t htr_rc[WLC_HIST_TOSS_LEN]; /* last 8 toss reasons and counts in
* WLC_SDC_COMPACT_TOSS_RC() format
*/
uint32 htr_rc_ts[WLC_HIST_TOSS_LEN]; /* time stamps corr to htr_rc */
} wl_hist_compact_toss_stats_v3_t;
/* ***END of SDC_TYPE_STA_ONBOARD_DEBUG specific ******* */
#endif /* BCM_SDC */
typedef struct wl_avs_info_v1 {
uint16 version; /* Structure version */
uint16 equ_version; /* Equation Version */
uint32 RO; /* RO in OTP */
uint32 equ_csr; /* Equated CSR */
uint32 read_csr; /* Read Back CSR */
uint32 aging; /* aging setting in nvram */
} wl_avs_info_v1_t;
/* The value is read from AVSCapabilities.AVSHistogramDepth in 4390a0/4399b0 */
#define AVS_HIST_ENTRY_NUM 8
typedef struct wl_avs_hist_entry_s {
uint32 time; /* in ms */
uint32 voltage_ndv; /* in mV */
} wl_avs_hist_entry_t;
typedef struct wl_avs_info_v2 {
uint16 version; /* Structure version */
uint16 length; /* length of structure */
int16 ro_margin_idx; /* -1 when avsdump_internal=1 is not in nvram */
uint16 voltage_ndv; /* current NDV voltage in mV */
uint16 voltage_ldv; /* current LDV voltage in mV */
uint8 dvfs_state; /* Current DVFS state */
uint8 hist_entry_num; /* 0 when avsdump_internal=1 is not in nvram */
wl_avs_hist_entry_t hist[AVS_HIST_ENTRY_NUM];
} wl_avs_info_v2_t;
#define WL_AVS_INFO_VER_1 1
#define WL_AVS_INFO_VER_2 2
#define DVFS_STATE_LDV 0u
#define DVFS_STATE_NDV 1u
/* SC (scan core) command IDs */
enum wl_sc_cmd {
WL_SC_CMD_DBG = 0,
WL_SC_CMD_CNX = 1,
WL_SC_CMD_CAP = 2,
WL_SC_CMD_CONFIG = 3,
WL_SC_CMD_PMALERT_ADJ_FACTOR = 4,
WL_SC_CMD_FEMASK = 5,
WL_SC_CMD_MSCHANS = 6,
WL_SC_CMD_LAST
};
/* WBUS sub-command IDs for unit test */
#define WL_WBUS_INA_SLOT_START 0x01u /**< Inactive slot start sub command ID. */
#define WL_WBUS_INA_SLOT_STOP 0x02u /**< Inactive slot stop sub command ID. */
/* WBUS (WiFi BT uniform scheduler) command IDs */
enum wl_wbus_cmd {
WL_WBUS_CMD_VER = 0,
WL_WBUS_CMD_STATS = 1,
WL_WBUS_CMD_UNIT_TEST = 2,
WL_WBUS_CMD_BT_TEST = 3,
WL_WBUS_CMD_CAP = 4,
WL_WBUS_CMD_COEX_CFG = 5,
WL_WBUS_CMD_LAST
};
#define WBUS_BT_SCHED_TEST_PARAMS_VER_1 1
typedef struct wbus_bt_sched_test_params_v1 {
uint16 version;
uint8 min_duty_cycle;
uint8 type;
uint32 flags;
uint32 action;
uint32 duration;
uint32 interval;
} wbus_bt_sched_test_params_v1_t;
enum wl_wbus_bt_test_type {
WBUS_TEST_BT_USER_TYPE_LE_SCAN = 0u,
WBUS_TEST_BT_USER_TYPE_PAGE_SCAN = 1u,
WBUS_TEST_BT_USER_TYPE_MAX = 2u
};
#define WBUS_BT_SCHED_ADD 0u
#define WBUS_BT_SCHED_REMOVE 1u
#define WBUS_BT_SCHED_INVALID 0xFFu
enum wlc_btcec_iocv_subcmds {
WL_BTCEC_SUBCMD_TEST = 0,
WL_BTCEC_SUBCMD_STATS = 1,
WL_BTCEC_SUBCMD_TEST_BTMC_MODE = 2,
WL_BTCEC_SUBCMD_LAST
};
/* btcec - bt schedule id's */
typedef enum {
BTCEC_SCHED_ID_LE_SCAN = 1,
BTCEC_SCHED_ID_PAGE_SCAN = 2
} BTCEC_SCHED_IDS;
/* max schedule id must be equal to last valid schedule id */
#define BTCEC_SCHED_MAX_V1 BTCEC_SCHED_ID_PAGE_SCAN
/* meanings of flags */
/* bit0: schedule with the given sch_id is present in btcec */
#define BTCEC_SCHSTATS_FLAG_ACTIVE (0x1)
/* bit1: schedule with the given sch_id is successfully registered with wbus */
#define BTCEC_SCHSTATS_FLAG_WBUS_REG_OK (0x2)
/* bit2: schedule with the given sch_id is being scheduled in wbus */
#define BTCEC_SCHSTATS_FLAG_WBUS_SCHEDULED (0x4)
/* v1 supports pmdur only */
#define WLC_BTCEC_STATS_V1 1u
typedef struct wlc_btcec_stats_v1 {
uint16 ver;
uint16 len;
uint32 pmdur; /* duration in millisec granted for bt corr to which wlsc slept */
} wlc_btcec_stats_v1_t;
/* v2 supports 1 page scan and 1 le scan */
#define WLC_BTCEC_STATS_V2 2u
/* btcec per schedule stats for general reporting */
typedef struct wlc_btcec_sch_stats_v2 {
uint8 sch_id; /* schedule id */
uint8 flags; /* flags. see BTCEC_SCHSTATS_FLAG_xxx */
uint8 PAD[2];
uint32 slcnt; /* num slots granted to bt */
uint32 skip; /* count of btsc le/page scan, skipped */
uint32 btdur; /* duration in millisec granted for bt corr to which wlsc slept */
uint32 overlap; /* wlsc was awake and btsc le/page scan overlapped, in ms */
uint32 txblnk; /* wlauxtx blanked btsc le/page scan, in ms */
} wlc_btcec_sch_stats_v2_t;
/* btcec stats for general reporting */
typedef struct wlc_btcec_stats_v2 {
uint16 ver;
uint16 len;
uint32 rx_msg_cnt; /* received messages counter */
uint32 tx_msg_cnt; /* transmitted messages counter */
uint32 add_msg_cnt; /* rx add messages counter */
uint32 del_msg_cnt; /* rx del messages counter */
uint32 stats_dur; /* dur in sec for which stats is accumulated */
uint8 PAD[3];
uint8 num_sstats; /* number of elements in sstats struct */
wlc_btcec_sch_stats_v2_t sstats[]; /* sch specific stats */
} wlc_btcec_stats_v2_t;
/* v3 = v2 + ac_overlap */
#define WLC_BTCEC_STATS_V3 3u
/* btcec per schedule stats for general reporting */
typedef struct wlc_btcec_sch_stats_v3 {
uint8 sch_id; /* schedule id */
uint8 flags; /* flags. see BTCEC_SCHSTATS_FLAG_xxx */
uint8 PAD[2];
uint32 slcnt; /* num slots granted to bt */
uint32 skip; /* count of btsc le/page scan, skipped */
uint32 btdur; /* duration in millisec granted for bt corr to which wlsc slept */
uint32 overlap; /* wlsc was awake and btsc le/page scan overlapped, in ms */
uint32 txblnk; /* wlauxtx blanked btsc le/page scan, in ms */
uint32 ac_overlap; /* wlaux overlapped btsc le/page scan, in ms */
uint16 sched_duration; /* duration finally scheduled in msch, in ms */
uint16 sched_interval; /* interval finally scheduled in msch, in ms */
uint16 req_duration; /* duration finally scheduled in msch, in ms */
uint16 req_interval; /* interval finally scheduled in msch, in ms */
uint16 min_duty_cycle; /* interval finally scheduled in msch, in ms */
uint16 PAD;
} wlc_btcec_sch_stats_v3_t;
/* btcec stats for general reporting */
typedef struct wlc_btcec_stats_v3 {
uint16 ver;
uint16 len;
uint32 rx_msg_cnt; /* received messages counter */
uint32 tx_msg_cnt; /* transmitted messages counter */
uint32 add_msg_cnt; /* rx add messages counter */
uint32 del_msg_cnt; /* rx del messages counter */
uint32 stats_dur; /* dur in sec for which stats is accumulated */
uint8 PAD[3];
uint8 num_sstats; /* number of elements in sstats struct */
wlc_btcec_sch_stats_v3_t sstats[]; /* sch specific stats */
} wlc_btcec_stats_v3_t;
/* btcec periodic ecounters structs
* [similar to wlc_btcec_stats_vX_t, but constrained in size due to its periodicity of reporting]
*/
#define WLC_BTCEC_PERIODIC_CNTRS_V1 (1u)
/* btcec per schedule stats for periodic ecounters reporting */
typedef struct wlc_btcec_periodic_sch_stats_v1 {
uint8 sch_id; /* schedule id from BTCEC_SCHED_IDS */
uint8 flags; /* flags. see BTCEC_SCHSTATS_FLAG_xxx */
uint8 slcnt; /* num slots granted to bt */
uint8 skip; /* count of btsc le/page scan, skipped */
uint16 btdur; /* duration in millisec granted for bt corr to which wlsc slept */
uint16 overlap; /* wlsc was awake and btsc le/page scan overlapped, in ms */
uint16 txblnk; /* wlauxtx blanked btsc le/page scan, in ms */
uint16 ac_overlap; /* wlaux overlapped btsc le/page scan, in ms */
uint16 sched_duration; /* duration finally scheduled in msch, in ms */
uint16 sched_interval; /* interval finally scheduled in msch, in ms */
uint16 req_duration; /* duration finally scheduled in msch, in ms */
uint16 req_interval; /* interval finally scheduled in msch, in ms */
uint16 min_duty_cycle; /* interval finally scheduled in msch, in ms */
uint16 PAD;
} wlc_btcec_periodic_sch_stats_v1_t;
/* btcec stats for periodic ecounters reporting */
typedef struct {
uint16 ver;
uint16 len;
uint8 rx_msg_cnt; /* received messages counter */
uint8 tx_msg_cnt; /* transmitted messages counter */
uint8 add_msg_cnt; /* rx add messages counter */
uint8 del_msg_cnt; /* rx del messages counter */
uint8 PAD[3];
uint8 num_sstats; /* number of elements in sstats struct */
wlc_btcec_periodic_sch_stats_v1_t sstats[BTCEC_SCHED_MAX_V1]; /* sch specific */
} wlc_btcec_periodic_stats_v1_t;
#define WLC_BTCEC_PERIODIC_CNTRS_V2 (2u)
typedef struct {
uint16 ver;
uint16 len;
uint8 rx_msg_cnt; /* received messages counter */
uint8 tx_msg_cnt; /* transmitted messages counter */
uint8 add_msg_cnt; /* rx add messages counter */
uint8 del_msg_cnt; /* rx del messages counter */
uint8 btmc_cnt; /* btmc state check count */
uint8 fb_schupd_cnt; /* fixed bit:schedule update count */
uint8 fb_btmc_cnt; /* fixed bit:btmc update count */
uint8 num_sstats; /* number of elements in sstats struct */
uint32 fixed_bits_lsb; /* state of gci fixed bits */
uint32 btmc_active_ts; /* last btmc active timestamp in ms */
uint32 btmc_idle_ts; /* last btmc idle timestamp in ms */
wlc_btcec_periodic_sch_stats_v1_t sstats[BTCEC_SCHED_MAX_V1]; /* sch specific */
} wlc_btcec_periodic_stats_v2_t;
#define WBUS_OFFLOAD_STATS_V1 1u
#define WBUS_OFFLOAD_USER_STATS_V1 1u
typedef struct wbus_offload_user_stats_v1 {
uint16 version; /* version of this structure */
uint16 len; /* size of this structure */
uint8 type; /* Offload type */
uint8 PAD[3];
uint32 num_accepted; /* num of times user got accepted */
uint32 num_rejected; /* num of times user got rejected */
uint32 num_failed; /* num of times user accept failed */
} wbus_offload_user_stats_v1_t;
typedef struct wbus_offload_stats_v1 {
uint16 version; /* version of this structure */
uint16 len; /* size of this structure */
uint32 num_accept_ok; /* num accept pass */
uint32 num_accept_fail; /* num accept fail */
uint32 num_rejected; /* num of rejected users so far */
uint32 num_rejected_bt; /* num of rejected users so far for BT */
uint32 num_rejected_all; /* num times all offloads are rejected */
uint8 PAD[3];
uint8 num_user; /* num of users stats */
wbus_offload_user_stats_v1_t user_stats[]; /* per user stats */
} wbus_offload_stats_v1_t;
#define KEY_UPDATE_INFO_VER_V1 1
typedef struct key_update_info_v1
{
uint16 ver;
uint8 pad;
uint8 flags;
uint32 timestamp;
uint32 algo;
uint32 key_flags;
struct ether_addr ea;
struct ether_addr sa;
} key_update_info_v1_t;
/* Key update flag bit field */
#define KEY_UPD_FLAG_ADD_KEY 0x1 /* 0 - Removal, 1 - Add key */
#define WL_OMI_CONFIG_VERSION_1 1u
#define WL_OMI_CONFIG_VERSION_2 2u
/* values for valid_bm */
#define OMI_CONFIG_VALID_BMP_RXNSS 0x0001u
#define OMI_CONFIG_VALID_BMP_BW 0x0002u
#define OMI_CONFIG_VALID_BMP_ULMU_DISABLE 0x0004u
#define OMI_CONFIG_VALID_BMP_TXNSTS 0x0008u
#define OMI_CONFIG_VALID_BMP_ERSU_DISABLE 0x0010u
#define OMI_CONFIG_VALID_BMP_DLMU_RSD_RCM 0x0020u
#define OMI_CONFIG_VALID_BMP_ULMU_DATA_DISABLE 0x0040u
#define OMI_CONFIG_VALID_BMP_BW_EXT 0x0080u
#define OMI_CONFIG_VALID_BMP_RXNSS_EXT 0x0100u
#define OMI_CONFIG_VALID_BMP_TXNSTS_EXT 0x0200u
#define OMI_CONFIG_VALID_BMP_ALL 0x0FFFu
#define OMI_CONFIG_VALID_BMP_CLEAR_ALL 0x1000u
#define OMI_CONFIG_BW_MAX 3u
#define OMI_CONFIG_BW_EXT_MAX 1u
#define OMI_CONFIG_RXNSS_EXT_MAX 1u
#define OMI_CONFIG_TXNSTS_EXT_MAX 1u
/** band_bitmap indicating bands for which OMI config is get/set */
#define WL_OMI_BAND_BITMAP_2G 0x1u /* 2g field updated */
#define WL_OMI_BAND_BITMAP_5G 0x2u /* 5g field updated */
#define WL_OMI_BAND_BITMAP_6G 0x4u /* 6g field updated */
#define WL_OMI_BAND_BITMAP_ALL (WL_OMI_BAND_BITMAP_2G | \
WL_OMI_BAND_BITMAP_5G | \
WL_OMI_BAND_BITMAP_6G)
typedef struct wl_omi_config {
uint16 valid_bm; /* validity bitmask for each config */
uint8 rxnss;
uint8 bw;
uint8 ulmu_disable;
uint8 txnsts;
uint8 ersu_disable;
uint8 dlmu_resound_rec;
uint8 ulmu_data_disable;
uint8 bw_ext;
uint8 rxnss_ext;
uint8 txnsts_ext;
} wl_omi_config_t;
typedef struct wl_omi_req {
uint16 version;
uint16 len;
wl_omi_config_t config;
} wl_omi_req_v1_t;
typedef struct wl_omi_req_v2 {
uint16 version;
uint16 len;
uint8 band_bitmap; /* bands for which config is updated */
uint8 PAD[3];
wl_omi_config_t config;
} wl_omi_req_v2_t;
/* Bits for ULMU disable reason */
#define OMI_ULMU_DISABLED_HOST 0x01u /* Host has disabled through he omi */
#define OMI_ULMU_DISABLED_NAN 0x04u /* Disabled due to NAN enabled */
#define OMI_ULMU_DISABLED_BTCOEX 0x08u /* Disabled while in BT Coex activity */
#define OMI_ULMU_DISABLED_LTECOEX 0x10u /* Disabled due to LTE Coex activity */
#define OMI_ULMU_DISABLED_NON11AX_CONN 0x20u /* Disabled due to non-11ax connection */
#define OMI_ULMU_DISABLED_THROTTLE_ENABLE 0x40u /* Disabled due to throttle timer running */
#define OMI_ULMU_DISABLED_TXCHAIN_DOWNGRADE 0x80u /* Disabled due to Txchain downgrade */
#define OMI_ULMU_DISABLED_TX_DUTY_CYCLE 0x100u /* Disabled due to tx duty cycle */
#define OMI_ULMU_DISABLED_VLP 0x200u /* Disabled due to VLP */
#define OMI_ULMU_DISABLED_DUALSTA 0x400u /* Disabled due to dualsta */
#define OMI_ULMU_DISABLED_UNSUPPORTED_TXPWR 0x800u /* Disabled due to unsupported tx power */
#define OMI_ULMU_DISABLED_2G_NPLINK 0x1000u /* Disabled due to 2G as non-preferred link */
/* Bits for DLMU Resound Recommendation reason */
#define OMI_DLMU_RSD_RCM_HOST (0x1u << 0u) /* Host directly set the bit */
#define OMI_DLMU_RSD_RCM_MPF (0x1u << 1u) /* Set on MPF state change */
/* UL-OFDMA disable configurations */
#define OMI_ULMU_DISABLE_CONFIG_2G_NPLINK 0x0001u /* disable due to 2G as non-pref link */
#define WL_OMI_STATUS_VERSION_1 1u
typedef struct wl_omi_status {
uint16 version;
uint16 len;
wl_omi_config_t omi_pending; /* OMI requests pending */
uint16 omi_data; /* current OM Control field for completed OMI requests */
uint16 ulmu_disable_reason; /* Bits representing UL OFDMA disable reasons */
uint32 ulmu_disable_duration; /* Duration (ms) for which UL OFDMA is disabled */
} wl_omi_status_v1_t;
#define WL_OMI_STATUS_VERSION_2 2u
typedef struct wl_omi_status_v2 {
uint16 version;
uint16 len;
wl_omi_config_t omi_pending; /* OMI requests pending */
uint16 omi_data; /* Current OM Control field for completed OMI requests */
uint16 ulmu_disable_reason; /* Bits representing UL OFDMA disable reasons */
uint32 ulmu_disable_duration; /* Duration (ms) for which UL OFDMA is disabled */
uint32 dlmu_rsd_rcm_duration; /* Dur (ms) for which ResoundRecommentation is set */
uint16 dlmu_rsd_rcm_mpf_state; /* The MPF state value */
uint16 dlmu_rsd_rcm_reason; /* DL MU-MIMO recommendation reasons bitmap */
} wl_omi_status_v2_t;
#define WL_OMI_STATUS_VERSION_3 3u
typedef struct wl_omi_status_v3 {
uint16 version;
uint16 len;
wl_omi_config_t omi_pending; /* OMI requests pending */
uint16 omi_data; /* Current HE OM Control field for completed OMI req */
uint16 ulmu_disable_reason; /* Bits representing UL OFDMA disable reasons */
uint32 ulmu_disable_duration; /* Duration (ms) for which UL OFDMA is disabled */
uint32 dlmu_rsd_rcm_duration; /* Dur (ms) for which ResoundRecommentation is set */
uint16 dlmu_rsd_rcm_mpf_state; /* The MPF state value */
uint16 dlmu_rsd_rcm_reason; /* DL MU-MIMO recommendation reasons bitmap */
uint16 omi_data_ext; /* Current EHT OM Control field for completed OMI req */
uint16 PAD;
} wl_omi_status_v3_t;
#define WL_ULMU_DISABLE_STATS_VERSION_1 1u
typedef struct wl_ulmu_disable_stats {
uint16 version;
uint16 len;
uint32 ulmu_disable_ts; /* UL OFDMA disabled timestamp (ms) */
uint16 ulmu_disable_reason; /* Bits representing UL OFDMA disable reasons */
uint16 ulmu_disable_count; /* UL MU disable count during current infra association */
uint32 last_trig_rx_ts; /* Last trigger frame received timestamp (ms) */
uint16 trig_rx_count; /* No of trigger frames received after last UL OFDMA disable */
uint16 max_latency; /* Max latency by AP to re-act for UL OFDMA disable request (ms) */
uint16 min_latency; /* Min latency by AP to re-act for UL OFDMA disable request (ms) */
uint16 avg_latency; /* Avg latency by AP to re-act for UL OFDMA disable request (ms) */
} wl_ulmu_disable_stats_v1_t;
/* Bits for configuring the feature for setting max Rx MPDU size to 4K for 160MHz
* association with BRCM AP
*/
#define WL_RXMPDU_MAXLEN_4K_EN 0x1u /* Enable/disable the feature */
#define WL_RXMPDU_MAXLEN_4K_ACTIVE 0x2u /* Status to indicate if the feature is active */
#define WL_TPE_TXPWR_CONFIG_VERSION_1 1u
#define WL_TPE_TXPWR_MAX_LEN 8u
typedef struct wl_tpe_txpwr_config {
uint16 version;
uint16 len;
uint8 idx; /* Index of profile */
uint8 cat; /* Transmit Power Info category */
uint8 intr; /* Transmit Power Info Interpretation */
uint8 cnt; /* Transmit Power Info count */
uint8 regcat; /* reg info power category */
uint8 PAD[3];
int8 txpwr[WL_TPE_TXPWR_MAX_LEN]; /* Maximum TX power */
} wl_tpe_txpwr_config_v1_t;
/* sub-xtlv IDs within WL_STATS_XTLV_WL_SLICE_TX_HISTOGRAMS */
enum wl_tx_histogram_id {
WL_TX_HIST_TXQ_ID = 1,
WL_TX_HIST_LOW_TXQ_ID = 2,
WL_TX_HIST_SCBQ_ID = 3,
WL_TX_HIST_EXCUR_TXQ_ID = 4,
WL_TX_HIST_EXCUR_LOW_TXQ_ID = 5
};
/* common tx histogram structure */
typedef struct wl_tx_hist {
uint16 hist_bmap; /* bit N indicates histogram follows for priority or fifo N */
uint16 hist_count; /* count of histograms in var len array */
uint32 hist[BCM_FLEX_ARRAY]; /* var len array of histograms each prefix by hist length */
} wl_tx_hist_t;
#define WL_TX_HIST_FIXED_LEN (OFFSETOF(wl_tx_hist_t, hist))
#define WL_TX_HIST_FULL_LEN(num_hist, max_hist_size) \
(WL_TX_HIST_FIXED_LEN + (num_hist) * \
(max_hist_size + 1) * sizeof(uint32))
/* structure for WL_TX_HIST_TXQ, WL_TX_HIST_EXCUR_TXQ_ID */
typedef struct wl_tx_hist_txq {
uint32 bsscfg_bmap; /* bitmap of bsscfg indexes associated with this queue */
wl_tx_hist_t tx_hist; /* tx histograms */
} wl_tx_hist_txq_t;
#define WL_TX_HIST_TXQ_FIXED_LEN \
(OFFSETOF(wl_tx_hist_txq_t, tx_hist) + WL_TX_HIST_FIXED_LEN)
#define WL_TX_HIST_TXQ_FULL_LEN(num_hist, max_hist_size) \
(OFFSETOF(wl_tx_hist_txq_t, tx_hist) + \
WL_TX_HIST_FULL_LEN(num_hist, max_hist_size))
/* sub-xtlv IDs within WL_STATS_XTLV_WL_SLICE_TX_HISTOGRAMS */
enum wl_txq_stop_histogram_id {
WL_TXQ_STOP_HIST_SW = 1,
WL_TXQ_STOP_HIST_HW = 2,
WL_TXQ_STOP_HIST_PKTS_SW = 3,
WL_TXQ_STOP_HIST_PKTS_HW = 4,
WL_TXQ_STOP_HIST_MAX = WL_TXQ_STOP_HIST_PKTS_HW
};
/* common tx histogram structure */
typedef struct wl_txq_stop_hist {
wl_tx_hist_t tx_hist; /* tx histograms */
} wl_txq_stop_hist_t;
#define WL_TXQ_STOP_HIST_FIXED_LEN \
(OFFSETOF(wl_txq_stop_hist_t, tx_hist) + WL_TX_HIST_FIXED_LEN)
#define WL_TXQ_STOP_HIST_FULL_LEN(num_hist, max_hist_size) \
(OFFSETOF(wl_txq_stop_hist_t, tx_hist) + \
WL_TX_HIST_FULL_LEN(num_hist, max_hist_size))
/* structure for WL_TX_HIST_LOW_TXQ, WL_TX_HIST_EXCUR_LOW_TXQ_ID */
typedef struct wl_tx_hist_low_txq {
wl_tx_hist_t tx_hist; /* tx histograms */
} wl_tx_hist_low_txq_t;
#define WL_TX_HIST_LOW_TXQ_FIXED_LEN \
(OFFSETOF(wl_tx_hist_low_txq_t, tx_hist) + WL_TX_HIST_FIXED_LEN)
#define WL_TX_HIST_LOW_TXQ_FULL_LEN(num_hist, max_hist_size) \
(OFFSETOF(wl_tx_hist_low_txq_t, tx_hist) + \
WL_TX_HIST_FULL_LEN(num_hist, max_hist_size))
/* structure for WL_TX_HIST_SCBQ */
typedef struct wl_tx_hist_scbq {
struct ether_addr ea; /* ether addr of peer */
uint16 bsscfg_idx; /* bsscfg index */
wl_tx_hist_t tx_hist; /* tx histograms */
} wl_tx_hist_scbq_t;
#define WL_TX_HIST_SCBQ_FIXED_LEN \
(OFFSETOF(wl_tx_hist_scbq_t, tx_hist) + WL_TX_HIST_FIXED_LEN)
#define WL_TX_HIST_SCBQ_FULL_LEN(num_hist, max_hist_size) \
(OFFSETOF(wl_tx_hist_scbq_t, tx_hist) + \
WL_TX_HIST_FULL_LEN(num_hist, max_hist_size))
/* sub-xtlv IDs within WL_STATS_XTLV_WL_SLICE_TX_QUEUE_DEPTH */
enum wl_tx_queue_depth_id {
WL_TX_QUEUE_DEPTH_TXQ_ID = 1,
WL_TX_QUEUE_DEPTH_LOW_TXQ_ID = 2,
WL_TX_QUEUE_DEPTH_SCBQ_ID = 3,
WL_TX_QUEUE_DEPTH_EXCUR_TXQ_ID = 4,
WL_TX_QUEUE_DEPTH_EXCUR_LOW_TXQ_ID = 5
};
/* common tx queue depth structure */
typedef struct wl_tx_queue_depth {
uint16 queue_depth_bmap; /* bitmap of queue depth in var len array */
uint16 queue_depth_count; /* count of queue depth in var len array */
uint16 queue_depth[BCM_FLEX_ARRAY]; /* var len array of queue depth */
} wl_tx_queue_depth_t;
#define WL_TX_QUEUE_DEPTH_FIXED_LEN (OFFSETOF(wl_tx_queue_depth_t, queue_depth))
#define WL_TX_QUEUE_DEPTH_FULL_LEN(num_queue_depth) \
(WL_TX_QUEUE_DEPTH_FIXED_LEN + (num_queue_depth) * \
sizeof(uint16))
/* structure for WL_TX_QUEUE_DEPTH_TXQ_ID, WL_TX_QUEUE_DEPTH_EXCUR_TXQ_ID */
typedef struct wl_tx_queue_depth_txq {
uint32 bsscfg_map; /* bitmap of bsscfg indexes associated with this queue */
wl_tx_queue_depth_t tx_queue_depth; /* queue depth */
} wl_tx_queue_depth_txq_t;
#define WL_TX_QUEUE_DEPTH_TXQ_FIXED_LEN \
(OFFSETOF(wl_tx_queue_depth_txq_t, tx_queue_depth) + WL_TX_QUEUE_DEPTH_FIXED_LEN)
#define WL_TX_QUEUE_DEPTH_TXQ_FULL_LEN(num_queue_depth) \
(OFFSETOF(wl_tx_queue_depth_txq_t, tx_queue_depth) + \
WL_TX_QUEUE_DEPTH_FULL_LEN(num_queue_depth))
/* structure for WL_TX_QUEUE_DEPTH_LOW_TXQ_ID, WL_TX_QUEUE_DEPTH_EXCUR_LOW_TXQ_ID */
typedef struct wl_tx_queue_depth_low_txq {
wl_tx_queue_depth_t tx_queue_depth; /* queue depth */
} wl_tx_queue_depth_low_txq_t;
#define WL_TX_QUEUE_DEPTH_LOW_TXQ_FIXED_LEN \
(OFFSETOF(wl_tx_queue_depth_low_txq_t, tx_queue_depth) + WL_TX_QUEUE_DEPTH_FIXED_LEN)
#define WL_TX_QUEUE_DEPTH_LOW_TXQ_FULL_LEN(num_queue_depth) \
(OFFSETOF(wl_tx_queue_depth_low_txq_t, tx_queue_depth) + \
WL_TX_QUEUE_DEPTH_FULL_LEN(num_queue_depth))
/* structure for WL_TX_QUEUE_DEPTH_SCBQ_ID */
typedef struct wl_tx_queue_depth_scbq {
struct ether_addr ea; /* ether addr of peer */
uint16 bsscfg_idx; /* bsscfg index */
wl_tx_queue_depth_t tx_queue_depth; /* queue depth */
} wl_tx_queue_depth_scbq_t;
#define WL_TX_QUEUE_DEPTH_SCBQ_FIXED_LEN \
(OFFSETOF(wl_tx_queue_depth_scbq_t, tx_queue_depth) + WL_TX_QUEUE_DEPTH_FIXED_LEN)
#define WL_TX_QUEUE_DEPTH_SCBQ_FULL_LEN(num_queue_depth) \
(OFFSETOF(wl_tx_queue_depth_scbq_t, tx_queue_depth) + \
WL_TX_QUEUE_DEPTH_FULL_LEN(num_queue_depth))
/* sub-xtlv IDs within WL_STATS_XTLV_BUS_PCIE_TX_HISTOGRAMS */
enum wl_pcie_tx_histogram_id {
WL_PCIE_TX_HIST_ID = 1
};
/* structure for PCIE_TX_HIST_ID */
typedef struct wl_pcie_tx_hist {
uint16 ring_id; /* PCIe ring id */
uint16 PAD; /* 4-byte alignment */
wl_tx_hist_t tx_hist; /* hist_bmap:
* 0x1=tx histogram
* 0x2=tx status pending histogram
*/
} wl_pcie_tx_hist_t;
#define WL_PCIE_TX_HIST_FIXED_LEN \
(OFFSETOF(wl_pcie_tx_hist_t, tx_hist) + WL_TX_HIST_FIXED_LEN)
#define WL_PCIE_TX_HIST_FULL_LEN(num_hist, max_hist_size) \
(OFFSETOF(wl_pcie_tx_hist_t, tx_hist) + \
WL_TX_HIST_FULL_LEN(num_hist, max_hist_size))
/* sub-xtlv IDs within WL_STATS_XTLV_BUS_PCIE_TX_QUEUE_DEPTH */
enum wl_pcie_tx_queue_depth_id {
WL_PCIE_TX_QUEUE_DEPTH_ID = 1
};
/* structure for WL_PCIE_TX_QUEUE_DEPTH_ID */
typedef struct wl_pcie_tx_queue_depth {
uint16 ring_id; /* PCIe ring id */
uint16 queue_depth; /* queue depth of ring id */
uint16 tx_status_pend; /* tx status pending of ring id */
uint16 PAD; /* 4-byte alignment */
} wl_pcie_tx_queue_depth_t;
#define WL_PCIE_TX_QUEUE_DEPTH_FIXED_LEN sizeof(wl_pcie_tx_queue_depth_t)
#define WL_WSEC_DEL_PMK_VER_V1 1u
/* tlv ids for del pmk */
#define WL_DEL_PMK_TLV_ID 1u
#define WL_DEL_PMKID_TLV_ID 2u
#define WL_DEL_PEER_ADDR_TLV_ID 3u
typedef struct wl_wsec_del_pmk {
uint16 version;
uint16 length;
uint8 xtlvs[];
} wl_wsec_del_pmk_t;
#define WL_WSEC_DEL_PMK_FIXED_LEN_V1 OFFSETOF(wl_wsec_del_pmk_t, xtlvs)
/* WTC */
#define WLC_WTC_ROAM_VER_1 1u
#define WLC_WTC_ROAM_CONFIG_HDRLEN 4u
typedef enum wtc_band_list {
WTC_BAND_2G = 0,
WTC_BAND_5G = 1,
WTC_BAND_6G = 2,
WTC_MAX_BAND = 3
} wtc_band_list_e;
typedef struct wlc_wtcroam {
uint16 ver;
uint16 len;
uint8 data[];
} wlc_wtc_args_t;
typedef struct wlc_wtcconfig_info {
uint8 mode; /* enable or disable wtc. static config */
uint8 scantype; /* type of scan for wtc roam */
int8 rssithresh[WTC_MAX_BAND]; /* rssi value below which wtc is active */
int8 ap_rssithresh[WTC_MAX_BAND]; /* rssi value above which candidate AP is good */
} wlc_wtcconfig_info_v1_t;
/* RCROAM */
#define WLC_RC_ROAM_VER_1 1u
typedef struct wlc_rcroam {
uint16 ver;
uint16 len;
uint8 data[];
} wlc_rcroam_t;
typedef struct wlc_rcroam_info_v1 {
uint16 inactivity_period; /* inactivty monitor period */
uint16 roam_scan_timeout;
uint16 periodic_roam_scan_timeout;
uint8 roam_trig_step; /* roaming trigger step value */
bool enab;
} wlc_rcroam_info_v1_t;
#define RCROAM_HDRLEN 4u
#define MAX_RCSCAN_TIMER 300u
/* Reasons for re-setting RC ROAM params */
#define WLC_RCROAM_RESET_JOIN 0 /* New join */
#define WLC_RCROAM_REASON_ROAM_SUCCESS 1 /* Successful roam */
#define WLC_RCROAM_RESET_RSSI_CHANGE 2 /* RSSI of the link which was bad regained/worsened */
#define WLC_RCROAM_RESET_BCN_LOSS 3 /* Beacon loss */
#define WLC_RCROAM_RESET_DISASSOC_RX 4 /* Disassoc was received */
#define WLC_RCROAM_RESET_DEAUTH_RX 5 /* Deauth was received */
#define WLC_RCROAM_RESET_IOVAR 6 /* Iovar to disable rcroam was received from host */
#define WLC_RCROAM_RESET_WTCREQ 7 /* WTC request overriding rcroam */
#define WLC_RCROAM_RESET_RSN_ABORT 8 /* Reset RCROAM params due to roam abort */
#define WLC_RCROAM_RESET_CSA_COMP 9 /* Reset RCROAM params due to CSA */
#define WLC_RCROAM_RESET_ROAM_PROF 10 /* Reset RCROAM params due to roam prof iovar */
#define WLC_SILENT_ROAM_VER_1 1u
/* silent roam information struct */
typedef struct wlc_sroam_info_v1 {
/* Silent roam Set/Get value */
uint8 sroam_on; /* sroam on/off */
int8 sroam_min_rssi; /* minimum rssi threshold to activate the feature */
uint8 sroam_rssi_range; /* rssi tolerance to determine stationary status */
uint8 sroam_score_delta; /* roam score delta value to prune candidate ap */
uint8 sroam_period_time; /* required monitoring period to trigger roaming scan */
uint8 sroam_band; /* band setting of roaming scan (all, 5g, 2g) */
uint8 sroam_inact_cnt; /* tx/rx frame count threshold for checking inactivity */
/* Silent roam monitor value */
int8 sroam_ref_rssi; /* reference rssi which is picked when monitoring is
* started. it is updated to current rssi when it's
* out from rssi range
*/
uint8 sroam_time_since; /* elapsed time since start monitoring */
uint8 PAD[3];
uint32 sroam_txfrm_prev; /* save current tx frame counts */
uint32 sroam_rxfrm_prev; /* save current rx frame counts */
} wlc_sroam_info_v1_t;
typedef struct wlc_sroam {
uint16 ver;
uint16 len;
uint8 data[];
} wlc_sroam_t;
#define SROAM_HDRLEN 4u
#define DEF_SROAM_OFF 0
#define DEF_SROAM_MIN_RSSI -65
#define DEF_SROAM_RSSI_RANGE 8u
#define DEF_SROAM_SCORE_DELTA 0
#define DEF_SROAM_PERIOD_TIME 5u
#define DEF_SROAM_INACT_CNT 10u
#define MAX_SROAM_RSSI -70
#define MAX_SROAM_RSSI_RANGE 10u
#define MAX_SROAM_SCORE_DELTA 10u
#define MAX_SROAM_PERIOD_TIME 250u
#define SROAM_BAND_AUTO 3u
/* MACSMPL IOVAR parameters */
typedef enum wl_macdbg_macsmpl_iovar_id {
WL_MACSMPL_START = 0,
WL_MACSMPL_STOP = 1,
WL_MACSMPL_DUMP = 2,
WL_MACSMPL_STATUS = 3,
WL_MACSMPL_SIZE = 4
} wl_macdbg_macsmpl_iovar_id_t;
/* WL_MACSMPL_STATUS values */
typedef enum wl_macdbg_macsmpl_status {
WL_MACSMPL_STATUS_IDLE = 0,
WL_MACSMPL_STATUS_ACTIVE = 1,
WL_MACSMPL_STATUS_WAIT_FOR_TRIG = 2,
WL_MACSMPL_STATUS_TRIGGERED = 3
} wl_macdbg_macsmpl_status_t;
/* WL_MACSMPL_START_PARAM subcommand data */
typedef struct wl_macsmpl_start_param {
uint32 trig_condition; /* trigger condition */
uint16 gpio_mux; /* MACControl1 GPIOSel field */
uint8 PAD[2]; /* 4-byte struct alignment */
} wl_macsmpl_param_start_t;
/* MAC SC fragment request data */
typedef struct wl_macsmpl_frag_req_param {
uint32 offset; /* requested MAC SC fragment offset */
uint32 size; /* requested MAC SC fragment size, bytes */
} wl_macsmpl_frag_req_param_t;
/* MAC SC fragment response data */
typedef struct wl_macsmpl_frag_resp_param {
uint32 offset; /* MAC SC response fragment offset */
uint32 size; /* MAC SC reponse fragment size, bytes */
uint8 data[]; /* MAC SC response fragment data, flexible array */
} wl_macsmpl_frag_resp_param_t;
/* MAC SC status data */
typedef struct wl_macsmpl_status {
uint32 maccontrol1; /* MACControl1 register value */
uint32 macsc_flags; /* M_MACSC_FLAGS SHM register value */
uint16 sc_play_ctrl; /* TXE SampleCollectPlayCtrl register value */
uint16 sc_cur_ptr; /* TXE SampleCollectCurPtr register value */
uint16 sc_start_ptr; /* TXE SampleCollectStartPtr register value */
uint16 sc_stop_ptr; /* TXE SampleCollectStopPtr register value */
} wl_macsmpl_status_t;
/* WL_MACSMPL parameters data */
typedef struct wl_macsmpl_param {
wl_macdbg_macsmpl_iovar_id_t subcmd_id;
union {
wl_macsmpl_param_start_t start;
wl_macsmpl_frag_req_param_t frag_req;
} u;
} wl_macsmpl_param_t;
/* High priority P2P */
#define WL_HP2P_COUNTERS_VER_V2 2u
#define WL_HP2P_COUNTERS_VER WL_HP2P_COUNTERS_VER_V2
typedef struct hp2p_counters_v2 {
uint32 frames_queued; /* Number of AMPDUs processed */
uint16 frames_exp; /* Number of Lifetime expiries */
uint16 edt_retry; /* Exceed due to - retry */
uint16 mpif_reconf; /* MPIF Reconfigure */
uint16 exceed_delay; /* Exceed delay threshold */
uint16 edt_nav_thresh; /* Exceed due to - NAV threshold */
uint16 edt_dc_def; /* Exceed due to - DC based deferral */
uint16 edt_tx_fifo_full; /* Exceed due to - Tx FIFO full */
uint16 edt_cts_thresh; /* Exceed due to - CTS threshold */
uint16 dbg1; /* dbgX are for internal debugging */
uint16 dbg2;
uint16 dbg3;
uint16 dbg4;
uint16 dbg5;
uint16 dbg6;
uint16 dbg7;
uint16 dbg8;
uint16 dbg9;
uint16 dbg10;
} hp2p_counters_v2_t;
typedef struct hp2p_counters_hdr {
uint16 version; /* version of hp2p_counters_t structure */
uint16 len;
uint16 slice_idx;
uint16 PAD;
uint8 counters[];
} hp2p_counters_hdr_t;
/* HP2P RLLW Stats */
#define WL_HP2P_RLLW_STATS_VER 1u
typedef struct hp2p_rllw_stats_hdr {
uint16 version; /* version of hptp_rllw_stats structure */
uint16 len; /* length of the payload */
uint8 slice_idx; /* Slice idx BAND_2G_INDEX - 0 / BAND_5G_INDEX - 1 */
uint8 PAD[3];
uint8 stats[]; /* rllw_stats instance */
} hp2p_rllw_stats_hdr_t;
/*
* rllw stats common & per band
*
*/
typedef struct hp2p_rllw_stats_v1 {
/* Slice Specific Stats */
uint16 n_hnav_intrs; /* # of high nav interrupts */
uint16 n_switches; /* # of Switches to band n */
/* Stats on wlc_trig */
uint16 n_override_pkts; /* # of pkts enqd with ovrd bit set */
uint16 n_overrides; /* # of overrides - this is only trig_wlc */
uint16 n_override_pkts_acked; /* # of ovrd pkts that got an ACK */
uint16 n_override_pkts_not_acked; /* # of ovrd pkts that werent ACKed */
} hp2p_rllw_stats_v1_t;
/* TX enable flags */
#define WL_HP2P_TX_AMPDU 0x0001u
#define WL_HP2P_TX_AMSDU 0x0002u
#define WL_HP2P_TX_RDG 0x0004u
#define WL_HP2P_TX_TXOP 0x0008u
#define WL_HP2P_TX_TXOP_RTS 0x0010u
/* RX enable flags */
#define WL_HP2P_RX_AMPDU 0x0001u
#define WL_HP2P_RX_AMSDU 0x0002u
#define WL_HP2P_RX_RDG 0x0004u
#define WL_HP2P_RX_AMPDU_REORDER 0x0008u
#define WL_HP2P_RX_DELETE 0x0010u
/* Max/min values for configuration parameters to check validity */
#define WL_HP2P_MAX_RETRY_MAX 14u
#define WL_HP2P_MAX_RETRY_MIN 6u
#define WL_HP2P_LATENCY_TARGET_MAX 30u
#define WL_HP2P_BURST_INTERVAL_MAX 64u
#define WL_HP2P_MAX_FIFO 5u
#define WL_HP2P_MAX_UCODE_LATENCY_THR 500u
#define WL_HP2P_MAX_UCODE_RECOV_TO 500u
#define WL_HP2P_MAX_UCODE_NAV_THR 50000u
#define WLC_HP2P_DEF_NAV_THRESH 13u
#define WLC_HP2P_MIN_NAV_THRESH 1u
#define WLC_HP2P_MAX_NAV_THRESH 35u
#define WLC_HP2P_MAX_HOF_WAIT_THRESH 65u
#define WL_HP2P_VERSION 1u
typedef struct hp2p_tx_config {
struct ether_addr peer_addr;
uint16 max_burst;
uint16 txop; /* stored in network order (ls octet first) */
uint16 flags; /* flags to enable/disable AMPDU, AMSDU, RDG, TXOP, TXOP_RTS */
uint8 aci;
uint8 ecw;
uint8 fifo;
uint8 tid;
uint8 burst_interval;
uint8 latency_target;
uint8 max_retry;
uint8 PAD;
} hp2p_tx_config_t;
typedef struct hp2p_rx_config {
struct ether_addr peer_addr;
uint16 flags; /* flags to enable/disable AMPDU, AMSDU, RDG, AMPDU Reorder */
uint8 tid;
uint8 PAD;
uint16 ba_wsize; /* AMPDU BA Window size */
} hp2p_rx_config_t;
typedef struct hp2p_udbg_config {
uint16 recovery_timeout; /* multiples of 256 usecs */
uint16 latency_thresh; /* multiples of 256 usecs */
uint16 enable_trap; /* trap if ucode delay exceeds latency_thresh */
uint16 nav_thresh; /* in usec */
} hp2p_udbg_config_t;
#define WLC_HP2P_RLLW_RETRY_LIMIT 7u
#define WLC_HP2P_MAX_PKTLIFETIME_IN_MS 2000u /* 2 seconds */
#define WLC_HP2P_MAX_CCA_THRESHOLD 100u /* 100 percent */
/*
* nav_thresh: 13 : By default set to 13ms
* retry_limit: 0 : Auto / Default retry limit to be applied
* Max retry limit is 7
* pkt_lifetime: 0 : Auto / Default pkt lifetime to be applied
* Max value cant exceed 2000u (2seconds)
* floor_rate: 0 : Auto / Default min rate to be applied
* ceiling_rate: 0 : Auto / Default max rate to be applied
* hof_wait_thr: 0 : Disabled by default
* hof_switch_dur: 0 : Disabled by default
*/
typedef struct hp2p_rllw_cfg {
uint8 nav_thresh; /* NAV threshold in ms */
uint8 retry_limit; /* # max retries before pkt is discarded */
uint16 pkt_lifetime; /* Pkt lifetime in ms */
uint16 floor_rate; /* Min rate in Mbps */
uint16 ceiling_rate; /* Max rate in Mbps */
uint16 hof_wait_thr; /* HOF packet wait threshold in ms */
uint16 hof_switch_dur; /* How long to stay in the switched band in ms */
uint16 hof_pkt_life_thr; /* HOF remaining pkt lifetime threshold in ms */
uint8 cca_thresh; /* CCA threshold in percentage for HOF switch */
uint8 PAD;
} hp2p_rllw_cfg_t;
#define WL_HP2P_CAP_MPEER 0x01u /* Multipeer Hp2p */
#define WL_HP2P_CAP_MPEER_TXOP 0x02u /* Same txop transmit on mpeer Hp2p */
#define WL_HP2P_CAP_RLLW 0x04u /* Band switching and override on NAV */
#define WL_HP2P_CAP_SPLIT_TXS 0x08u /* Spilt tx status for rllw sub feature */
typedef uint32 hp2p_cap_t; /* HP2P capabilities */
typedef struct hp2p_cmd {
uint16 type;
uint16 len;
uint8 data[];
} hp2p_cmd_t;
#define WL_HP2P_CTRL_MPEER_TXOP_ENAB 0x01u /* Same txop transmit on mpeer Hp2p */
/*
* Band switching on NAV. Control for band
* switching for HPP traffic, applies only
* for dual local/peer map availability.
*/
#define WL_HP2P_CTRL_RLLW_SWITCH_ENAB 0x02u /* RLLW Band switching enabled */
#define WL_HP2P_CTRL_RLLW_PRIMARY_OVR 0x04u /* RLLW Override enab on primary band. */
#define WL_HP2P_CTRL_RLLW_DENY_BT 0x08u /* RLLW Give WiFi priority over BT */
#define WL_HP2P_CTRL_RLLW_PKTLT_ENAB 0x10u /* RLLW pkt lifetime based decision enabled */
#define WL_HP2P_CTRL_RLLW_HOF_SW_ENAB 0x20u /* RLLW Band switching due to HOF timeout enabled */
typedef uint32 hp2p_ctrl_t; /* HP2P Ctrl bits */
/* TLVs for HP2P related IOVARs */
typedef enum wl_hp2p_tlv {
HP2P_TLV_RLLW_SLICE_STATS = 1u,
HP2P_TLV_RLLW_PEER_STATS = 2u
} wl_hp2p_tlv_t;
/* Top level HP2P RLLW stats header */
typedef struct wl_hp2p_stats_hdr {
uint32 n_stats; /* # of TLVs in the payload */
uint32 totlen; /* total length of TLVs following this field */
uint8 stats_tlvs[]; /* chain of TLVs for reader to decode based on length */
} wl_hp2p_stats_hdr;
/* Per Slice RLLW Stats */
typedef struct wlc_hp2p_rllw_slice_stats {
uint8 slice; /* slice number */
uint8 PAD;
uint16 n_hnav_intrs; /* # of high nav interrupts on slice n */
uint16 n_overrides; /* # of overrides */
uint16 n_switches; /* # of switches */
uint32 n_switched_pkts; /* # of packets after switching to slice n */
uint32 n_switched_pkts_not_acked; /* # of packets after switch & Not ACKed */
uint32 n_override_pkts; /* # of pkts enqd with ovrd bit set on slice n */
uint32 n_override_pkts_not_acked; /* # of ovrd pkts that werent ACKed on slice n */
uint32 n_no_switch_in_pktlife; /* # of no switch happened,pkts within lifetime */
uint32 n_no_override_in_pktlife; /* # of no ovrd happened,pkts within lifetime */
uint16 n_no_hof_switch_in_pktlife; /* # of skipped HOF switches due to pkt lifetime */
uint16 n_no_hof_switch_null_pkt; /* # of skipped HOF switches due to NULL HOF pkt */
uint16 n_hof_switches; /* # of switches triggered by HOF timeout */
uint16 n_hof_intrs; /* # of HOF interrupts on slice n */
} wlc_hp2p_rllw_slice_stats_t;
/* Peer specific stats */
typedef struct {
uint8 slice; /* slice number */
uint8 PAD[3];
uint16 n_overrides; /* # of overrides */
uint16 n_switches; /* # of switches */
uint32 n_switched_pkts; /* # of packets after switching to slice n */
uint32 n_switched_pkts_not_acked; /* # of packets after switch & Not ACKed */
uint32 n_override_pkts; /* # of pkts enqd with ovrd bit set on slice n */
uint32 n_override_pkts_not_acked; /* # of ovrd pkts that werent ACKed on slice n */
uint32 n_no_switch_in_pktlife; /* # of no switch happened,pkts within lifetime */
uint32 n_no_override_in_pktlife; /* # of no ovrd happened,pkts within lifetime */
uint16 n_no_hof_switch_in_pktlife; /* # of skipped HOF switches due to pkt lifetime */
uint16 n_hof_switches; /* # of switches triggered by HOF timeout */
} wlc_hp2p_rllw_peer_stats_t;
/* Peer Stats Info to host */
typedef struct wlc_hp2p_peer_stats_info {
struct ether_addr peer_mac; /* Mac Address of the HP2P peer */
uint16 nslices; /* Number of slices */
wlc_hp2p_rllw_peer_stats_t peer_stats[MAX_NUM_D11CORES]; /* Peer specific stats */
} wlc_hp2p_peer_stats_info_t;
typedef struct hp2p_cmd_hdr {
uint16 version;
uint16 slice_idx;
uint8 cmd[];
} hp2p_cmd_hdr_t;
/* to be used in type field of hp2p_cmd_t structure while issuing HP2P commands */
typedef enum hp2p_cmd_id {
WL_HP2P_CMD_ENABLE = 0, /* Enable HP2P */
WL_HP2P_CMD_TX_CONFIG = 1, /* Tx Configuration */
WL_HP2P_CMD_RX_CONFIG = 2, /* Rx Configuration */
WL_HP2P_CMD_COUNTERS = 3, /* HP2P Counters */
WL_HP2P_CMD_UDBG_CONFIG = 4, /* ucode debug config */
WL_HP2P_CMD_RLLW_CFG = 5, /* HP2P RLLW config */
WL_HP2P_CMD_RLLW_STATS = 6, /* HP2P RLLW Stats */
WL_HP2P_CMD_CAP = 7, /* HP2P Capability */
WL_HP2P_CMD_CTRL = 8, /* HP2P feature ctrl */
WL_HP2P_CMD_RLLW_CFG_V2 = 9, /* HP2P RLLW config v2 */
WL_HP2P_CMD_RLLW_STATS_V2 = 10 /* HP2P RLLW Stats v2 */
} hp2p_cmd_id_t;
/**
* TX Profile.
*
* TX Profile allows the host to configure frames with a specific profile. This
* includes but is not limited to transmit rate, number of retries, whether or
* not to use frame aggregation, whether or not to use AMSDU and RTS protection
* threshold. The original intent is for the host to be able to specify transmit
* "reliability".
*/
/* IOVAR */
typedef struct wlc_tx_profile_ioc {
uint16 id;
uint16 length;
union {
uint32 options;
uint32 status;
} u;
uint8 data[];
} wlc_tx_profile_ioc_t;
#define TX_PROFILE_IOV_HDR_SIZE (OFFSETOF(wlc_tx_profile_ioc_t, u))
#define TX_PROFILE_IOV_OPTION_SIZE (sizeof(wlc_tx_profile_ioc_t) - TX_PROFILE_IOV_HDR_SIZE)
/* TX Profile parameter TLV */
enum tx_profile_param_id {
WL_TX_PROFILE_PARAM_RATE = 0,
WL_TX_PROFILE_PARAM_RTS = 1,
WL_TX_PROFILE_PARAM_RETRY = 2,
WL_TX_PROFILE_PARAM_BW = 3,
WL_TX_PROFILE_PARAM_AGGRE = 4,
WL_TX_PROFILE_PARAM_AMSDU = 5,
WL_TX_PROFILE_PARAM_AMPDU = 6,
WL_TX_PROFILE_PARAM_LIFETIME = 7,
WL_TX_PROFILE_PARAM_LAST = 8
};
typedef enum tx_profile_param_id tx_profile_param_id_t;
typedef struct tx_profile_param {
uint16 param_id;
uint16 length;
uint8 param[];
} tx_profile_param_t;
/* Subcommands */
typedef enum tx_profile_cmd_id {
/* The IOVAR to enable/disable the TX Profile in general. An integer
* is passed to the firmware with value 0 or 1.
*/
WL_TX_PROFILE_ENABLE = 0,
/* Create a TX Profile with provided parameters. */
WL_TX_PROFILE_CREATE = 1,
/* Update a TX profile with provided parameters. */
WL_TX_PROFILE_UPDATE = 2,
/* Delete a TX Profile. */
WL_TX_PROFILE_DELETE = 3,
/* Dump TX Profile related debug information. */
WL_TX_PROFILE_DUMP = 4,
/* Show TX Profile stats */
WL_TX_PROFILE_STATS = 5,
/* Show Tx Profile tagged packets log */
WL_TX_PROFILE_PKT_LOGS = 6,
/* Set the number of logs for the profile tagged packets */
WL_TX_PROFILE_PKT_LOG_NUM = 7
} tx_profile_cmd_id_t;
typedef struct tx_profile_index_params {
uint16 profile_index;
uint16 length;
uint8 params[];
} tx_profile_index_params_t;
typedef struct tx_profile_index_stats {
uint32 profile_index;
uint32 tx_finish_cnt;
uint32 tx_acked_cnt;
uint32 tx_phy_err_cnt;
uint32 tx_suspend_cnt;
} tx_profile_index_stats_t;
typedef struct tx_profile_pkt_log {
uint32 rate;
uint16 retries;
uint16 rts;
} tx_profile_pkt_log_t;
/* End TX Profile section */
typedef enum wl_rffe_cmd_type {
WL_RFFE_CMD_DEBUG_MODE = 0,
WL_RFFE_CMD_ELNABYP_MODE = 1,
WL_RFFE_CMD_REG = 2,
WL_RFFE_CMD_ELNA_VDD_MODE = 3,
WL_RFFE_CMD_DRV_STRENGTH = 4,
WL_RFFE_CMD_RX_MODE = 5,
WL_RFFE_CMD_EFUSE_DUMP = 6,
WL_RFFE_CMD_LAST
} wl_rffe_cmd_type_t;
/** RFFE struct passed through ioctl */
typedef struct {
uint32 regaddr; /**< rFEM_RegAddr */
uint32 antnum; /**< rFEM AntNum */
uint32 slaveid; /**< rFEM SlaveID */
uint32 value; /**< read/write value */
} rffe_reg_t;
typedef struct {
uint32 slaveid; /**< rFEM SlaveID */
uint32 ds_val; /**< drive strength code */
} rffe_drv_strength_t;
/* subcommand ids for srcb */
enum wl_srcb_cmd_type {
WL_SRCB_CMD_REG = 0u, /* get/set registers */
WL_SRCB_CMD_LAST
};
#define WL_SRCB_REG_VERSION_1 1u
typedef struct wl_srcb_reg_v1 {
uint32 address; /* address */
uint32 value; /* value */
} wl_srcb_reg_v1_t;
typedef struct wl_srcb_v1 {
uint16 subcmd_version; /* Version of the sub-command */
uint16 length; /* Length of the particular struct being used in union */
union {
wl_srcb_reg_v1_t reg_v1; /* reg data */
} u;
} wl_srcb_v1_t;
#ifndef BCMUTILS_ERR_CODES
/*
* SOE (Security Offload Engine) status codes.
*/
/* SOE status codes are reserved from -6144 to -7167 (1K) */
enum wl_soe_status {
/* Invalid operational context */
WL_SOE_E_BAD_OP_CONTEXT = -6144,
/* Invalid operational type */
WL_SOE_E_BAD_OP_TYPE = -6145,
/* Failure to get NAF3 encoded scalar */
WL_SOE_E_BN_GET_NAF3_ERROR = -6146,
/* Failure to get NAF3 params */
WL_SOE_E_ECG_GET_NAF3_PARAMS_ERROR = -6147,
/* FAILURE to get Montgomery params */
WL_SOE_E_MONT_PARAMS_GET_ERROR = -6148,
/* Invalid OSL handle */
WL_SOE_E_BAD_SI_OSH = -6149,
/* Invalid ECG group */
WL_SOE_E_BAD_ECG_GROUP = -6150,
/* Invalid BN context */
WL_SOE_E_BAD_BN_CTX = -6151,
/* Invalid SOE core register base address */
WL_SOE_E_BAD_SOE_REGBASE = -6152,
/* Invalid SOE context */
WL_SOE_E_BAD_SOE_CONTXT = -6153,
/* Number of words are too short (i.e., not enough
* room to encode the PKA sequence)
*/
WL_SOE_E_PKA_SEQUENCE_WORDS_TOO_SHORT = -6154,
/* Generic bn_get error */
WL_SOE_E_PKA_BN_GET_ERROR = -6155,
/* Sequence buf too short for BN */
WL_SOE_E_PKA_BN_BUF_TOO_SHORT_BN = -6156,
/* Sequence buf too short for ECG prime */
WL_SOE_E_PKA_BN_BUF_TOO_SHORT_ECG_PRIME = -6157,
/* Sequence buf too short for Montgomery N' */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_MONT_PRIME = -6158,
/* Sequence buf too short for Accumulator registers */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_ACCM_REG = -6159,
/* Sequence buf too short for the point P */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_P = -6160,
/* Sequence buf too short for -P */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_PN = -6161,
/* Sequence buf too short for 3P */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_3P = -6162,
/* Sequence buf too short for -3P */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_3PN = -6163,
/* Sequence buf too short for NAF3 scalar */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_NAF3_SCALAR = -6164,
/* Sequence buf too short for load shift count */
WL_SOE_E_PKA_SEQ_BUF_TOO_SHORT_PRE_JMP = -6165,
/* SOE engine(SHA/PKA) failed to complete the operation */
WL_SOE_E_ENGINE_UNABLE_TO_COMPLETE = -6166,
/* Wrong LIR (Long Integer Register) type */
WL_SOE_E_PKA_BAD_LIR_TYPE = -6167,
/* Reference count has reached maximum */
WL_SOE_E_MAX_REF_COUNT_REACHED = -6168,
/* Failed to get the SOE context reference */
WL_SOE_E_GET_REF_FAILED = -6169,
/* Incoming digest length is invalid */
WL_SOE_E_SHA_WRONG_DIGEST_LEN = -6170
};
#endif /* BCMUTILS_ERR_CODES */
#define NR5GCX_STATUS_VER_1 1
/* NR coex status structures */
typedef struct wlc_nr5gcx_status_v1 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* NR coex status */
uint32 nr_req_cnt; /* NR req number since last read */
uint32 nr_dur; /* NR duration since last read, us */
uint32 nr_duty_cycle; /* NR duty cycle since last read */
uint32 nr_max_dur; /* NR max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
} wlc_nr5gcx_status_v1_t;
#define NR5GCX_STATUS_VER_2 2
/* NR coex status structures */
typedef struct wlc_nr5gcx_status_v2 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* NR coex status */
uint32 nr_req_cnt; /* NR req number since last read */
uint32 nr_dur; /* NR duration since last read, us */
uint32 nr_duty_cycle; /* NR duty cycle since last read */
uint32 nr_max_dur; /* NR max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
uint16 data_stall_cnt; /* # of data stall, i.e., # of rate recovery. */
uint16 nr_deny_cnt_data_stall; /* # of NR deny due to data stall. */
uint16 nr_deny_dur_data_stall; /* Duration of NR deny due to data stall. */
uint16 succ_rr_cnt; /* # of successful rate recovery. */
} wlc_nr5gcx_status_v2_t;
#define NR5GCX_STATUS_VER_4 4
/* NR coex status structures */
typedef struct wlc_nr5gcx_status_v4 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* NR coex status */
uint32 nr_req_cnt; /* NR req number since last read */
uint32 nr_dur; /* NR duration since last read, us */
uint32 nr_duty_cycle; /* NR duty cycle since last read */
uint32 nr_max_dur; /* NR max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
uint16 data_stall_cnt; /* # of data stall, i.e., # of rate recovery. */
uint16 nr_deny_cnt_data_stall; /* # of NR deny due to data stall. */
uint16 nr_deny_dur_data_stall; /* Duration of NR deny due to data stall. */
uint16 succ_rr_cnt; /* # of successful rate recovery. */
uint16 rc1_stuck_cnt; /* RC1 stuck count */
uint8 pad[2];
} wlc_nr5gcx_status_v4_t;
#define RC1CX_STATUS_VER_1 1
/* RC1 coex status structures */
typedef struct wlc_rc1cx_status_v1 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* RC1 coex status */
uint32 rc1_req_cnt; /* RC1 req number since last read */
uint32 rc1_dur; /* RC1 duration since last read, us */
uint32 rc1_duty_cycle; /* RC1 duty cycle since last read */
uint32 rc1_max_dur; /* RC1 max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
} wlc_rc1cx_status_v1_t;
#define RC1CX_STATUS_VER_2 2
/* RC1 coex status structures */
typedef struct wlc_rc1cx_status_v2 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* RC1 coex status */
uint32 rc1_req_cnt; /* RC1 req number since last read */
uint32 rc1_dur; /* RC1 duration since last read, us */
uint32 rc1_duty_cycle; /* RC1 duty cycle since last read */
uint32 rc1_max_dur; /* RC1 max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
uint16 data_stall_cnt; /* # of data stall, i.e., # of rate recovery. */
uint16 rc1_deny_cnt_data_stall; /* # of RC1 deny due to data stall. */
uint16 rc1_deny_dur_data_stall; /* Duration of RC1 deny due to data stall. */
uint16 succ_rr_cnt; /* # of successful rate recovery. */
} wlc_rc1cx_status_v2_t;
#define RC1CX_STATUS_VER_3 3
/* RC1 coex status structures */
typedef struct wlc_rc1cx_status_v3 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* RC1 coex status */
uint32 rc1_req_cnt; /* RC1 legacy req number since last read */
uint32 rc1_dur; /* RC1 legacy duration since last read, us */
uint32 rc1_duty_cycle; /* RC1 legacy duty cycle since last read */
uint32 rc1_max_dur; /* RC1 legacy max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
uint16 data_stall_cnt; /* # of data stall, i.e., # of rate recovery. */
uint16 rc1_deny_cnt_data_stall; /* # of RC1 deny due to data stall. */
uint16 rc1_deny_dur_data_stall; /* Duration of RC1 deny due to data stall. */
uint16 succ_rr_cnt; /* # of successful rate recovery. */
uint32 rc1_new_req_cnt; /* RC1_new req number since last read */
uint32 rc1_new_dur; /* RC1_new duration since last read, us */
uint32 rc1_new_duty_cycle; /* RC1_new duty cycle since last read */
uint32 rc1_new_max_dur; /* RC1_new max duration in a single request */
uint16 rc1_msg73_cnt; /* Msg73 count */
uint8 rc1_last_msg73_pl[5]; /* the most recent Msg73 payload */
uint8 pad;
} wlc_rc1cx_status_v3_t;
#define RC1CX_STATUS_VER_4 4
/* RC1 coex status structures */
typedef struct wlc_rc1cx_status_v4 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* RC1 coex status */
uint32 rc1_req_cnt; /* RC1 req number since last read */
uint32 rc1_dur; /* RC1 duration since last read, us */
uint32 rc1_duty_cycle; /* RC1 duty cycle since last read */
uint32 rc1_max_dur; /* RC1 max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
uint16 data_stall_cnt; /* # of data stall, i.e., # of rate recovery. */
uint16 rc1_deny_cnt_data_stall; /* # of RC1 deny due to data stall. */
uint16 rc1_deny_dur_data_stall; /* Duration of RC1 deny due to data stall. */
uint16 succ_rr_cnt; /* # of successful rate recovery. */
uint16 rc1_stuck_cnt; /* RC1 stuck count */
uint8 pad[2];
} wlc_rc1cx_status_v4_t;
#define RC1CX_STATUS_VER_5 5
/* RC1 coex status structures */
typedef struct wlc_rc1cx_status_v5 {
uint16 version; /* version info */
uint16 len; /* status length */
uint32 mode; /* RC1 coex status */
uint32 rc1_req_cnt; /* RC1 legacy req number since last read */
uint32 rc1_dur; /* RC1 legacy duration since last read, us */
uint32 rc1_duty_cycle; /* RC1 legacy duty cycle since last read */
uint32 rc1_max_dur; /* RC1 legacy max duration in a single request */
uint32 wlan_crit_cnt; /* aggregated # of WLAN critical events */
uint32 wlan_crit_dur; /* aggregated WLAN critical event duration, ms */
uint32 wlan_crit_max_dur; /* Duration of the WLAN critical events whose dur is max */
uint16 wlan_crit_evt_bitmap; /* WLAN critical event occurrence bitmap,
* 1 event per bit.
*/
uint16 wlan_crit_max_evt_type; /* The event type of the WLAN critical
* event whose dur is max
*/
uint16 data_stall_cnt; /* # of data stall, i.e., # of rate recovery. */
uint16 rc1_deny_cnt_data_stall; /* # of RC1 deny due to data stall. */
uint16 rc1_deny_dur_data_stall; /* Duration of RC1 deny due to data stall. */
uint16 succ_rr_cnt; /* # of successful rate recovery. */
uint32 rc1_new_req_cnt; /* RC1_new req number since last read */
uint32 rc1_new_dur; /* RC1_new duration since last read, us */
uint32 rc1_new_duty_cycle; /* RC1_new duty cycle since last read */
uint32 rc1_new_max_dur; /* RC1_new max duration in a single request */
uint16 rc1_msg73_cnt; /* Msg73 count */
uint8 rc1_last_msg73_pl[5]; /* the most recent Msg73 payload */
uint8 pad;
uint16 rc1_stuck_cnt; /* RC1 stuck count */
uint8 pad2[2];
} wlc_rc1cx_status_v5_t;
/* ifdef (WLC_OBSS_HW) */
/* OBSS HW specific Macros */
#define WLC_OBSS_HW_CMD_VERSION_1 1u
#define WLC_OBSS_HW_CMD_VERSION_2 2u
#define WLC_OBSS_HW_CMD_VERSION_3 3u
/* OBSS HW config sub command identification flag */
#define OBSS_HW_CFG_SUB_CMD_ENABLE (1u << 0u)
#define OBSS_HW_CFG_SUB_CMD_SW_CACHE_INTVL (1u << 1u)
#define OBSS_HW_CFG_SUB_CMD_PHY_SENSE_DUR (1u << 2u)
#define OBSS_HW_CFG_SUB_CMD_MASK (OBSS_HW_CFG_SUB_CMD_ENABLE | \
OBSS_HW_CFG_SUB_CMD_SW_CACHE_INTVL | \
OBSS_HW_CFG_SUB_CMD_PHY_SENSE_DUR)
#define WLC_OBSS_HW_DEF_SW_CACHE_INTVL 1u /* 1 sec */
#define WLC_OBSS_HW_MAX_SW_CACHE_INTVL 5u /* 5 sec */
#define WLC_OBSS_HW_DEF_PHY_SENSE_DUR 30 /* 30 msec */
#define WLC_OBSS_HW_MAX_PHY_SENSE_DUR 500 /* 500 msec */
/* OBSS HW test sub command identification flag */
#define WLC_OBSS_HW_TEST_SUB_CMD_TEST_MODE (1u << 0u)
#define WLC_OBSS_HW_TEST_SUB_CMD_MITI_MODE (1u << 1u)
#define WLC_OBSS_HW_TEST_SUB_CMD_MASK (WLC_OBSS_HW_TEST_SUB_CMD_TEST_MODE |\
WLC_OBSS_HW_TEST_SUB_CMD_MITI_MODE)
/* Test mode values */
#define WLC_OBSS_HW_TEST_MODE_STOP 0u /* Stop the test */
#define WLC_OBSS_HW_TEST_MODE_TRIGGER 1u /* Trigger mode */
#define WLC_OBSS_HW_TEST_MODE_FREE_RUNNING 2u /* Free running stats collection */
#define WLC_OBSS_HW_TEST_MITI_TX_RX_DISABLE 0u /* Both Tx and Rx mitigation disabled */
#define WLC_OBSS_HW_TEST_MITI_RX_FILT_PKTENG 1u /* Rx mitigation via filter override enabled */
/* All Tx miti disabled; Only pkteng */
#define WLC_OBSS_HW_TEST_MITI_TX_ONLY 2u /* Rx mitigation disabled, Tx mitigation */
#define WLC_OBSS_HW_TEST_MITI_TX_RX_FILT 3u /* Rx Tx mitigation enabled */
#define WLC_OBSS_HW_TEST_MITI_CHAN_CHANGE 4u /* Mitigation by chanspec change */
#define WLC_OBSS_HW_TEST_MITI_RX_ONLY 5u /* Tx mitigation disabled, Rx mitigation */
#define WLC_OBSS_HW_TEST_MITI_TX_RX_NO_FILT 6u /* Rx Tx mitigation enabled, no filter */
#define WLC_OBSS_HW_TEST_MITI_LAST WLC_OBSS_HW_TEST_MITI_TX_RX_NO_FILT
#define WL_OBSS_ANT_MAX 2u /* Max Antennas */
#define ACPHY_OBSS_STATS_BIN_CNT 8u /* min 1 for default */
enum wlc_obss_hw_cmd_id {
WLC_OBSS_HW_CMD_VER = 1u,
WLC_OBSS_HW_CMD_CONFIG = 2u,
WLC_OBSS_HW_CMD_DUMP_STATS = 3u,
WLC_OBSS_HW_CMD_TEST = 4u,
WLC_OBSS_HW_CMD_LAST
};
/* OBSS HW specific structures */
typedef struct wlc_obss_hw_cfg_v1 {
uint16 sub_cmd_flags; /* Flag bits to Identify configuring sub command */
uint8 is_enable; /* Feature is enabled or not */
uint8 sw_cache_interval; /* SW cache interval to cache OBSS stats in sec */
uint16 phy_sensing_duration; /* PHY OBSS sensing duration in msec */
} wlc_obss_hw_cfg_v1_t;
typedef struct wlc_obss_hw_stats_v1 {
uint16 avg_obss_stats[WL_OBSS_ANT_MAX][ACPHY_OBSS_SUBBAND_CNT][ACPHY_OBSS_STATS_BIN_CNT];
uint16 obss_det_stats[ACPHY_OBSS_SUBBAND_CNT];
uint16 stats_cnt; /* Stats count */
uint8 obss_mit_status; /* OBSS mitigation status */
uint8 mit_bw; /* Mitigation BW that got selected */
} wlc_obss_hw_stats_v1_t;
typedef struct wlc_obss_hw_test_v1 {
uint16 sub_cmd_flags; /* Flag bits to Identify configuring sub command */
uint8 test_mode; /* To stop/start respective test mode */
uint8 mitigation_mode; /* mitigation enabling/disabling options */
} wlc_obss_hw_test_v1_t;
#define OBSS_HW_CFG_FEATURE_DISABLED 0u
#define OBSS_HW_CFG_STATS_AND_MITIGATION_ENABLED 1u
#define OBSS_HW_CFG_STATS_ONLY_ENABLED 2u
#define OBSS_HW_CFG_INVALID 255u
typedef struct wlc_obss_hw_cfg_v2 {
uint16 sub_cmd_flags; /* Flag bits to Identify configuring sub command */
uint8 is_enable; /* Feature and mode enable flag */
uint8 sw_cache_interval; /* SW cache interval to cache OBSS stats in sec */
uint16 phy_sensing_duration; /* PHY OBSS sensing duration in msec */
} wlc_obss_hw_cfg_v2_t;
typedef struct wlc_obss_hw_stats_v2 {
uint16 avg_obss_stats[WL_OBSS_ANT_MAX][ACPHY_OBSS_SUBBAND_CNT][ACPHY_OBSS_STATS_BIN_CNT];
uint16 obss_det_stats[ACPHY_OBSS_SUBBAND_CNT];
uint16 stats_cnt; /* Stats count */
uint8 obss_mit_status; /* OBSS mitigation status */
uint8 mit_bw; /* Mitigation BW that got selected */
uint32 lifetime_expiry_cnt; /* count of lifetime expired pkts */
uint32 medium_access_delay; /* sum of medium access delay */
uint32 pkt_cnt; /* number of pkts for which Tx status stats are logged */
uint32 rts_pkts_cnt; /* number of packets sent with RTS */
} wlc_obss_hw_stats_v2_t;
typedef struct wlc_obss_hw_test_v2 {
uint16 sub_cmd_flags; /* Flag bits to Identify configuring sub command */
uint8 test_mode; /* To stop/start respective test mode */
uint8 mitigation_mode; /* mitigation enabling/disabling options */
} wlc_obss_hw_test_v2_t;
typedef wlc_obss_hw_test_v2_t wlc_obss_hw_test_v3_t;
typedef wlc_obss_hw_cfg_v2_t wlc_obss_hw_cfg_v3_t;
/* obss_pwrest is normally a negative value in dBm,
* when it is not negative, the following enum is
* used to indicate exceptional cases as listed below.
* The below structures and onwards will follow this format
* - wlc_obss_hw_stats_v3_t.obss_pwrest[][]
* - phy_ecounter_v5.phy_ecounter_log_core_v4_t.obss_pwrest[]
* - phy_periodic_obss_stats_v4.obss_pwrest[]
*/
typedef enum obss_pwr_dbm_status {
OBSS_PWRSTS_UNDEFINED = 0, /* Undefined */
OBSS_PWRSTS_PRIM_SB = 1, /* Primary sub-band */
OBSS_PWRSTS_SATURATED = 2, /* Measurement Saturated */
OBSS_PWRSTS_NO_VALID_CNT = 3, /* No valid measure count */
OBSS_PWRSTS_MAX
} obss_pwr_dbm_status_t;
typedef struct wlc_obss_hw_stats_v3 {
uint16 avg_obss_stats[WL_OBSS_ANT_MAX][ACPHY_OBSS_SUBBAND_CNT][ACPHY_OBSS_STATS_BIN_CNT];
/* average bin counts collected per bin across
* multiple sensing durations
*/
uint16 obss_det_stats[ACPHY_OBSS_SUBBAND_CNT];
/* OBSS detection count for each sub-band */
uint16 stats_cnt; /* stats count */
uint8 obss_mit_status; /* OBSS mitigation status */
uint8 mit_bw; /* mitigation BW that got selected */
uint32 lifetime_expiry_cnt; /* count of lifetime expired pkts */
uint32 medium_access_delay; /* sum of medium access delay */
uint32 pkt_cnt; /* number of pkts for which Tx status stats are
* logged
*/
uint32 rts_pkts_cnt; /* number of packets sent with RTS */
int8 obss_pwrest[WL_OBSS_ANT_MAX][ACPHY_OBSS_SUBBAND_CNT];
/* estimated OBSS signal power in dBm,
* please refer to obss_pwr_dbm_status_t
* for exceptional cases
*/
int8 soi_rssi; /* rssi of SOI */
uint8 deferred_enable_config; /* Feature enable config if deferred */
uint8 obss_last_rec_bw; /* Last stats block recommended BW */
uint8 current_enable_config; /* Current active feature enable config */
} wlc_obss_hw_stats_v3_t;
#define STA_PM_SC_OFLD_CFG_VER_V1 1u
#define STA_PM_SC_OFLD_ENAB_FLAG (1u << 0u)
#define STA_PM_SC_FLAG_MASK (1u << 0u)
#define STA_PM_SC_CONS_EXP_BCN_RX_THR_MASK (1u << 1u)
#define STA_PM_SC_MISSED_BCN_THR_MASK (1u << 2u)
#define STA_PM_SC_OFLD_RSSI_THR_MASK (1u << 3u)
#define STA_PM_SC_OFLD_RSSI_HYST_MASK (1u << 4u)
#define STA_PM_SC_OFLD_TIM_EXIT_DLY_MASK (1u << 5u)
#define STA_PM_SC_OFLD_FIELD_MASK_ALL (STA_PM_SC_FLAG_MASK | \
STA_PM_SC_CONS_EXP_BCN_RX_THR_MASK | \
STA_PM_SC_MISSED_BCN_THR_MASK | \
STA_PM_SC_OFLD_RSSI_THR_MASK | \
STA_PM_SC_OFLD_RSSI_HYST_MASK | \
STA_PM_SC_OFLD_TIM_EXIT_DLY_MASK)
#define STA_PM_SC_OFLD_RSSI_HYST_MAX 80u
typedef struct wlc_sta_pm_sc_ofld_cfg_v1 {
uint16 version;
uint16 len;
uint16 field_mask; /* Provides info on which of the following fields are valid */
uint16 flags; /* enable 0x1 */
uint8 cons_exp_bcn_rx_thr; /* Consecutive expected bcn in true slice to offload to SC */
uint8 sc_missed_bcn_thr; /* Missed beacons threshold in SC to exit offload */
int8 sc_offload_rssi_thr; /* Bcn RSSI threshold to exit offload, must be negative */
uint8 sc_offload_rssi_hyst; /* Hysteresis for the RSSI threshold, 0 - RSSI_HYST_MAX */
uint8 tim_exit_delay_ms; /* TIM exit delay when DTIM AID=0 is also set */
uint8 PAD[3];
} wlc_sta_pm_sc_ofld_cfg_v1_t;
typedef enum wlc_sta_pm_sc_ofld_fail_reason {
STA_PM_SC_OFLD_FAIL_RSSI = (1u << 0u), /* Low rssi */
STA_PM_SC_OFLD_FAIL_UNSUPPORTED = (1u << 1u), /* Unsupported by WBUS */
STA_PM_SC_OFLD_FAIL_MISSED_BCN = (1u << 2u), /* missed bcns on true slice */
STA_PM_SC_OFLD_FAIL_NO_PS = (1u << 3u), /* not in PM */
STA_PM_SC_OFLD_FAIL_TX_ACTIVE = (1u << 4u), /* Active TX in true slice */
STA_PM_SC_OFLD_FAIL_CSA = (1u << 5u), /* CSA */
STA_PM_SC_OFLD_FAIL_MRC = (1u << 6u), /* in MRC */
STA_PM_SC_OFLD_FAIL_AS_STATE = (1u << 7u), /* Assoc state not IDLE */
STA_PM_SC_OFLD_FAIL_NO_BASIC_RATESET = (1u << 8u), /* AP bcn has no basic rate */
STA_PM_SC_OFLD_FAIL_UNSUP_BCN_RATE_RX = (1u << 8u), /* AP bcn at SC unsup rate */
STA_PM_SC_OFLD_FAIL_DISABLED = (1u << 9u), /* Offload disabled */
STA_PM_SC_OFLD_FAIL_CAL = (1u << 10u), /* Cal on main/aux core */
STA_PM_SC_OFLD_FAIL_UNSUP_BCMC_RATE_RX = (1u << 11u), /* unsupported bcmc rate rx */
STA_PM_SC_OFLD_FAIL_TWT_ACTIVE = (1u << 12u), /* TWT is active */
STA_PM_SC_OFLD_FAIL_AP_ENAB = (1u << 13u), /* AP cfg is enabled */
STA_PM_SC_OFLD_FAIL_SLOTTED_BSS_ENAB = (1u << 14u), /* Slotted BSS is enabled */
STA_PM_SC_OFLD_FAIL_BTMC_ACTIVE = (1u << 15u), /* BT Main Core is active */
STA_PM_SC_OFLD_FAIL_UNSUP_BASIC_RATE = (1u << 16u), /* SC Unsupported basic rate */
STA_PM_SC_OFLD_FAIL_UNSUP_CHANSPEC = (1u << 17u), /* SC Unsupported chanspec */
STA_PM_SC_OFLD_FAIL_MLO_LINK_ACTIVE_IN_SC = (1u << 18u), /* One of the MLO link is
* already offloaded to sc
*/
STA_PM_SC_OFLD_FAIL_UATBTT = (1u << 19u), /* UATBTT active */
STA_PM_SC_OFLD_FAIL_TDLS_ACTIVE = (1u << 20u), /* TDLS active */
STA_PM_SC_OFLD_FAIL_EMLSR_ACTIVE = (1u << 21u) /* EMLSR is Active */
} wlc_sta_pm_sc_ofld_fail_reason_t;
typedef enum wlc_sta_pm_sc_ofld_exit_reason {
STA_PM_SC_OFLD_EXIT_AS_STATE = 1u, /* Exit due to assoc state not IDLE */
STA_PM_SC_OFLD_EXIT_BCN_LOSS = 2u, /* Exit due to beacon loss */
STA_PM_SC_OFLD_EXIT_TIM = 3u, /* Exit due to TIM bit set */
STA_PM_SC_OFLD_EXIT_PM = 4u, /* Exit due to exit out of PM mode */
STA_PM_SC_OFLD_EXIT_TX = 5u, /* Exit due to tx on true slice */
STA_PM_SC_OFLD_EXIT_CSA = 6u, /* Exit due to CSA */
STA_PM_SC_OFLD_EXIT_LOW_RSSI = 7u, /* Exit due to rssi lower than threshold */
STA_PM_SC_OFLD_EXIT_MRC = 8u, /* Exit due to MRC being active */
STA_PM_SC_OFLD_EXIT_BSSCFG_DOWN = 9u, /* Exit due to bsscfg down */
STA_PM_SC_OFLD_EXIT_WLC_DOWN = 10u, /* Exit due to wlc down */
STA_PM_SC_OFLD_EXIT_WBUS_REJECT = 11u, /* Exit due to wbus reject */
STA_PM_SC_OFLD_EXIT_HOST_DISABLE = 12u, /* Exit due to disable by host */
STA_PM_SC_OFLD_EXIT_CAL_TVPM = 13u, /* Exit due to Cal/TVPM on main/aux core */
STA_PM_SC_OFLD_EXIT_DISASSOC = 14u, /* Exit due to disassoc */
STA_PM_SC_OFLD_EXIT_CAC = 15u, /* Exit due to CAC admit */
STA_PM_SC_OFLD_EXIT_CHN_OVERLAP = 16u, /* Exit due to true slice chan overlap */
STA_PM_SC_OFLD_EXIT_UNSUP_BCMC_RATE_RX = 17u, /* Exit due to unsupported bcmc rate rx */
STA_PM_SC_OFLD_EXIT_BCMC_LOSS = 18u, /* Exit due to bcmc pkt loss */
STA_PM_SC_OFLD_EXIT_TWT = 19u, /* Exit due to TWT active */
STA_PM_SC_OFLD_EXIT_SLOTTED_BSS = 20u, /* Exit due to Slotted BSS active */
STA_PM_SC_OFLD_EXIT_AP_BSS = 21u, /* Exit due to AP BSS active */
STA_PM_SC_OFLD_EXIT_MLO = 22u, /* Exit due to high priority MLO link */
STA_PM_SC_OFLD_EXIT_TDLS = 23u, /* Exit due to TDLS active */
STA_PM_SC_OFLD_EXIT_EMLSR_ML_MODE_CHANGE = 24u, /* Exit due to EMLSR ML mode change */
STA_PM_SC_OFLD_EXIT_AP_RCFG_IN_PROG = 25u, /* Exit due to AP reconfig in progress */
STA_PM_SC_OFLD_EXIT_MAX = 255u /* Max, uint8 for now */
} wlc_sta_pm_sc_ofld_exit_reason_t;
#define STA_PM_SC_OFLD_STATUS_VER_V1 1u
#define STA_PM_SC_OFLD_STATUS_CLEAR (1u << 0u)
#define STA_PM_SC_OFLD_STATUS_OFFLOADED (1u << 1u)
#define STA_PM_SC_OFLD_STATUS_ASSOCIATED (1u << 2u)
typedef struct wlc_sta_pm_sc_status_v1 {
uint16 version;
uint16 len;
uint32 flags;
uint32 sc_offload_enter_cnt; /* Offload enter cnt */
uint32 sc_offload_exit_cnt; /* Offload exit cnt */
uint32 sc_offload_wbus_reject_cnt; /* WBUS reject reg cnt */
uint32 sc_offload_exp_bcn_cnt; /* SC ofld expected bcn cnt */
uint32 sc_offload_exp_bcn_missed_cnt; /* SC ofld missed bcn cnt */
uint32 sc_offload_last_exit_reason; /* Previous exit reason */
uint32 sc_offload_enter_fail_reason; /* SC ofld enter fail reason */
uint32 sc_offload_total_dur_ms; /* Cumulative duration in offload (ms) */
uint32 sc_offload_tim_exit_dly_cnt; /* TIM exit delay cnt */
} wlc_sta_pm_sc_status_v1_t;
#define WL_SDTC_IOV_VERSION 1
#define SDTC_SUB_IOV_VERSION_1 1
#define SDTC_SUB_IOV_VERSION_1_1 1
#define MAX_ATID_CORES 5u
#define SDTC_ID_ALL 0xFFu
/* SDTC IOV ID's. SW assigned IDs to each of the SDTC units. */
enum wl_sdtc_iov_id {
SDTC_ID_INVALID = 0x0, /* Invalid SDTC id. This is used for ETM internally */
SDTC_ID_CB = 0x1, /* Common Bridge AXL SDTC */
SDTC_ID_PCIE = 0x2, /* AXL SDTC between common bridge and PCIE core. */
SDTC_ID_SYSMEM = 0x3, /* AXL between WLAN backplane and CA7 subsystem */
SDTC_ID_AUXMAC = 0x4, /* HWL inside AUX MAC */
SDTC_ID_MAINMAC = 0x5, /* HWL inside MAIN MAC */
SDTC_ID_LP = 0x6, /* HWL connected to Async APB bridge */
SDTC_ID_AUXMAC_AXL = 0x7, /* AXL between booker interconnect and AUX MAC */
SDTC_ID_MAINMAC_AXL = 0x8, /* AXL between booker interconnect and MAIN MAC */
SDTC_ID_SCANMAC_HWL = 0x9, /* HWL inside SCAN MAC */
SDTC_ID_SCANMAC_AXL = 0xa, /* AXL between booker interconnect and SCAN MAC */
SDTC_ID_SAQM_AXL = 0xb, /* AXL between booker interconnect and SAQM */
SDTC_ID_SAQM_HWL = 0xc, /* HWL inside SAQM */
SDTC_ID_WL_AXL = 0xd, /* AXL for WL_SDTC */
SDTC_ID_LAST = 0xe
};
/* SDTC Iovars */
enum wl_sdtc_cmd_ids {
WL_SDTC_CMD_EN = 0x1,
WL_SDTC_CMD_CONFIG = 0x2,
WL_SDTC_CMD_CORE_ENAB = 0x3,
WL_SDTC_CMD_ETB_INFO = 0x4,
WL_SDTC_CMD_LAST
};
enum wl_sdtc_xtlv_version {
WL_SDTC_ENABLE_V1 = 0x1
};
typedef struct sdtc_regs {
uint32 addr;
uint32 val;
} sdtc_regs_t;
typedef struct sdtc_config {
uint16 version;
uint16 len;
uint8 sdtc_id; /* 0xFF indicates, all core id's enable */
uint8 PAD; /* 32 bit alignment */
uint16 num_of_registers; /* if no of reg is "0",it will use default SDTC config */
sdtc_regs_t regs[BCM_FLEX_ARRAY]; /* Array of register list */
} sdtc_config_t;
typedef struct sdtc_enab_atid_list {
uint16 version;
uint16 len;
uint32 sdtc_id_bmp;
uint32 sdtc_id_mask;
} sdtc_enab_atid_list_t;
typedef struct etb_addr_info {
uint16 version;
uint16 len;
uint32 etbinfo_addr; /* etb_info address */
} etb_addr_info_t;
typedef struct etb_info {
uint16 version;
uint16 len;
uint32 read_write_p; /* read write pointer address */
uint8 etb_full; /* status bit */
uint8 PAD[3]; /* 32bit alignment */
uint32 addr; /* H/W Address */
uint32 read_bytes; /* Size of ETB(Embedded Trace Buffer) Memory */
} etb_info_t;
/* This ROAM RSSI limit value is used in order to prune LOW RSSI candidate
* for Priority roam and Beacon lost
* WLC_E_REASON_DEAUTH, WLC_E_REASON_DISASSOC, WLC_E_REASON_BCNS_LOST
*/
#define WLC_ROAM_RSSI_LMT_VER_1 1
typedef struct wlc_roam_rssi_lmt_info_v1 {
int16 rssi_limit_2g;
int16 rssi_limit_5g;
} wlc_roam_rssi_lmt_info_v1_t;
typedef struct wlc_wlc_roam_rssi_limit {
uint16 ver;
uint16 len;
uint8 data[];
} wlc_roam_rssi_limit_t;
#define WLC_ROAM_5G_BANDBOOST_VER_1 1
typedef struct wlc_roam_5g_band_boost_info_v1 {
uint16 ver;
uint16 len;
int8 tgt_thresh;
int8 cur_thresh;
uint8 PAD[2];
} wlc_roam_5g_band_boost_info_v1_t;
#define ROAMRSSI_HDRLEN 4u
#define ROAMRSSI_2G_DEFAULT -128
#define ROAMRSSI_2G_MAX -70
#define ROAMRSSI_2G_MIN -128
#define ROAMRSSI_5G_DEFAULT -128
#define ROAMRSSI_5G_MAX -70
#define ROAMRSSI_5G_MIN -128
#define WLC_ROAM_MIN_DELTA_VER_1 1
typedef struct wlc_roam_min_score_delta_info_v1 {
uint32 roam_min_delta_2g;
uint32 roam_min_delta_5g;
} wlc_roam_min_delta_info_v1_t;
typedef struct wlc_roam_min_delta {
uint16 ver;
uint16 len;
uint8 data[];
} wlc_roam_min_delta_t;
#define ROAM_MIN_DELTA_HDRLEN 4u
#define ROAM_MIN_DELTA_DEFAULT 0u
/* MAX score is (RSSI Factor MAX * RSSI weight) + (CU factor MAX * CU weight)
* 10000 = (100 * 65) + (100 * 35)
*/
#define ROAM_MIN_DELTA_MAX 10000u
/* Beacon mute mitigation specific Macros */
/* Macro flags to identify the specific config commands in IOVAR set operation */
#define WLC_BCN_MUTE_MITI_CFG_CMD_ENABLE (1u << 0u)
#define WLC_BCN_MUTE_MITI_CFG_CMD_PM0_PERIOD (1u << 1u)
#define WLC_BCN_MUTE_MITI_CFG_CMD_MAX_MITI_TIMEOUT (1u << 2u)
#define WLC_BCN_MUTE_MITI_CFG_CMD_LOW_RSSI_THRESH (1u << 3u)
#define WLC_BCN_MUTE_MITI_CFG_CMD_ML_SUPPORT_ENAB (1u << 4u)
/* Define the config command mask */
#define WLC_BCN_MUTE_MITI_CFG_CMD_MASK (WLC_BCN_MUTE_MITI_CFG_CMD_ENABLE |\
WLC_BCN_MUTE_MITI_CFG_CMD_PM0_PERIOD |\
WLC_BCN_MUTE_MITI_CFG_CMD_MAX_MITI_TIMEOUT |\
WLC_BCN_MUTE_MITI_CFG_CMD_LOW_RSSI_THRESH |\
WLC_BCN_MUTE_MITI_CFG_CMD_ML_SUPPORT_ENAB)
/* Configurable PM0 period range in sec */
#define WLC_BCN_MUTE_MITI_CFG_PM0_PERIOD_MIN (0u) /* Minimum PM0 periodicity */
#define WLC_BCN_MUTE_MITI_CFG_PM0_PERIOD_DEFAULT (1u) /* Default PM0 periodicity */
#define WLC_BCN_MUTE_MITI_CFG_PM0_PERIOD_MAX (10u) /* Maximum PM0 priodicity */
/* Configurable mitigation Timeout range */
#define WLC_BCN_MUTE_MITI_CFG_TIMEOUT_MIN (30u) /* Minimum Timeout in sec */
#define WLC_BCN_MUTE_MITI_CFG_TIMEOUT_DEFAULT (60u) /* Default Timeout in sec */
#define WLC_BCN_MUTE_MITI_CFG_TIMEOUT_MAX (120u) /* Maximum Timeout in sec */
/* Configurable RSSI Threshold ranges */
#define WLC_BCN_MUTE_MITI_CFG_RSSI_THRESH_MAX (0) /* Maximum RSSI threshold */
#define WLC_BCN_MUTE_MITI_CFG_RSSI_THRESH_DEFAULT (WLC_BCN_MUTE_MITI_CFG_RSSI_THRESH_MAX)
#define WLC_BCN_MUTE_MITI_CFG_RSSI_THRESH_MIN (-127) /* Min RSSI threshold */
#define WLC_BCN_MUTE_MITI_CMD_VER_1 1u /* Version number for wlc_bcn_mute_miti_cfg_v1 struct */
#define WLC_BCN_MUTE_MITI_CMD_VER_2 2u /* Version number for wlc_bcn_mute_miti_cfg_v2 struct */
#define WLC_BCN_MUTE_MITI_CMD_VER_3 3u /* Version number for wlc_bcn_mute_miti_cfg_v3 struct */
typedef struct wlc_bcn_mute_miti_cfg_v1 {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint32 cmd_flags; /* Flag bits to Identify configuring command */
uint8 is_enabled; /* Feature is enabled or not */
uint8 pm0_periodicity; /* Interval between consecutive PM0 during mitigation
* period (in sec)
*/
uint16 max_miti_timeout; /* Maximum mitigation timeout in sec to send
* Mitigation Timeout event.
*/
} wlc_bcn_mute_miti_cfg_v1_t;
typedef struct wlc_bcn_mute_miti_cfg_v2 {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint32 cmd_flags; /* Flag bits to Identify configuring command */
uint8 is_enabled; /* Feature is enabled or not */
uint8 pm0_periodicity; /* Interval between consecutive PM0 during mitigation
* period (in sec)
*/
uint16 max_miti_timeout; /* Maximum mitigation timeout in sec to send
* Mitigation Timeout event.
*/
int8 low_rssi_threshold; /* Low RSSI threshold value */
uint8 PAD[3]; /* Pad bytes */
} wlc_bcn_mute_miti_cfg_v2_t;
typedef struct wlc_bcn_mute_miti_cfg_v3 {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint32 cmd_flags; /* Flag bits to Identify configuring command */
uint8 is_enabled; /* Feature is enabled or not */
uint8 pm0_periodicity; /* Interval between consecutive PM0 during mitigation
* period (in sec)
*/
uint16 max_miti_timeout; /* Maximum mitigation timeout in sec to send
* Mitigation Timeout event.
*/
int8 low_rssi_threshold; /* Low RSSI threshold value */
uint8 is_mlo_miti_enabled; /* Enable or disable Beacon mute mitigation handling for MLD
* Association
*/
uint8 PAD[2]; /* Pad bytes */
} wlc_bcn_mute_miti_cfg_v3_t;
#define WLC_BCN_TBTT_CMD_VER_1 (1u) /* Ver num for wlc_bcn_tbtt_cfg struct */
/* Configurable mitigation Timeout range */
#define WLC_BCN_TBTT_CFG_EVENT_PERIOD (3u) /* Send event after this value of drift */
#define WLC_BCN_TBTT_CFG_DRIFT_THRESH (3) /* in ms */
#define WLC_BCN_TBTT_CFG_JITTER_THRESH (1) /* in ms */
/* Macro flags to identify the specific config commands in IOVAR set operation */
#define WLC_BCN_DRIFT_BCN_OFFSET (1u << 0u)
#define WLC_BCN_DRIFT_EVENT_PERIOD (1u << 1u)
#define WLC_BCN_DRIFT_DRIFT_THRESHOLD (1u << 2u)
#define WLC_BCN_DRIFT_JITTER_THRESHOLD (1u << 3u)
/* configurable range */
#define WLC_BCN_DRIFT_BCN_OFFSET_MAX (15u)
#define WLC_BCN_DRIFT_BCN_OFFSET_MIN (5u)
#define WLC_BCN_DRIFT_DRIFT_THRESHOLD_MAX (10)
#define WLC_BCN_DRIFT_DRIFT_THRESHOLD_MIN (-4)
#define WLC_BCN_DRIFT_JITTER_THRESHOLD_MAX (2)
#define WLC_BCN_DRIFT_JITTER_THRESHOLD_MIN (-2)
typedef struct wlc_bcn_tbtt_cfg_v1 {
uint16 version; /* Structure version */
uint16 length; /* Length of whole struct */
uint32 cmd; /* type of cmd */
uint8 tbtt_bcn_off; /* num btw (5-15u) for uatbtt */
uint8 event_period; /* continous / periodic event */
int8 drift_thres; /* drift threshold for event in ms */
int8 jitter_thres; /* jitter threshold for event in ms */
} wlc_bcn_tbtt_cfg_v1_t;
/* SC scan retry config params */
#define SC_SCAN_RETRY_CFG_VERSION_1 1u
#define SC_SCAN_RETRY_CFG_VERSION_2 2u
#define SC_SCAN_RETRY_CFG_VERSION_3 3u
#define SC_SCAN_RETRY_CFG_VERSION_4 4u
/* Bits indicating which are the valid params in the set command. */
#define SC_SCAN_RETRY_CFG_PARAMS_THRESHOLD (1u << 0u)
#define SC_SCAN_RETRY_CFG_PARAMS_MODE (1u << 1u)
#define SC_SCAN_RETRY_CFG_PARAMS_BTMCRX_WEIGHT (1u << 2u)
#define SC_SCAN_RETRY_CFG_PARAMS_BCN_DUR_2G (1u << 3u)
#define SC_SCAN_RETRY_CFG_PARAMS_BCN_DUR_5G (1u << 4u)
#define SC_SCAN_RETRY_CFG_PARAMS_BCN_DUR_6G (1u << 5u)
#define SC_SCAN_RETRY_CFG_PARAMS_THRESHOLD_5G (1u << 6u)
#define SC_SCAN_RETRY_CFG_PARAMS_BTMCRX_WEIGHT_5G (1u << 7u)
/* Input structure for sc_scan_retry_cfg IOVAR */
typedef struct sc_scan_retry_cfg_params_v1 {
uint16 version; /* config version. */
uint16 len; /* Length of this struct. */
uint32 set_flag; /* Flag bits to Identify valid param type to be set */
uint8 threshold; /* Amount of Tx-Blanking in percentage considered as failed scan. */
uint8 scan_mode; /* Scan mode in which scan need to be re-scheduled. */
uint8 PAD[2]; /* 32bit alignment */
} sc_scan_retry_cfg_params_v1_t;
/* Input structure for sc_scan_retry_cfg v2 IOVAR */
typedef struct sc_scan_retry_cfg_params_v2 {
uint16 version; /* config version. */
uint16 len; /* Length of this struct. */
uint32 set_flag; /* Flag bits to Identify valid param type to
* be set.
*/
uint8 threshold; /* Amount of Tx-Blanking + the weighted
* BTMC Rx overlap.
* in percentage considered as failed scan.
*/
uint8 scan_mode; /* Scan mode in which scan need to be
*re-scheduled..
*/
uint8 btmc_rx_overlap_weightage; /* weightage for btmc_rx_overlap duration in % */
uint8 PAD; /* 32bit alignment */
} sc_scan_retry_cfg_params_v2_t;
#define SC_SCAN_RETRY_CFG_BCN_DUR_MAX 50u /* max dur is 5ms(50 * 0.1ms) */
#define SC_SCAN_RETRY_CFG_BCN_DUR_MIN 1u /* max dur is 0.1ms(1 * 0.1ms) */
#define SC_SCAN_RETRY_CFG_BANDS_MAX 3u /* max bands supported(2G, 5G and 6G) */
/* Input structure for sc_scan_retry_cfg v3 IOVAR */
typedef struct sc_scan_retry_cfg_params_v3 {
uint16 version; /* config version. */
uint16 len; /* Length of this struct. */
uint32 set_flag; /* Flag bits to Identify valid param type to
* be set.
*/
uint8 threshold; /* Amount of Tx-Blanking + the weighted
* BTMC Rx overlap.
* in percentage considered as failed scan.
*/
uint8 scan_mode; /* Scan mode in which scan need to be
* re-scheduled..
*/
uint8 btmc_rx_overlap_weightage; /* weightage for btmc_rx_overlap
* duration in %
*/
uint8 bcn_dur[SC_SCAN_RETRY_CFG_BANDS_MAX]; /* Beacon reception time in 0.1ms
* Byte 0:2G Beacon Duration
* Byte 1: 5G Beacon Duration
* Byte 2: 6G Beacon Duration
*/
uint8 PAD[2]; /* pad for 32 bit alignment */
} sc_scan_retry_cfg_params_v3_t;
/* Input structure for sc_scan_retry_cfg v4 IOVAR */
typedef struct sc_scan_retry_cfg_params_v4 {
uint16 version; /* config version. */
uint16 len; /* Length of this struct. */
uint32 set_flag; /* Flag bits to Identify valid param type to
* be set.
*/
uint8 threshold; /* Amount of Tx-Blanking + the weighted
* BTMC Rx overlap for 2g.
* in percentage considered as failed scan.
*/
uint8 scan_mode; /* Scan mode in which scan need to be
* re-scheduled..
*/
uint8 btmc_rx_overlap_weightage; /* 2g - weightage for btmc_rx_overlap
* duration in %
*/
uint8 bcn_dur[SC_SCAN_RETRY_CFG_BANDS_MAX]; /* Beacon reception time in 0.1ms
* Byte 0:2G Beacon Duration
* Byte 1: 5G Beacon Duration
* Byte 2: 6G Beacon Duration
*/
uint8 threshold_5g; /* Amount of Tx-Blanking + the weighted
* BTMC Rx overlap for 5g.
* in percentage considered as failed scan.
*/
uint8 btmc_rx_overlap_weightage_5g ; /* 5g - weightage for btmc_rx_overlap
* duration in %
*/
} sc_scan_retry_cfg_params_v4_t;
/* host queries RNG version from 'wl cap' iovar */
#define BCM_RNG_VERSION_1 1u /* for initial "reseed" version */
/* Supported entropy size, bytes */
#define BCM_RNG_ENTROPY_SIZE_BYTES 64u
/* RNG top level command IDs */
typedef enum wl_rng_cmd_id {
WL_RNG_CMD_RESEED = 0u,
WL_RNG_CMD_LAST = 1u
} wl_rng_cmd_id_t;
/* RNG reseed host entropy */
typedef struct bcm_rng_reseed {
uint16 entropy_size; /* host entropy size, bytes */
uint8 entropy[]; /* host entropy, flexible array */
} bcm_rng_reseed_t;
/* RNG IOVAR data */
typedef struct wl_rng_iovar {
uint16 version; /* Version of this structure */
uint16 subcmd_id; /* RNG subcmd ID */
uint16 PAD; /* padding for 32-bit struct alignment */
uint16 length; /* Length of data following this length field */
union {
bcm_rng_reseed_t reseed; /* RNG reseed data */
} u;
} wl_rng_iovar_t;
#ifdef WL_UWBCOEX
/* Definitions for UWB coex iovar */
#define WL_UWBCX_VERSION 1
/* payload for the WL_UWBCX_COEX_BITMAP command */
typedef struct uwbcx_coex_bitmap {
uint16 low_bitmap; /* Lower 16 bits for channels 61 - 1 */
uint16 mid_low_bitmap; /* Mid lower 16 bits for channels 125 - 65 */
uint16 mid_high_bitmap; /* Mid upper 16 bits for channels 189 - 129 */
uint16 high_bitmap; /* Upper 16 bits for channels 233 - 193 */
} uwbcx_coex_bitmap_t;
/* Bands select for WL_UWBCX_COEX_BITMAP command */
typedef enum uwbcx_bands_e {
UWBCX_BAND_5G = 0u, /* UWBCX coex for 5G */
UWBCX_BAND_6G = 1u, /* UWBCX coex for 6G */
UWBCX_MAX_BAND
} uwbcx_bands_t;
/* Version of uwbcx_coex_bitmap_t structure.
* Increment whenever a change is made to uwbcx_coex_bitmap_t
*/
#define UWBCX_COEX_BITMAP_VERSION_V2 2u
/* payload for the WL_UWBCX_COEX_BITMAP command to configure bitmap for 5G/6G */
typedef struct uwbcx_coex_bitmap_v2 {
uint16 version; /* version info */
uint8 len; /* uwb coex bitmap length */
uint8 pad;
uwbcx_bands_t band; /* Band configuration info */
uwbcx_coex_bitmap_t coex_bitmap; /* Coex bitmap configuration for the band */
} uwbcx_coex_bitmap_v2_t;
typedef struct uwbcx_test_params {
uint16 duration; /* Duration of the UWB high signal in ms */
uint16 interval; /* Period or Interval for making UWB high in ms */
uint16 gpio; /* GPIO for UWB signal out */
} uwbcx_test_params_t;
/* Version of uwbcx_dbg_stats_t structure.
* Increment whenever a change is made to uwbcx_dbg_stats_t
*/
#define UWBCX_DBG_STATS_VER_1 1
/* UWB coex status structures */
typedef struct uwbcx_dbg_stats_v1 {
uint16 version; /* version info */
uint8 len; /* stats length */
uint8 PAD;
uint32 uwb_req_cnt; /* Total number of GPIO requests by UWB */
uint32 uwb_grant_cnt; /* Total number of grants by WLAN to UWB */
uint32 uwb_wl_preempt_cnt; /* Total number of grants by WLAN to UWB
* without protection (WL preempt)
*/
} uwbcx_dbg_stats_v1_t;
/* UWB coex IOV sub command IDs */
typedef enum uwbcx_cmd_id {
WL_UWBCX_CMD_VER = 0, /* UWBCX version sub command */
WL_UWBCX_CMD_MODE = 1,
WL_UWBCX_CMD_PM_PROT = 2,
WL_UWBCX_CMD_GPIO_OUT_EN = 3,
WL_UWBCX_CMD_GPIO_STATUS = 3,
WL_UWBCX_CMD_ADV_REQ_TIMER = 4,
WL_UWBCX_CMD_MAX_GRANT_TIMER = 5,
WL_UWBCX_CMD_COEX_BITMAP = 6,
WL_UWBCX_CMD_TEST_MODE = 7,
WL_UWBCX_CMD_TEST_PARAMS = 8,
WL_UWBCX_CMD_GET_STATS = 9,
WL_UWBCX_CMD_CLEAR_STATS = 10,
WL_UWBCX_CMD_MIN_IDLE_TIMER = 11 /* uint8 param range <0 - 250> */
} uwbcx_cmd_id_t;
#define UWBCX_GPIO_OUT_ENABLED 0x01u
#define UWBCX_GPIO_OUT_DISABLED 0x00u
#define UWBCX_DISABLED 0x00u
#define UWBCX_ENABLED 0x01u
#define UWBCX_MODE_DISABLED 0x00u
#define UWBCX_MODE_TDD 0x01u
/* first byte of bcm_iov_batch_subcmd.data for the WL_UWBCX_CMD_PM_PROT command */
#define UWBCX_PM_PROT_ENABLED 0x01u
#define UWBCX_PM_PROT_DISABLED 0x00u
#define UWBCX_ADV_REQ_TIMER_DEFAULT (1u)
#define UWBCX_ADV_REQ_TIMER_MAX (30u)
#define UWBCX_MAX_GRANT_TIMER_DEFAULT (30u)
#define UWBCX_MIN_IDLE_TIMER_DEFAULT (10u)
/* Version of wlc_uwbcx_stats_t structure.
* Increment whenever a change is made to wlc_uwbcx_stats_t
*/
#define UWBCX_STATS_VER_1 1
/* UWB coex status structures */
typedef struct wlc_uwbcx_stats_v1 {
uint16 version; /* version info */
uint8 len; /* stats length */
uint8 mode; /* UWB coex mode */
uint32 uwb_req_cnt; /* UWB req count since last read */
uint32 uwb_grant_cnt; /* UWB grant count since last read */
uint32 uwb_grant_dur; /* UWB grant duration since last read (us) */
uint16 uwb_succ_pm_prot_cnt; /* UWBCX number of successfully acked PM. */
uint16 uwb_succ_cts_prot_cnt; /* UWBCX number of successfully TXed CTS2A. */
uint16 uwb_rx_preempt_cnt; /* UWBCX RX preempt (grant delay count) */
uint16 uwb_grant_rstr_cnt; /* UWBCX grant restore count - timeout */
uint16 uwb_tx_preempt_cnt; /* UWBCX Tx preemt count */
uint16 PAD;
} wlc_uwbcx_stats_v1_t;
#endif /* WL_UWBCOEX */
#define WL_BTC_VER_V1 1u
#define BTCX_ROAM_PROF_VERSION_V1 1u
#define BTCX_ROAM_BW_VERSION_V1 1u
#define BTCX_TEST_MODE_VERSION_V1 1u
#define BTCX_TEST_MODE_INVALID 0u
#define BTCX_TEST_MODE_ACK_CNCL 1u
/* BT coex IOV sub command IDs */
typedef enum btc_cmd_id {
WL_BTC_CMD_VER = 0, /* BTCX version sub command */
WL_BTC_CMD_ROAM_PROFILE = 1,
WL_BTC_CMD_ROAM_BW = 2,
WL_BTC_CMD_ROAM_ON = 3,
WL_BTC_CMD_ROAM_BAND_FILTER = 4,
WL_BTC_CMD_ROAM_DELTA = 5,
WL_BTC_CMD_ROAM_RSSI = 6,
WL_BTC_CMD_ROAM_MODE = 7,
WL_BTC_CMD_ACK_CNTS = 8,
WL_BTC_CMD_RR_ENABLE = 9,
WL_BTC_CMD_HP_OVR_LESCAN = 10,
WL_BTC_CMD_TEST_MODE = 11,
WL_BTC_CMD_LR154CX_STATUS = 12,
WL_BTC_CMD_SWDIV_ANT_SWITCH = 13
} btc_cmd_id_t;
typedef struct btcx_roam_bandwidth {
uint16 version; /* version info */
uint8 len; /* btc roam profile length */
uint8 pad;
uint8 low_offset;
uint8 mid_offset;
uint8 high_offset;
uint8 pad1;
} btcx_roam_bw_v1_t;
typedef struct btcx_roam_profile {
uint16 version; /* version info */
uint8 len; /* btc roam profile length */
uint8 pad;
uint8 prof_id;
uint8 initialized;
uint16 offset;
uint32 task_bm;
} btcx_roam_profile_v1_t;
typedef struct btcx_test_mode1 {
uint16 count; /* Number of Packets with Desired rate */
uint8 rate; /* Desired rate */
uint8 ratio; /* (1 out of X) packets will be canceled */
} btcx_test_mode1_v1_t;
typedef struct btcx_test_mode {
union {
btcx_test_mode1_v1_t mode1;
} data;
uint16 version; /* version info */
uint16 len; /* btc test_mode_info length */
uint16 pad; /* padding */
uint8 mode; /* Mode to identify which features needs to debug */
bool enable; /* enable and disable mode */
} btcx_test_mode_v1_t;
/* WLAN Rate Recovery Configuration */
/* Version 1 is the IOVAR itself. */
#define BTC_RR_CONFIG_VER_1 1
#define BTC_RR_CONFIG_VER_2 2
typedef struct wlc_btc_rr_config_v2 {
uint8 version; /* version */
uint8 len; /* length */
bool enable; /* enable/disable */
uint8 nss; /* NSS and MCS from the host define the cutoff rate. */
uint8 mcs;
uint8 cutoff_mcs_nss1_11n; /* Cutoff MCS when NSS=1. */
uint8 cutoff_mcs_nss2_11n; /* Cutoff MCS when NSS=2. */
uint8 pad;
} wlc_btc_rr_config_v2_t;
enum phy_rxgcrs_ed_enhncd_cmd_id {
PHY_RXGCRS_ED_ENHNCD_CMD_EN = 1u,
PHY_RXGCRS_ED_ENHNCD_CMD_STATUS = 2u,
PHY_RXGCRS_ED_ENHNCD_CMD_COREMASK = 3u,
PHY_RXGCRS_ED_ENHNCD_CMD_LAST
};
/* SAE command
* Only IOV batching support - see bcmiov.h
*/
/* SAE command version */
#define WL_SAE_CMD_VERSION 1
/* SAE sub-commands */
typedef enum sae_cmd_id {
WL_SAE_CMD_AP_SESSION_HOLD_TIME = 1, /* AP rate limit session hold time
* Data: uint32,
* miliseconds
*/
WL_SAE_CMD_AP_MAX_ACTIVE_SESSIONS = 2, /* AP max sessions
* Data:
* uint32
*/
WL_SAE_CMD_STATUS = 3, /* RSNXE Caps
* Data:
* uint32
*/
} sae_cmd_id_t;
/* Frameburst COT IOVAR data */
#define WL_FRAMEBURST_COT_VERSION 1u /* current version of frameburst_cot structure */
#define WL_FRAMEBURST_MAX_AC 4u
typedef struct frameburst_cot {
uint16 version; /* version of frameburst_cot_t structure */
uint16 length;
chanspec_t chspec;
uint16 PAD; /* padding */
uint16 fbcot[WL_FRAMEBURST_MAX_AC]; /* per AC (BK, BE, VI, and VO) in us units */
} frameburst_cot_t;
typedef enum {
BCM_TRACE_VER = 1u,
BCM_TRACE_ENAB = 2u,
BCM_TRACE_EVENT_ENAB = 3u
} bcm_trace_sub_cmds_t;
#define BCM_TRACE_VERSION_1 1u
#define BCM_TRACE_VERSION_2 2u
typedef struct bcm_trace_event_enab_v1 {
uint8 version;
uint8 event;
uint8 enab;
uint8 PAD[1];
} bcm_trace_event_enab_v1_t;
/* bcmtrace even log type definitions */
typedef enum {
BCM_TRACE_TYPE_INVALID = 0u,
BCM_TRACE_TYPE_NORMAL = 1u,
BCM_TRACE_TYPE_CHATTY = 2u,
BCM_TRACE_TYPE_MAX = 255u
} bcm_trace_type_t;
typedef struct bcm_trace_event_enab_v2 {
uint8 version;
uint8 event; /* event operated */
uint8 type; /* bit map of event type */
uint8 val; /* values corresponding to event type */
} bcm_trace_event_enab_v2_t;
/* rate_info command version */
#define WL_RATE_INFO_VERSION_1 1
typedef struct wl_rate_info {
uint16 version; /**< structure version */
uint16 length; /**< length of this struct */
uint32 mode_tx_rate; /**< the most used tx rate in tx_rate_histo */
uint32 mode_rx_rate; /**< the most used rx rate in rx_rate_histo */
} wl_rate_info_t;
/* "rng_test" IOVAR param */
typedef struct {
uint32 rounds_no; /* IN number of generate cycles */
uint32 gen_no; /* IN number of buffers per cycle */
uint32 time_max; /* OUT max time of one cycle, us */
uint32 time_min; /* OUT min time of one cycle, us */
uint32 time_aver; /* OUT time of all cycles, us */
} rng_test_t;
/* latency_critical_data mode to reduce a latency */
typedef enum {
LATENCY_CRT_DATA_MODE_OFF = 0, /* Turn off */
LATENCY_CRT_DATA_MODE_1 = 1u, /* Remap BLE scan window size */
LATENCY_CRT_DATA_MODE_2 = 2u, /* Remap BLE scan window size +
* Prevent full roam scan
*/
LATENCY_CRT_DATA_MODE_LAST
} latency_crt_mode_t;
#define WL_AUTH_START_EVT_V1 1u
typedef struct wl_auth_start_evt {
uint16 version;
uint16 len;
wlc_ssid_t ssid;
struct ether_addr bssid;
uint8 PAD[2];
uint32 key_mgmt_suite;
uint8 opt_tlvs[];
} wl_auth_start_evt_t;
/* Additional header pushed to the logged mgmt frame in aml(assoc mgmt frame logger) */
typedef struct wl_aml_header_v1 {
uint16 version; /* Header version, now 1 */
uint16 length; /* frame length excluding this header */
uint16 flags; /* flag to indicate tx/rx, acked/noack and others */
uint8 PAD[2]; /* pad bytes for align */
} wl_aml_header_v1_t;
/* Version for aml header */
#define WL_AML_HEADER_VERSION 1u
/* Flags for aml header */
#define WL_AML_F_DIRECTION 0x0001 /* This flag indicates this is Tx mgmt, otherwise Rx */
#define WL_AML_F_ACKED 0x0002 /* This flag indicates the frame is acked */
#define WL_AML_F_EAPOL 0x0004 /* This flag indicates the frame is wpa supplicant */
/* Version for IOVAR 'aml' */
#define WL_AML_IOV_MAJOR_VER_1 1u
#define WL_AML_IOV_MINOR_VER_0 0u
#define WL_AML_IOV_MAJOR_VER_SHIFT 8u
#define WL_AML_IOV_VERSION_1_0 \
((WL_AML_IOV_MAJOR_VER_1 << WL_AML_IOV_MAJOR_VER_SHIFT) | WL_AML_IOV_MINOR_VER_0)
/* Common header for IOVAR 'aml' */
typedef struct wl_aml_iov_cmnhdr {
uint16 ver; /* IOVAR cmd structure version */
uint16 len; /* IOVAR cmd structure total len (cmnhdr + following subcmd) */
uint16 subcmd; /* IOVAR subcmd */
uint8 PAD[2];
} wl_aml_iov_cmnhdr_t;
/* IOVAR 'aml' data structure, cmn header is followed by subcmd structure */
typedef struct wl_aml_iovar {
wl_aml_iov_cmnhdr_t hdr;
uint32 data[];
} wl_aml_iovar_t;
/* IOVAR 'aml' subcmd list */
enum wl_aml_subcmd_ids {
WL_AML_SUBCMD_ENABLE = 1, /* Enable/disable aml feature */
WL_AML_SUBCMD_LAST
};
/* IOVAR 'aml' subcmd structure for uint32 data
* Subcmd 'enable' uses this structure
*/
typedef struct wl_aml_iov_uint_data {
uint32 val;
} wl_aml_iov_uint_data_t;
/* IOVAR 'aml enable' subcmd bit numbers
* wl_aml_iov_uint_data.val is popluated with following bits
*/
enum wl_aml_cmd_enable_bitnums {
WL_AML_ASSOC_ENABLE = 0, /* Logging for association */
WL_AML_ROAM_ENABLE = 1, /* Logging for roaming */
WL_AML_ENABLE_LAST
};
/* Snapshot of various timestamps */
#define WL_TIMESTAMP_VERSION_1 1
typedef struct wl_timestamps_v1 {
uint16 version; /**< structure version */
uint16 length; /**< length of this struct */
uint32 PAD;
uint64 cpu_cycles; /**< CPU Cycle count */
uint64 ptm; /**< Local PTM master timestamp in nano seconds */
uint64 pmu_timer; /**< Legacy PMU timer in micsoseconds */
uint32 tsf_main; /**< Main slice TSF */
uint32 tsf_aux; /**< Aux slice TSF */
uint32 tsf_scan; /**< Scan core TSF */
uint32 PAD;
} wl_timestamps_v1_t;
#define WL_TIMESTAMP_VERSION_2 2
typedef struct wl_timestamps_v2 {
uint16 version; /**< structure version */
uint16 length; /**< length of this struct */
uint32 PAD;
uint64 cpu_cycles; /**< cpu cycle count */
uint64 pgt; /**< local pgt master timestamp in nano seconds */
uint64 pmu_timer; /**< legacy pmu timer in microseconds */
uint32 tsf_main; /**< main slice tsf */
uint32 tsf_aux; /**< aux slice tsf */
uint32 tsf_scan; /**< scan core tsf */
uint32 PAD;
uint64 sysuptime_ns; /**< sysup time in nanoseconds */
} wl_timestamps_v2_t;
#define WL_LOW_LATENCY_CONFIG_V1 1u
#define WL_LOW_LATENCY_V1 1u
/* low latency config */
typedef struct wl_low_latency_config_v1 {
uint16 version;
uint16 length;
uint8 periodicity; /* periodicity in sec of low latency PNO scan */
uint8 PAD[3];
} wl_low_latency_config_v1_t;
/* Interface for low latency */
typedef struct wl_low_latency_v1 {
uint16 version;
uint16 length;
uint8 mode; /* latency mode */
uint8 PAD[3];
wl_low_latency_config_v1_t config; /* config for latency mode */
} wl_low_latency_v1_t;
#define WL_PASN_VERSION_1 0x0001u
/* PASN subcommands ID. */
enum {
WL_PASN_CMD_NONE = 0,
/* get PASN IOVAR version. */
WL_PASN_CMD_GET_VERSION = 1,
/* set, enable PASN. */
WL_PASN_CMD_ENABLE = 2,
/* set, disable PASN. */
WL_PASN_CMD_DISABLE = 3,
/* get/set, PASN finite cyclic group id. */
WL_PASN_CMD_CONFIG_GROUP = 4,
/* get/set, PASN authentication policy. */
WL_PASN_CMD_CONFIG_POLICY = 5,
/* get/set, The key lifetime in minutes. */
WL_PASN_CMD_CONFIG_KEY_LIFETIME_MIN = 6,
/* get/set, peer mac address of PASN session. */
WL_PASN_CMD_CONFIG_PEER_ADDR = 7,
/* get/set, local mac address of PASN session. */
WL_PASN_CMD_CONFIG_LOCAL_ADDR = 8,
/* get/set, chanspec of PASN session. */
WL_PASN_CMD_CONFIG_CHANSPEC = 9,
/* set, start PASN session. */
WL_PASN_CMD_START = 10,
/* set, stop PASN session. */
WL_PASN_CMD_STOP = 11,
/* set, delete PASN session. */
WL_PASN_CMD_DELETE = 12,
/* get info for PASN session with given id - wl_pasn_session_info_t. */
WL_PASN_CMD_GET_INFO = 13,
/* Note: for debug purpose or future event - wl_pasn_key_info_t. */
WL_PASN_CMD_GET_KEY_INFO = 14,
/* get/set. uint32. PASN event mask. */
WL_PASN_CMD_EVENT_MASK = 15,
/* get. List id of active sessions. */
WL_PASN_CMD_LIST_SESSIONS = 16,
/* get/set, flags of PASN session. */
WL_PASN_CMD_CONFIG_FLAGS = 17,
/* get/set. uint32. PASN key idle time. */
WL_PASN_CMD_KEY_IDLE_TIME = 18,
/* get/set. for testing purpose. */
WL_PASN_CMD_TEST = 0xfffe
};
typedef uint16 wl_pasn_cmd_t;
enum {
/* No test action */
WL_PASN_CMD_TEST_NONE = 0,
/* DUT to send auth frame with invalid MIC */
WL_PASN_CMD_TEST_INVALID_MIC = 1,
/* DUT to send deauth frame to peer */
WL_PASN_CMD_TEST_DEAUTH = 2
};
typedef uint8 wl_pasn_cmd_test_id_t;
typedef uint16 wl_pasn_session_id_t;
/* Session id ranges are allocated to various users of PASN -
* including internal use (e.g. automatically allocated IDs on an AP).
* Other ranges can be defined in the future.
*/
enum {
PASN_SID_TYPE_HOST = 0,
PASN_SID_TYPE_FTM = 1,
PASN_SID_TYPE_INTERNAL = 2
};
#define PASN_SID_GLOBAL 0u
#define PASN_SID_HOST_START 1u
#define PASN_SID_HOST_END 1023u
#define PASN_SID_FTM_START 1024u
#define PASN_SID_FTM_END 2047u
#define PASN_SID_NAN_START 2048u
#define PASN_SID_NAN_END 3071u
#define PASN_SID_INTERNAL_START 3072u
#define PASN_SID_INTERNAL_END 32767u
typedef struct wl_pasn_iov {
uint16 version; /* structure version will be incremented
* when header is changed.
*/
uint16 len; /* includes the id field and following data. */
wl_pasn_cmd_t cmd; /* sub-command id. */
wl_pasn_session_id_t id; /* session id is the input for session specific commands
* and a reserved value for global commands.
*/
uint8 data[]; /* variable */
} wl_pasn_iov_t;
/* The policy used in the PASN exchange. */
/*
* ALLOW_NO_PMKSA may be set independent of USE_PMKSA or SETUP_PMKSA.
* SETUP_PMKSA implies USE_PMKSA i.e. attempt to use existing PMKSA before
* attempting setup. Ignore USE_PMKSA when SETUP_PMKSA is set.
* if USE_PMKSA or SETUP_PMKSA are not set, attempt w/o PMKSA - OWE like
* USE_PMKSA does not imply SETUP_PMKSA - i.e. we wont attempt setting up PASN via tunneling.
*/
enum {
WL_PASN_POLICY_NONE = 0, /* Not used. */
WL_PASN_POLICY_ALLOW_NO_PMKSA = 1, /* allow no pmksa, fixed pmk */
WL_PASN_POLICY_USE_PMKSA = 2, /* use existing pmksa for base akm */
/* 3 is reserved for bit "OR" of ALLOW_NO_PMKSA and USE_PMKSA. */
WL_PASN_POLICY_SETUP_PMKSA = 4, /* setup PMKSA using base akm */
WL_PASN_POLICY_MAX = WL_PASN_POLICY_SETUP_PMKSA
};
enum {
/* Initial state of PASN state machine.
* Initialization is allowed if PASN is enabled via configuration.
*/
WL_PASN_STATE_IDLE = 0,
/* For STA, Initiate an instance requested by user, ex. FTM.
* For AP, Receive PASN authentication frame with sequence 1.
*/
WL_PASN_STATE_INIT = 1,
/* STA only. Auth frame is constructed and ready for
* transmission. STA request for channel scheduling.
* It is not necessary to AP because AP will not be off channel.
*/
WL_PASN_STATE_SCHED_WAIT = 2,
/* STA only. PASN is waiting for desired security
* methods(FILS/SAE/FBT) t obuild tunneled protocol data for authentication
* frame with sequence 1.
*/
WL_PASN_STATE_DATA_WAIT_1 = 3,
/* STA only. PASN authentication frame with sequence
* 1 is constructed and pushed to FIFO, waiting for ACK.
*/
WL_PASN_STATE_WAIT_ACK_1 = 4,
/* STA only. STA is waiting for authentication frame with sequence 2. */
WL_PASN_STATE_WAIT_AUTH_2 = 5,
/* STA: PASN is waiting for desired security
* methods(FILS/SAE/FBT) to build tunneled protocol data for authentication
* frame with sequence 3.
* AP: PASN is waiting for desired security module to validate the tunneled
* protocol data in received authentication frame with sequence 3.
*/
WL_PASN_STATE_DATA_WAIT_3 = 6,
/* STA only. PASN authentication frame with sequence 3
* is constructed and pushed to FIFO, waiting for ACK.
*/
WL_PASN_STATE_WAIT_ACK_3 = 7,
/* STA only. The received PASN authentication frame
* with sequence 2 has status code as REFUSED_TEMPORARILY,
* and the comeback info field in PASN parameters element indicates
* the time for STA to retry the authentication later.
*/
WL_PASN_STATE_COME_BACK = 8,
/* AP only. PASN is waiting for desired security
* methods(FILS/SAE/FBT) to build tunneled protocol data for
* authentication frame with sequence 2.
*/
WL_PASN_STATE_DATA_WAIT_2 = 9,
/* AP only. PASN authentication frame with
* sequence 2 is constructed and pushed to FIFO, waiting for ACK.
*/
WL_PASN_STATE_WAIT_ACK_2 = 10,
/* AP only. AP is waiting for authentication frame with sequence 3. */
WL_PASN_STATE_WAIT_AUTH_3 = 11,
/* PASN exchange is done. */
WL_PASN_STATE_DONE = 12
};
typedef uint8 wl_pasn_session_state_t;
typedef int32 wl_pasn_status_t;
/* Global and bsscfg flags */
enum {
/* PASN is enabled on bsscfg */
WL_PASN_FLAG_BSSCFG_ENABLED = 0x0001u
};
typedef uint16 wl_pasn_flags_t;
enum {
/* PASN exchange will use PMKSA to derive PTKSA */
WL_PASN_SESSION_FLAG_CACHED_PMK = 0x0001u,
/* PASN exchange will setup PMKSA by tunneling protocol data */
WL_PASN_SESSION_FLAG_TUNNELED_AKM = 0x0002u,
/* PASN session will be deleted if error occurs */
WL_PASN_SESSION_FLAG_DELETE_ON_ERR = 0x0004u,
/* PASN session will issue scan with randmac */
WL_PASN_SESSION_FLAG_RANDMAC = 0x0008u
};
typedef uint16 wl_pasn_session_flags_t;
/* PASN session state information. */
typedef struct wl_pasn_session_info {
wl_pasn_session_id_t id; /* The id of pasn auth exchange. */
wl_pasn_session_state_t state; /* The state of pasn auth exchange. */
uint8 PAD[1];
wl_pasn_status_t status; /* The status code of pasn auth exchange. bcmerror.h */
struct ether_addr local_addr; /* The source mac address of pasn auth exchange. */
struct ether_addr peer_addr; /* The peer mac address of pasn auth exchange. */
uint8 akm; /* The AKM used in pasn auth exchange.
* see rsn_akm_t in bcmwpa.h
*/
uint8 pairwise_cipher; /* The pairwise cipher used in pasn auth exchange. */
uint16 comeback_after_ms; /* time in miliseconds after which the non-AP STA is
* requested to retry the PASN authentication.
*/
uint16 cyclic_group_id; /* Finite cyclic group id, IANA id, see bcm_ec.h */
wl_pasn_session_flags_t flags; /* session flags. */
uint32 key_lifetime_ms; /* key lifetime negotiated in authentication. */
} wl_pasn_session_info_t;
#define WL_PASN_MAX_CC_GROUP 6
/* PASN global information. */
typedef struct wl_pasn_info {
wl_pasn_flags_t flags; /* flags. */
wl_pasn_policy_t policy; /* authentication policy supported. */
uint8 auth_num_retries; /* authentication frame retry limit. */
uint8 num_groups; /* number of cyclic groups. */
uint8 max_auth_session; /* Maximum number of sessions. */
uint8 active_auth_session; /* number of active sessions. */
uint8 PAD[1];
uint32 key_lifetime_min; /* key lifetime in minutes. */
uint32 event_mask;
uint16 auth_timeout_ms; /* timeout waiting for auth frame. */
uint16 group_offset; /* the offset of cyclic_group_id. */
uint32 key_idle_sec; /* Idle time of PASN keys in seconds. */
/* uint16 cyclic_group_id[];
* Finite cyclic group id list, IANA id, see bcm_ec.h.
*/
} wl_pasn_info_t;
/* Note: for debug/internal purpose or future event.
* PTKSA derived from PASN exchange.
*/
typedef struct wl_pasn_key_info {
wl_pasn_session_id_t id; /* The id of pasn auth exchange. */
uint16 len; /* The length includes the structure and data. */
struct ether_addr local; /* The source mac address of pasn auth exchange. */
struct ether_addr peer; /* The peer mac address of pasn auth exchange. */
bcm_xlo_t kdk; /* KDK length and data offset. */
bcm_xlo_t kck; /* KCK length and data offset. */
bcm_xlo_t tk; /* TK length and data offset. */
/* data follows */
} wl_pasn_key_info_t;
/* WL_PASN_CMD_LIST_SESSIONS */
typedef struct wl_pasn_active_session_list {
uint16 num_sids;
wl_pasn_session_id_t sids[];
} wl_pasn_active_session_list_t;
/* WL_PASN_CMD_CONFIG_GROUP */
typedef struct wl_pasn_group_id_list {
uint16 num_groups; /* number of cyclic groups. */
uint16 cyclic_group_id[]; /* Finite cyclic group id list, IANA id, see bcm_ec.h. */
} wl_pasn_group_id_list_t;
/* pasn sub-event type. */
enum {
WL_PASN_EVENT_NONE = 0, /* reserved */
WL_PASN_EVENT_CREATED = 1, /* create a new session */
WL_PASN_EVENT_STARTED = 2, /* session is started */
WL_PASN_EVENT_SCHED_WAIT = 3, /* wait for channel scheduling . */
WL_PASN_EVENT_DATA_WAIT = 4, /* wait for wrapped data to be ready. */
WL_PASN_EVENT_ACK_WAIT = 5, /* wait for ACK */
WL_PASN_EVENT_AUTH_WAIT = 6, /* wait for next authentication frame from peer. */
WL_PASN_EVENT_COME_BACK = 7, /* wait for certain time to start auth again */
WL_PASN_EVENT_DESTROYED = 8, /* session is deleted. ie. PTKSA is deleted. */
WL_PASN_EVENT_DONE = 9, /* session is done. */
WL_PASN_EVENT_REQUEST = 10 /* Request PASN session setup. */
};
typedef uint16 wl_pasn_event_type_t;
/* pasn event */
typedef struct wl_pasn_event {
uint16 version;
uint16 len; /* includes the entire structure and following data. */
wl_pasn_session_id_t sid; /* session id */
wl_pasn_event_type_t type; /* sub event type */
wl_pasn_session_state_t state; /* current pasn authentication state. */
wl_pasn_session_state_t prev_state; /* previous pasn authentication state. */
uint8 PAD[2];
uint8 data[]; /* variable */
} wl_pasn_event_t;
/* amt command details */
/* non-batched command version = major|minor w/ major <= 127 */
#define WL_AMT_IOV_MAJOR_VER_1 1u
#define WL_AMT_IOV_MINOR_VER_2 2u
#define WL_AMT_IOV_MAJOR_VER_SHIFT 8u
#define WL_AMT_IOV_VERSION_1_2 \
((WL_AMT_IOV_MAJOR_VER_1 << WL_AMT_IOV_MAJOR_VER_SHIFT) | WL_AMT_IOV_MINOR_VER_2)
enum wl_amt_cmd_ids {
WL_AMT_CMD_VER = 1u, /* Get AMT API VER */
WL_AMT_CMD_HW_ENTRY = 2u, /* Get/Set HW AMT only */
WL_AMT_CMD_HW_DUMP = 4u, /* Dump HW AMT only */
WL_AMT_CMD_HW_ENTRY_EX = 5u, /* Get/Set HW AMT, AFT and FFT */
WL_AMT_CMD_HW_DUMP_EX = 7u /* Dump HW AMT, AFT and FFT */
};
enum wl_amt_xtlv_id {
WL_AMT_XTLV_NONE = 0u, /* Not valid AMT tag */
WL_AMT_XTLV_VER = 1u, /* Version */
WL_AMT_XTLV_IDX = 2u, /* AMT index */
WL_AMT_XTLV_AMT = 3u, /* AMT table entry */
WL_AMT_XTLV_AFT = 4u, /* AFT table entry */
WL_AMT_XTLV_FFT = 5u, /* FFT table entry */
WL_AMT_XTLV_AMTINFO_FLAGS = 6u /* M_AMT_INFO SHM flags */
};
/* struct for WL_AMT_XTLV_AMT xtlv */
typedef struct wlc_amt_entry_info_v1 {
uint16 attr;
struct ether_addr ea;
} wlc_amt_entry_info_v1_t;
/* struct for WL_AMT_XTLV_AFT xtlv */
typedef struct wlc_aft_entry_info_v1 {
uint8 ds_bits;
uint8 if_id;
uint16 fft_idx;
} wlc_aft_entry_info_v1_t;
/* struct for WL_AMT_XTLV_FFT xtlv */
typedef struct wlc_fft_entry_info_v1 {
uint16 fft_mask_mng;
uint16 fft_mask_ctl;
uint16 fft_mask_data;
uint16 fft_mask_ext;
} wlc_fft_entry_info_v1_t;
/* struct for WL_AMT_XTLV_AFT xtlv version 2 */
typedef struct wlc_aft_entry_info_v2 {
uint8 ds_bits;
uint8 fft_idx;
uint16 if_id;
} wlc_aft_entry_info_v2_t;
/* subcommand ids for phy_tpc */
#define WL_TPC_CMD_INFO_BUF_SZ 4
enum wl_tpc_subcmd_ids {
WL_TPC_SUBCMD_AV = 0u, /* AV */
WL_TPC_SUBCMD_VMID = 1u, /* VMID */
WL_TPC_SUBCMD_VER_CHECK = 2u, /* VER CHECK */
WL_TPC_SUBCMD_PACAL = 3u, /* VER CHECK */
WL_TPC_SUBCMD_TXPWRINDEX = 4u /* PHY TX BASEINDEX */
};
typedef struct wl_tpc_avvmid_info_v1 {
uint16 version; /* structure version */
uint16 length; /* structure length */
uint8 core; /* core number */
uint8 sub_band_idx; /* sub band index */
uint8 pa_mode; /* PA mode */
uint8 is_6g; /* 0: 2G/5G or 1: 6G */
uint8 avvmid_val; /* AV or Vmid value */
uint8 PAD[3]; /* explicit padding */
} wl_tpc_avvmid_info_v1_t;
typedef struct wl_tpc_cmd_v1 {
uint16 version; /* structure version */
uint16 length; /* structure length */
uint16 sub_cmd; /* sub_cmd type */
uint8 PAD[2]; /* explicit padding */
wl_tpc_avvmid_info_v1_t avvmid_info; /* avvmid info */
} wl_tpc_cmd_v1_t;
typedef struct wl_tpc_cmd_info_v2 {
uint16 version; /* structure version */
uint16 length; /* structure length */
uint8 core; /* core number */
uint8 sub_band_idx; /* sub band index */
uint8 pa_mode; /* PA mode */
uint8 is_6g; /* 0: 2G/5G or 1: 6G */
uint8 buf[WL_TPC_CMD_INFO_BUF_SZ]; /* value buffer */
} wl_tpc_cmd_info_v2_t;
typedef struct wl_tpc_cmd_v2 {
uint16 version; /* structure version */
uint16 length; /* structure length */
uint16 sub_cmd; /* sub_cmd type */
uint8 PAD[2]; /* explicit padding */
wl_tpc_cmd_info_v2_t info;
} wl_tpc_cmd_v2_t;
#define WL_TPC_CMD_IOV_VER_1 1u
#define WL_TPC_CMD_IOV_VER_2 2u
#define WL_TPC_AVVMID_IOV_VER_1 1u
#define WL_TPC_PACAL_IOV_VER_1 1u
#define WL_TPC_TXPWRINDEX_IOV_VER_1 1u
/* PTM */
#define WL_PTM_IOV_MAJOR_VER_1 1u
#define WL_PTM_IOV_MINOR_VER_1 1u
#define WL_PTM_IOV_MAJOR_VER_SHIFT 8u
#define WL_PTM_IOV_VERSION_1_1 \
((WL_PTM_IOV_MAJOR_VER_1 << WL_PTM_IOV_MAJOR_VER_SHIFT)| WL_PTM_IOV_MINOR_VER_1)
/* subcommand ids */
enum wl_ptm_cmd_ids {
WL_PTM_SUBCMD_VER = 0u, /* PTM IOVAR version */
WL_PTM_SUBCMD_ENABLE = 1u, /* PTM disable:0, interrupt:1, polling:2 */
WL_PTM_SUBCMD_OFFSET_PERIOD = 2u, /* PTM offset period in ms */
WL_PTM_SUBCMD_DRIFT_LIMIT = 3u, /* PTM drift limit in ns */
WL_PTM_SUBCMD_LAST_DRIFT = 4u, /* PTM last drift in ns */
WL_PTM_SUBCMD_LAST_OFFSET = 5u, /* PTM last offset in ns */
WL_PTM_SUBCMD_CURRENT_TIME = 6u, /* PTM master and local time in ns */
WL_PTM_SUBCMD_FAIL_LIMIT = 7u, /* PTM fail count limit */
WL_PTM_SUBCMD_LAST
};
typedef struct wl_ptm_offset {
uint32 offset_high;
uint32 offset_low;
uint32 master_ahead;
} wl_ptm_offset_t;
typedef struct wl_ptm_time {
uint32 offset_high;
uint32 offset_low;
uint32 local_high;
uint32 local_low;
uint32 master_high;
uint32 master_low;
} wl_ptm_time_t;
typedef struct wl_ptm_master_time {
uint32 master_high;
uint32 master_low;
} wl_ptm_master_time_t;
#define WL_TX_PER_TID_WME_ECNT_VER 1u
typedef struct tx_wme_eCounters
{
uint16 version;
uint16 length;
uint32 tx[NUMPRIO];
} tx_wme_eCounters_t;
#define WL_RX_PER_TID_WME_ECNT_VER 1u
typedef struct rx_wme_eCounters
{
uint16 version;
uint16 length;
uint32 rx[NUMPRIO];
} rx_wme_eCounters_t;
/* Interface for pm2 peek */
#define WL_PM2_PEEK_VERSION_1 1u
typedef struct wl_pm2_peek_v1 {
uint16 version; /* structure version */
uint16 length; /* length of this structure */
uint16 enable; /* enable or disable the feature */
uint16 offset; /* time since last tbtt when FW sends null data frame with PM0 */
uint16 awake_time; /* After FW wake up, time to detect traffic */
} wl_pm2_peek_v1_t;
/* Triggered log events iovar structure */
#define TRIG_LOG_EVENTS_CFG_REQ_VERSION_1 (1u)
enum trig_log_events_cmd {
TRIG_LOG_EVENTS_CMD_DISABLE_ALL = 0, /* Disable all active TLEs */
TRIG_LOG_EVENTS_CMD_ENABLE = 1, /* Enable a list of TLEs */
TRIG_LOG_EVENTS_CMD_DISABLE = 2, /* Disable a list of TLEs */
TRIG_LOG_EVENTS_CMD_MAX
};
typedef struct trig_log_events_config_request_v1 {
uint16 version; /* config version */
uint16 len; /* Length of this struct including variable len */
uint8 cmd; /* Command to execute on list of TLEs sent in this struct */
uint8 rsvd;
uint16 tles[]; /* List of triggered log event (TLE) ids */
} trig_log_events_config_request_v1_t;
/** Dynamic Tx Power Control common interfaces */
#define WL_DTPC_IOV_VERSION_1 (1u)
typedef enum wl_dtpc_iov {
WL_DTPC_CMD_EN = 0x0, /**< top control switch */
WL_DTPC_CMD_TXS_THRES = 0x1, /**< txs PER threshold */
WL_DTPC_CMD_PROBSTEP = 0x2, /**< step size */
WL_DTPC_CMD_ALPHA = 0x3, /**< mv alpha */
WL_DTPC_CMD_TRIGINT = 0x4, /**< pwr prob trigger interval */
WL_DTPC_CMD_HEADROOM = 0x5, /**< power headroom */
WL_DTPC_CMD_CAP = 0x6 /**< DTPC Tx/Rx capability */
} wl_dtpc_iov_t;
typedef struct rate_headroom {
ratespec_t rspec;
uint32 headroom;
} rate_headroom_t;
typedef struct wl_dtpc_cfg_headroom {
uint8 max_bw; /* Max BW supported */
uint8 max_nss; /* Max NSS supported */
uint16 len; /* count of rspec/headroom entries that follow */
rate_headroom_t headrooms[];
} wl_dtpc_cfg_headroom_t;
#define WL_SBSS_RSPEC_VERSION_1 1
typedef struct wl_scb_rspec_info {
struct ether_addr ea;
uint8 num_of_rspecs;
uint8 chspecs_and_rspecs[];
} wl_scb_rspec_info_v1_t;
typedef struct wl_bsscfg_rspec_info {
struct ether_addr BSSID;
uint8 num_scb_rspecs;
uint8 PAD[1];
bsscfg_subtype_t subtype;
ratespec_t rspec;
uint8 scb_rspecs_info[];
} wl_bsscfg_rspec_info_v1_t;
typedef struct wl_sbss_rspec_info {
uint16 version;
uint16 len;
uint8 PAD[1];
uint8 num_bsscfg_rspecs;
uint8 bsscfg_rspecs_info[];
} wl_sbss_rspec_info_v1_t;
/* Version for IOVAR 'cellavoid' */
#define WL_CELL_AVOID_IOV_VERSION_1 1u
/* Version for IOVAR 'cellavoid' subcmd */
#define WL_CELL_AVOID_SUB_IOV_VERSION_1 1u
/* Max chanspec number for IOVAR 'cellavoid' */
#define WL_CELL_AVOID_MAX_NUM_CHANSPEC 128u
/* IOVAR 'cellavoid' subcmd list */
enum wl_cell_avoid_subcmd_ids {
WL_CELL_AVOID_SUBCMD_VER = 0u, /* Get version */
WL_CELL_AVOID_SUBCMD_CH_INFO = 1u, /* Set/Get/Remove cellular channel list */
};
typedef struct wl_cell_pwrcap_chanspec_v1 {
int8 pwrcap; /* pwr cap applied to the cellular channel */
int8 padding; /* padding */
chanspec_t chanspec; /* chanspec for the clellular channel */
} wl_cell_pwrcap_chanspec_v1_t;
/* IOVAR 'cellavoid' subcmd structure
* Subcmd 'chinfo' uses this structure
*/
typedef struct wl_cell_avoid_ch_info_v1 {
uint16 version; /* version of this structure */
uint16 length; /* length of this structure */
uint16 flags; /* Mandatory flags */
uint16 cnt; /* Count of pwrcap + chanspec info */
wl_cell_pwrcap_chanspec_v1_t list[]; /* list for pwrcap+chanspec info */
} wl_cell_avoid_ch_info_v1_t;
/* flags in wl_cell_avoid_ch_info_v1_t is populated with following values
* If any of these are set, then the driver should completely avoid
* using any of cellular channels for any of these modes
*/
#define WL_CELL_AVOID_WIFI_DIRECT 0x0001u
#define WL_CELL_AVOID_SOFTAP 0x0002u
#define WL_CELL_AVOID_NAN 0x0004u
/* This flag is used to remove channel info list in chinfo subcmd */
#define WL_CELL_AVOID_REMOVE_CH_INFO 0x8000u
#ifdef COEX_CPU
enum wl_coex_cpu_sub_cmd_xtlv_id {
WL_COEX_CPU_CMD_FW_VERSION = 0u, /* Get firmware version string */
WL_COEX_CPU_CMD_STATUS = 1u, /* Get current coex cpu status */
};
#endif /* COEX_CPU */
#ifdef CHRE
#define WL_CHRE_IOV_MAJOR_VER_SHIFT 8u
#define WL_CHRE_IOV_MAJOR_VER_1 1u
#define WL_CHRE_IOV_MINOR_VER_1 1u
#define WL_CHRE_IOV_VERSION_1_1 \
((WL_CHRE_IOV_MAJOR_VER_1 << WL_CHRE_IOV_MAJOR_VER_SHIFT) | WL_CHRE_IOV_MINOR_VER_1)
enum wl_chre_cmd_ids {
WL_CHRE_CMD_VERSION = 0u, /* Get firmware version string */
WL_CHRE_CMD_ENABLE = 1u /* Set/Get CHRE feature enable */
};
enum wl_chre_xtlv_id {
WL_CHRE_XTLV_VERSION = 0x0u,
WL_CHRE_XTLV_ENABLE = 0x1u
};
#endif /* CHRE */
#define WLC_DYN_BW_CONFIG_VER_1 (1u)
typedef struct wlc_dyn_bw_cfg_v1 {
uint16 ver; /* Version */
uint16 len; /* Length of the structure */
uint8 is_enabled; /* Enable/disable dynamic BW */
uint8 tx_dyn_bw; /* Tx dynamic BW mode of operation */
uint8 backoff_sb; /* Dynamic BW Backoff sub-band */
uint8 pad; /* Pad bytes */
uint32 pricrs_mask; /* PRI_40_80_CRS_MASK in LSB
* IFS_CTL_SEL_PRICRS in MSB
*/
} wlc_dyn_bw_cfg_v1_t;
enum wlc_dyn_bw_cmd_id {
WLC_DYN_BW_XTLV_VER_ID = 1u,
WLC_DYN_BW_XTLV_ENABLE_ID = 2u,
WLC_DYN_BW_XTLV_TX_ID = 3u,
WLC_DYN_BW_XTLV_BACKOFF_SB_ID = 4u,
WLC_DYN_BW_XTLV_PRICRS_MASK_ID = 5u,
WLC_DYN_BW_XTLV_SCRMBLR_WAR_ID = 6u,
WLC_DYN_BW_XTLV_LAST_ID
};
#define WL_ROAM_PARAMS_IOV_MAJOR_VER_SHIFT 8u
#define WL_ROAM_PARAMS_IOV_MAJOR_VER_1 1u
#define WL_ROAM_PARAMS_IOV_MINOR_VER_1 1u
#define WL_ROAM_PARAMS_IOV_VERSION_1_1 \
((WL_ROAM_PARAMS_IOV_MAJOR_VER_1 << WL_ROAM_PARAMS_IOV_MAJOR_VER_SHIFT) | \
WL_ROAM_PARAMS_IOV_MINOR_VER_1)
/* roam_params sub-command types */
typedef enum {
WL_ROAM_PARAMS_NONE = 0,
WL_ROAM_PARAMS_ALLOWED_BAND = 1,
WL_ROAM_PARAMS_MAX
} wl_roam_params_type_t;
/* roam allowed band index */
#define WLC_ROAM_ALLOW_BAND_AUTO WLC_BAND_AUTO /* auto-select */
#define WLC_ROAM_ALLOW_BAND_2G (1<<0) /* 2.4 Ghz */
#define WLC_ROAM_ALLOW_BAND_5G (1<<1) /* 5 Ghz */
#if defined(WL_BAND6G) || defined(WL_6G_BAND)
#define WLC_ROAM_ALLOW_BAND_6G (1<<2) /* 6 Ghz */
#define WLC_ROAM_ALLOW_BAND_MAX (WLC_ROAM_ALLOW_BAND_2G | WLC_ROAM_ALLOW_BAND_5G | \
WLC_ROAM_ALLOW_BAND_6G)
#else
#define WLC_ROAM_ALLOW_BAND_MAX (WLC_ROAM_ALLOW_BAND_2G | WLC_ROAM_ALLOW_BAND_5G)
#endif /* WL_BAND6G || WL_6G_BAND */
/*
* Channel State Information (CSI) definitions
*
* IOVAR encoded in bcm_xtlv_t format with the subcommand as the TYPE field,
* length of subcommand data as the LENGTH field, followed by subcommand data
* structure as the DATA field.
*/
/* subcommand enum */
typedef enum wl_csi_subcommand {
WL_CSI_SUBCMD_VERSION = 0u, /* CSI version */
WL_CSI_SUBCMD_DISABLE = 1u, /* disable CSI data */
WL_CSI_SUBCMD_ENABLE = 2u, /* enable CSI data */
WL_CSI_SUBCMD_DATA_INFO = 3u, /* get CSI data info */
WL_CSI_SUBCMD_GET_DATA = 4u, /* get CSI data fragment */
} wl_csi_subcommand_t;
/* current version */
#define WL_CSI_VERSION_V2 2u /* adds CSI data available event */
#define WL_CSI_VERSION_V1 1u
/* WL_CSI_SUBCMD_VERSION GET subcommand data */
typedef struct wl_csi_version {
uint16 version; /* CSI version */
uint8 pad[2u]; /* 4-byte struct alignment */
} wl_csi_version_t;
/* enable control bits */
#define WL_CSI_ENABLE_CNTRL_TA (1u << 0u) /* match TA addr */
#define WL_CSI_ENABLE_CNTRL_FRAME (1u << 1u) /* match frame type/subtype */
#define WL_CSI_ENABLE_CNTRL_SUBCHANNEL (1u << 2u) /* enable subchannel index/width */
#define WL_CSI_ENABLE_CNTRL_NSTREAM (1u << 3u) /* enable number of streams */
/* WL_CSI_SUBCMD_ENABLE SET subcommand data */
typedef struct wl_csi_enable {
uint16 enable_control; /* control bits */
uint8 subchannel_index; /* 0=1st, 1=2nd, etc */
uint8 subchannel_width; /* 0=20mhz, 1=40mhz, 2=80mhz, etc */
uint8 num_streams; /* 0=1 stream, 1=2 streams, etc */
uint8 frame; /* frame type (bits=0x0c) and subtype (bits=0xf0) */
chanspec_t chanspec; /* not currently used, reserved for future */
struct ether_addr ta; /* transmit address to match */
uint16 mode_timer; /* not currently used, reserved for future */
} wl_csi_enable_t;
/* WL_CSI_SUBCMD_DATA_INFO GET subcommand data info */
typedef struct wl_csi_data_info {
struct ether_addr ta; /* transmit address */
struct ether_addr ra; /* receive address */
struct ether_addr bssid; /* bssid address */
uint16 num_tones; /* number of tones in data */
uint16 bw; /* bandwidth of frame */
uint8 frame; /* frame type (bits=0x0c) and subtype (bits=0xf0) */
uint8 nsts; /* num streams of frame */
uint8 slice; /* 0=main, 1=aux */
uint8 num_rx; /* number of rx cores in data */
uint8 num_streams; /* number of streams in data */
uint8 num_rssi; /* number of rssi in following array */
int8 rssi[BCM_FLEX_ARRAY]; /* variable length array of rssi of each core */
} wl_csi_data_info_t;
/* WL_CSI_SUBCMD_GET_DATA GET subcommand data fragment request */
typedef struct wl_csi_get_data_req {
uint32 offset; /* CSI data offset to read */
uint32 length; /* request length */
} wl_csi_get_data_req_t;
/* WL_CSI_SUBCMD_GET_DATA GET subcommand data fragment response */
typedef struct wl_csi_get_data_resp {
uint32 total_length; /* total length of CSI data */
uint32 offset; /* CSI data offset read */
uint32 length; /* length of CSI data in following array */
uint32 csi_data[BCM_FLEX_ARRAY]; /* variable length array of CSI data */
} wl_csi_get_data_resp_t;
/* User roam cache size updated 10 so that
* 4 slots are provided for 6G.
*/
#define USER_ROAM_CACHE_MAX_COUNT 10u
#define WL_OCT_IOV_VERSION_1 1u
enum wl_oct_iov_sub_cmd_v1 {
IOV_OCT_SUB_CMD_NONE = 0u,
IOV_OCT_SUB_CMD_ENAB = 1u,
IOV_OCT_SUB_CMD_STALE_RESET_TIMEOUT = 2u,
IOV_OCT_SUB_CMD_NO_DECISION_TIMEOUT = 3u,
IOV_OCT_SUB_CMD_CUR_CORE_MIN_DWELL_TIME = 4u,
IOV_OCT_SUB_CMD_EMA_WEIGHT_FACTOR = 5u,
IOV_OCT_SUB_CMD_MIN_NUM_VALID_CNT = 6u,
IOV_OCT_SUB_CMD_RSSI_DELTA_THRESH = 7u,
IOV_OCT_SUB_CMD_MIN_SAMPLING_FREQ = 8u,
IOV_OCT_SUB_CMD_VERSION = 9u,
IOV_OCT_SUB_CMD_STATUS = 10u,
IOV_OCT_SUB_CMD_RESET_STATUS = 11u,
IOV_OCT_SUB_CMD_TOTAL
};
enum wl_oct_xtlv_id_v1 {
WL_OCT_XTLV_NONE = 0x0u,
WL_OCT_XTLV_ENABLE = 0x1u,
WL_OCT_XTLV_STALE_RESET_TIMEOUT = 0x2u,
WL_OCT_XTLV_NO_DECISION_TIMEOUT = 0x3u,
WL_OCT_XTLV_CUR_CORE_MIN_DWELL_TIME = 0x4u,
WL_OCT_XTLV_EMA_WEIGHT_FACTOR = 0x5u,
WL_OCT_XTLV_MIN_NUM_VALID_CNT = 0x6u,
WL_OCT_XTLV_RSSI_DELTA_THRESH = 0x7u,
WL_OCT_XTLV_MIN_SAMPLING_FREQ = 0x8u,
WL_OCT_XTLV_VERSION = 0x9u,
WL_OCT_XTLV_STATUS = 0xau,
WL_OCT_XTLV_RESET_STATUS = 0xbu,
WL_OCT_XTLV_TOTAL
};
typedef enum wl_oct_status_xtlv_id {
WL_OCT_STATUS_CMN_ID = 0u,
WL_OCT_STATUS_SLICE_ID = 1u,
WL_OCT_STATUS_XTLV_MAX = 2u
} wl_oct_status_xtlv_id_t;
#define WL_OCT_STATUS_CMN_VER_1 1u /* status_cmn version */
#define WL_OCT_STATUS_SLICE_VER_1 1u /* status_slice version */
/* WL_OCT_STATUS_CMN_ID */
typedef struct wl_oct_status_cmn_v1 {
uint8 version;
uint8 infra_assoced; /* primary infra assoced */
uint8 infra_assoc_slice; /* slice of primary infra assoced */
uint8 selected_txcm; /* currently selected txcm */
} wl_oct_status_cmn_v1_t;
/*
* Definitions for disable bits in the per slice status
*/
#define OCT_DISABLED_HOST (1u << 0u) /* Host disabled */
#define OCT_DISABLED_NOINFRA (1u << 1u) /* Disabled due to
* no-infra or AS not-idle
*/
#define OCT_DISABLED_SCAN (1u << 2u) /* Disable due to Scan active */
#define OCT_CORES_MAX 2u
/* WL_OCT_STATUS_SLICE_ID */
typedef struct wl_oct_status_slice_v1 {
uint8 version;
uint8 slice_id; /* slice identifier */
uint8 PAD[2]; /* 32-bit align */
uint32 disable_bits; /* current disable bits */
uint32 disable_dur; /* total disable duration (ms) */
uint32 enable_dur; /* total enable duration (ms) */
uint32 txcm_upd_cnt; /* total count of txcm decision updates
* due RSSI, TxPER, etc. blocks,
* currently RSSI block only
*/
uint32 txcm_upd_cnt_rssi; /* total count of txcore updates
* due to RSSI delta
*/
uint32 txcm_upd_cnt_rssi_aged; /* total count of txcore updates due to rssi aged */
uint32 override_dur; /* total dur (ms) oct decision is overriden */
uint32 txcm_dur[OCT_CORES_MAX]; /* per core txcm duration (ms) */
uint32 txcm_cnt[OCT_CORES_MAX]; /* per core txcm count */
} wl_oct_status_slice_v1_t;
/* ====== C2C definitions ===== */
/* subcommand IDs */
enum wl_c2c_cmd_id {
WL_C2C_CMD_PRE_EXPIRY,
WL_C2C_CMD_REG_RULES,
WL_C2C_CMD_STATUS,
WL_C2C_CMD_STATS,
WL_C2C_CMD_AP_CACHE,
WL_C2C_CMD_CTRL,
WL_C2C_CMD_EVTMASK,
WL_C2C_CMD_LAST
};
/* xtlvs */
enum wl_c2c_tlv_id {
WL_C2C_XTLV_AP_ENTRY,
WL_C2C_XTLV_AP_INFO,
WL_C2C_XTLV_LAST
};
/* WL_C2C_XTLV_AP_ENTRY */
typedef struct wl_c2c_ap_entry {
struct ether_addr bssid; /* ap bssid */
chanspec_t chanspec; /* ap chanspec */
uint32 last_rx_time; /* last esig rx time (GET only) */
uint32 num_esig_rx; /* esigs received from AP (GET only) */
int8 rssi; /* rssi (GET only) */
uint8 num_tlvs; /* number of tlvs included */
uint8 pad[2];
uint8 tlvs[];
} wl_c2c_ap_entry_t;
/* internal c2c states
*
* |----------ON----------|--ON(Pre-expiry)--|
* | |
* |<--------Enabling signal duration------->|
*/
#define C2C_STATE_OFF 1u /* c2c is inactive */
#define C2C_STATE_ON 2u /* c2c active */
#define C2C_STATE_ON_PRE_EXP 3u /* c2c active, in pre-expiry region */
#define C2C_SCAN_STATE_OFF 1u /* no c2c-initiated scan */
#define C2C_SCAN_STATE_IN_PROG 2u /* c2c-initiated scan in progress */
#define C2C_SCAN_TYPE_DIRECT 1u /* direct scan to 6GHz AP */
#define C2C_SCAN_TYPE_FULL 2u /* full scan */
/* WL_C2C_CMD_PRE_EXPIRY */
typedef uint32 wl_c2c_pre_exp_t; /* pre expiry time */
/* WL_C2C_CMD_REG_RULES */
#define WL_C2C_REG_RULES_VLP_ALLOWED 1u
#define WL_C2C_REG_RULES_INV_TIMEOUT 0xFFFFFFFFu
typedef struct wl_c2c_reg_rules {
uint32 esig_timeout; /* enabling signal timeout(ms) */
int8 min_rssi; /* enabling signal min rssi */
uint8 pad[3]; /* available for use */
} wl_c2c_reg_rules_t;
/* WL_C2C_CMD_STATUS */
typedef struct wl_c2c_status {
uint8 cur_state; /* c2c state */
uint8 scan_state; /* scan state */
struct ether_addr esig_bssid; /* current enabling signal bssid */
chanspec_t esig_chanspec; /* current enabling signal chanspec */
int8 esig_rssi; /* current enabling signal rssi */
uint8 scan_type; /* scan type */
uint32 last_dscan; /* last direct scan start (FW) time */
uint32 last_fscan; /* last full scan start time */
} wl_c2c_status_t;
/* WL_C2C_CMD_CTRL */
/* if set, enable scan requests from c2c module */
#define WL_C2C_CTRL_C2C_SCAN 0x0001u
/* if set, enable c2c functionality
* if clear, c2c functionality - enabling signal processing, scanning, etc is disabled
*/
#define WL_C2C_CTRL_ENAB 0x0002u
#define WL_C2C_CTRL_ALLOWED_MASK (WL_C2C_CTRL_C2C_SCAN | WL_C2C_CTRL_ENAB)
#define WL_C2C_CTRL_IS_C2C_SCAN(_ctrl) (((_ctrl) & WL_C2C_CTRL_C2C_SCAN) != 0)
#define WL_C2C_CTRL_IS_ENAB(_ctrl) (((_ctrl) & WL_C2C_CTRL_ENAB) != 0)
typedef uint32 wl_c2c_ctrl_t; /* c2c control bit masks */
/* WL_C2C_CMD_AP_CACHE */
/* WL_C2C_CMD_AP_CACHE operations */
#define WL_C2C_CACHE_OP_GET 0u
#define WL_C2C_CACHE_OP_ADD 1u
#define WL_C2C_CACHE_OP_DEL 2u
#define WL_C2C_CACHE_OP_CLR 3u
typedef struct wl_c2c_ap_cache {
uint8 op; /* WL_C2C_CACHE_OP */
uint8 num_tlvs; /* number of tlvs */
uint8 pad[2];
uint8 tlvs[];
} wl_c2c_ap_cache_t;
/* WL_C2C_CMD_STATS */
/* WL_C2C_CMD_STATS operations */
#define WL_C2C_STATS_OP_CLEAR 0u
typedef struct wl_c2c_stats {
uint32 esig_rx; /* total received enabling signals */
uint32 c2c_on_off; /* count of c2c on to off */
uint32 c2c_off_on; /* count of c2c off to on */
uint32 c2c_extn; /* c2c extension (due to new esig) */
uint32 dscan; /* number of directed scans */
uint32 fscan; /* number of full scans */
uint8 op; /* WL_C2C_STATS_OP */
uint8 num_tlvs; /* number of tlvs included */
uint8 pad[2]; /* available for use */
uint8 tlvs[];
} wl_c2c_stats_t;
/* WL_C2C_CMD_EVTMASK */
typedef uint32 wl_c2c_evt_mask_t; /* event mask */
/* events */
#define WL_C2C_EVENT_AP_INFO_VER_1 1u
/* WL_C2C_XTLV_AP_INFO */
typedef struct wl_c2c_event_ap_info {
uint16 version; /* version */
uint16 len; /* total len */
struct ether_addr bssid; /* AP bssid */
chanspec_t chanspec; /* AP chanspec */
uint32 time_ms; /* esig receive time (FW time in ms) */
int8 rssi; /* rssi */
uint8 num_tlvs; /* number of tlvs */
uint8 pad[2];
uint8 tlvs[]; /* optional TLVs */
} wl_c2c_event_ap_info_t;
#define WL_CH6GPROF_VER_1 1
enum wl_ch6gprof_cmd_id {
WL_CH6GPROF_CMD_VER = 0u,
WL_CH6GPROF_CMD_EXPIRY_TO = 1u,
WL_CH6GPROF_CMD_RESET_CACHE = 2u
};
/* scbrate iovar: txminrate */
#define WL_SCBRATE_TXMINRATE_VER_1 1u
typedef struct wl_scbrate_txminrate {
uint16 version;
uint16 len;
struct ether_addr peer_mac; /* mac addrss of peer */
uint16 txminrate; /* Tx min rate in 0.5mbps */
} wl_scbrate_txminrate_t;
/* Test seeding top level command IDs */
enum {
WL_SEED_TEST_CMD_ROAM_CONFIG = 0u,
WL_SEED_TEST_CMD_ROAM_CLEAR_TARGETS = 1u,
WL_SEED_TEST_CMD_ROAM_ADD_TARGETS = 2u,
WL_SEED_TEST_CMD_LAST
};
#define SEED_TEST_ROAM_CFG_VERSION_1 1u
/* set roam test seeding rule:
* replace(1) or append(0) host's target list to FW's scan results
*/
#define SEED_TEST_ROAM_CFGFLAG_REPLACE 0x1u
struct wl_seed_test_roam_config_v1 {
uint16 version;
uint16 length;
uint16 flags;
uint8 pad[2];
};
#define SEED_TEST_ROAM_MODE_CAP_N 0x1u
#define SEED_TEST_ROAM_MODE_CAP_VHT 0x2u
#define SEED_TEST_ROAM_MODE_CAP_EHT 0x4u
#define SEED_TEST_ROAM_MODE_CAP_HE 0x8u
#define SEED_TEST_ROAM_ADD_TARGETS_VERSION_1 1u
struct wl_seed_test_roam_add_targets_v1 {
uint16 version; /* version field */
/* byte length of data in this data structure,
* starting at version and including IEs appended afterwards
*/
uint16 length;
struct ether_addr BSSID;
uint8 mode_cap; /* n_cap, he_cap, vht_cap, eht_cap */
uint8 SSID_len;
/* values can be short ssid or ssid, indicated in flags */
uint8 SSID[DOT11_MAX_SSID_LEN];
chanspec_t chanspec; /* chanspec for bss */
int16 RSSI; /* receive signal strength (in dBm) */
uint16 capability; /* capability filed in beacon */
uint16 flags; /* flags w.r.t. beacon: TBD */
struct {
uint32 count; /* number of rates in this set */
uint8 rates[WLC_NUMRATES]; /* rates in 500kbps units w/hi bit set if basic */
} rateset; /* supported rates */
uint8 basic_mcs[MCSSET_LEN]; /* 802.11N BSS required MCS set */
uint16 vht_mcsmap; /* vhtmcsmap */
uint16 vht_mcsmap_prop; /* prop vhtmcsmap */
uint32 he_mcsmap; /* same as he_mcs_nss_set */
wl_eht_mcsmap_t eht_mcsmap; /* EHT-MCS Map for the BSS operating chan width */
uint8 pad1;
/* qbss load available admission capacity, from qbss_load_ie */
uint16 qbss_load_aac;
/* indicates how free the channel is, (0xff - channel_utilization of qbss_load_ie) */
uint8 qbss_load_chan_free;
/* last set max txpwr, from VHT TPE IE, for 6G AP */
int8 max_tx_pwr_used;
/* from HE Operation IE with HE 6G Operation info, for 6G AP */
uint8 reg_info_6g_bss;
uint8 pad2;
uint16 ie_length; /* length of following ie data, can be 0 */
uint8 ie_data[]; /* ie data indicated by length above */
};
/* subcommand ids for phy_dbg */
enum wl_phy_dbg_cmd_type {
WL_PHY_DBG_CMD_GCI = 0u, /* GCI Dump */
WL_PHY_DBG_CMD_SRA = 1u, /* SRA Info */
WL_PHY_DBG_CMD_LAST
};
#define WL_PHY_DBG_GCI_VERSION_1 1u
typedef struct wl_phy_dbg_gci_data_v1 {
uint16 gci_lst_inv_ctr;
uint16 gci_lst_rst_ctr;
uint16 gci_lst_sem_fail;
uint16 gci_lst_rb_state;
uint16 gci_lst_state_mask;
uint16 gci_inv_tx;
uint16 gci_inv_rx;
uint16 gci_rst_tx;
uint16 gci_rst_rx;
uint16 gci_sem_fail;
uint16 gci_invstate;
uint16 gci_phyctl2;
uint16 gci_chan;
uint16 gci_cm;
uint16 gci_intr;
uint16 gci_rst_intr;
uint16 gci_rst_prdc_rx;
uint16 gci_rst_wk_rx;
uint16 gci_rst_rmac_rx;
uint16 gci_rst_tx_rx;
uint16 gci_dbg01;
uint16 gci_dbg02;
uint16 gci_dbg03;
uint16 gci_dbg04;
uint16 gci_dbg05;
uint16 gci_dbg06;
} wl_phy_dbg_gci_data_v1_t;
#define WL_PHY_DBG_SRA_INFO_VERSION_1 1u
/* Info struct */
typedef struct wl_phy_dbg_sra_info_v1 {
uint32 srmc_init_status_bt; /* SRCB init_status reg for BT */
uint32 srmc_init_status_wl; /* SRCB init_status reg for WL */
uint32 sr_crash_counter_bt; /* BT FW initiated trap notifications count */
uint32 sr_crash_counter_wl; /* WL FW initiated notifications count */
uint16 sr_crash_reason_bt; /* Last BT FW trap reason */
uint16 sr_crash_reason_wl; /* Last WL FW trap reason */
uint8 sr_boot_count; /* Critical + Non-critical region boot count */
uint8 sr_softrecovery_count; /* Critical region recoverable boot count */
uint16 sr_dbg01; /* not populated yet */
uint32 sr_dbg02; /* not populated yet */
uint32 sr_dbg03; /* BT initiated Temp Req count */
uint32 sr_dbg04; /* BT initiated Cal Req count */
} wl_phy_dbg_sra_info_v1_t;
#define WL_PHY_DBG_SRA_INFO_VERSION_2 2u
typedef struct wl_phy_dbg_sra_info_v2 {
uint32 srmc_init_status_bt; /* SRCB init_status reg for BT */
uint32 srmc_init_status_wl; /* SRCB init_status reg for WL */
uint16 sr_notif_counter_bt; /* BT FW initiated trap notifications count */
uint16 sr_notif_state_bt; /* Last BT FW trap reason */
uint32 sr_notif_option_bt; /* BT initiated Cal Req count */
uint32 sr_notif_counter_wl; /* WL FW initiated notifications count */
uint16 sr_notif_state_wl; /* Last WL FW trap reason */
uint16 sr_calreq_counter_bt; /* BT initiated Cal Req count */
uint16 sr_tempreq_counter_bt; /* BT initiated Temp Req count */
uint16 sr_crit_region_2g_wl; /* 2G Sema Crit region counter */
uint16 sr_crit_region_5g_wl; /* 5G Sema Crit region counter */
uint16 sr_crit_region_2g_bt; /* 2G Sema Crit region counter */
uint16 sr_crit_region_5g_bt; /* 5G Sema Crit region counter */
uint8 sr_boot_count; /* Critical + Non-critical region boot count */
uint8 sr_softrecovery_count; /* Critical region recoverable boot count */
uint32 sr_dbg02; /* not populated yet */
uint16 sr_bootstat_bt; /* BT FW boot stat */
uint16 sr_dbg04; /* not populated yet */
uint8 sr_phy_crash_rc; /* Critical region crash reason code */
uint8 sr_phy_crash_boot_count; /* Boot count when critical region crash happened */
uint8 sr_dbg07; /* not populated yet */
uint8 sr_dbg08; /* not populated yet */
} wl_phy_dbg_sra_info_v2_t;
typedef struct wl_phy_dbg_v1 {
uint16 subcmd_version; /* Version of the sub-command */
uint16 length; /* Length of the particular struct being used in union */
union {
wl_phy_dbg_gci_data_v1_t gcivals_v1; /* GCI data */
wl_phy_dbg_sra_info_v1_t srainfo_v1; /* SRA info */
wl_phy_dbg_sra_info_v2_t srainfo_v2; /* SRA info */
} u;
} wl_phy_dbg_v1_t;
/* subcommand ids for phy_ed */
enum wl_phy_ed_cmd_type {
WL_PHY_ED_CMD_MLED = 0u, /* get mled profile */
WL_PHY_ED_CMD_LAST
};
#define WL_PHY_ED_MLED_VERSION_1 1u
typedef struct wl_phy_ed_mled_v1 {
chanspec_t chanspec; /* chanspec */
uint8 mled_profile; /* mled profile */
uint8 region_group; /* region group - EU or other */
int8 edthresh_val; /* ed threshold - primary */
int8 edthresh_sec_val; /* ed threshold - secondary */
} wl_phy_ed_mled_v1_t;
#define WL_PHY_ED_MLED_VERSION_2 2u
typedef struct wl_phy_ed_mled_v2 {
chanspec_t chanspec; /* chanspec */
uint8 mled_profile; /* mled profile */
uint8 eu_edcrs; /* EU or other */
int8 edthresh_val; /* ed threshold - primary */
int8 edthresh_sec_val; /* ed threshold - secondary */
} wl_phy_ed_mled_v2_t;
typedef struct wl_phy_ed_v1 {
uint16 subcmd_version; /* Version of the sub-command */
uint16 length; /* Length of the particular struct being used in union */
union {
wl_phy_ed_mled_v1_t mled_v1; /* mled profile data */
wl_phy_ed_mled_v2_t mled_v2; /* mled profile data */
} u;
} wl_phy_ed_v1_t;
/* subcommand ids for phy_noise */
enum wl_phy_noise_cmd_type {
WL_PHY_NOISE_CMD_LONG = 0u, /* get noise profile */
WL_PHY_NOISE_CMD_KNOISE = 1u, /* get knoise profile */
WL_PHY_NOISE_CMD_KNOISE_RETRYLIMIT = 2u, /* get knoise profile */
WL_PHY_NOISE_CMD_KNOISE_RETRYTIMEOUT = 3u, /* get knoise profile */
WL_PHY_NOISE_CMD_KNOISE_RETRYLIMIT_SCAN = 4u, /* get knoise profile */
WL_PHY_NOISE_CMD_KNOISE_RETRYTIMEOUT_SCAN = 5u, /* get knoise profile */
WL_PHY_NOISE_CMD_KNOISE_IRQ_EN = 6u, /* get knoise profile */
WL_PHY_NOISE_CMD_KNOISE_BLANKING_EN = 7u, /* get knoise profile */
WL_PHY_NOISE_CMD_LAST
};
#define WL_PHY_NOISE_LONG_VERSION_1 1u
typedef struct wl_phy_noise_long_v1 {
uint8 long_accum; /* long accum */
uint8 PAD[3];
} wl_phy_noise_long_v1_t;
typedef struct wl_phy_noise_knoise_v1 {
int32 noise_dBm; /* knoise dBm */
uint8 hwknoise_retrylimit;
uint8 hwknoise_retrylimit_scan;
uint8 hwknoise_retrytimeout;
uint8 hwknoise_retrytimeout_scan;
bool hwknoise_irq;
bool hwknoise_blanking;
uint8 PAD[2];
} wl_phy_noise_knoise_v1_t;
typedef struct wl_phy_noise_v1 {
uint16 subcmd_version; /* Version of the sub-command */
uint16 length; /* Length of the particular struct being used in union */
union {
wl_phy_noise_long_v1_t long_v1;
wl_phy_noise_knoise_v1_t knoise_v1;
} u;
} wl_phy_noise_v1_t;
#ifndef CHSPEC2WLC_BAND
#ifdef WL_BAND6G
#define CHSPEC2WLC_BAND(chspec) (CHSPEC_IS2G(chspec) ? WLC_BAND_2G : \
CHSPEC_IS5G(chspec) ? WLC_BAND_5G : WLC_BAND_6G)
#else
#define CHSPEC2WLC_BAND(chspec) (CHSPEC_IS2G(chspec) ? WLC_BAND_2G : WLC_BAND_5G)
#endif
#endif /* CHSPEC2WLC_BAND */
#define BUS_TX_RELEASE_LOG_VERSION_1 (1u)
typedef struct _bus_tx_release_log_entry_v1 {
uint32 ts; /* timestamp */
uint32 flowid; /* flowing id */
uint32 pkts_cnt; /* # of tx pkts released to wl layer */
uint32 times; /* same flowid repeats how many times */
} bus_tx_release_log_entry_v1_t;
#define BUS_TX_RELEASE_LOG_FLAG_TRUNCATED (0x1u)
struct bus_tx_release_log_v1 {
uint16 version; /**< version field */
uint16 flags; /**< flags */
uint16 idx; /**< current index inside log */
uint16 count; /**< total log count */
bus_tx_release_log_entry_v1_t log[]; /**< count # of tx release log entries */
};
#define BUS_FETCH_HISTOGRAM_VERSION_1 (1u)
typedef struct flow_fetch_histogram_v1 {
uint32 flowid; /* flowing id */
uint32 fetch_histogram[BCM_FLEX_ARRAY]; /* per flow fetch histogram of all stop reasons */
} flow_fetch_histogram_v1_t;
#define BUS_TX_RELEASE_LOG_FLAG_TRUNCATED (0x1u)
struct bus_fetch_historgram_v1 {
uint16 version; /**< version field */
uint16 unused; /**< unused */
uint16 bucket_interval; /* bucket interval */
uint16 buckets_max; /* max # of buckets */
uint16 reason_max; /* max # of fetch stop reasons */
uint16 histogram_count; /**< count of fetch histograms */
flow_fetch_histogram_v1_t fetch_histograms[BCM_FLEX_ARRAY]; /**< flow fetch histograms */
};
/* Scancache command IDs */
enum wl_scan_sub_cmd {
WL_SCAN_CACHE_EXT_CMD_CLEAR = 0u,
WL_SCAN_CACHE_EXT_CMD_GET = 1u,
WL_SCAN_CMD_LAST
};
#define SCAN_CACHE_VERSION_1 (1u)
typedef struct wlc_scan_cache_data_v1 {
wlc_ssid_t SSID; /* SSID of cached result */
struct ether_addr BSSID; /* BSSID of cached result */
bool valid; /* is cache entry valid */
uint8 PAD[1];
chanspec_t chanspec; /* chanspec of cached result */
int16 RSSI; /* RSSI of cached result */
uint32 timestamp; /* time when scancache is updated */
uint32 capability; /* capability of cached entry */
uint32 flags; /* Flags to indicate HT/VHT/HE/EHT etc */
uint32 age_ms; /* Time difference of scan cache update
* and scan cache query
*/
} wlc_scan_cache_data_v1_t;
typedef struct wlc_scan_cache_v1 {
uint16 version;
uint16 len;
wlc_scan_cache_data_v1_t scan_data[];
} wlc_scan_cache_v1_t;
#define SCAN_CACHE_FIXED_SIZE (OFFSETOF(wlc_scan_cache_v1_t, scan_data))
/* definition for uint16 iovar wifi_bt5g_policy */
#define WIFI_BT5G_POLICY_ASSOC 0x0001u /**< to be obsoleted */
#define WIFI_BT5G_POLICY_ASSOCMODE 0xFu /**< reserved after this */
enum {
WIFI_BT5G_BT_SWITCH_ASSOC_WAIT = 0u, /* BT switch band, wait for BT switch */
WIFI_BT5G_BT_SWITCH_ASSOC_NOWAIT = 1u, /* BT switch band, associate immediately */
WIFI_BT5G_NO_BT_SWITCH = 2u, /* No BT switch the band, BT coexist in 5G */
};
/* Event throttle configuration */
#define WL_EVT_THROT_CFG_VERSION_1 1u
typedef struct wl_evt_throt_cfg_v1 {
uint16 version;
uint16 payload_len;
uint32 mem_thresh; /* global memory threshold in bytes */
uint32 flags; /* future use */
uint8 payload[]; /* list of TLVs */
} wl_evt_throt_cfg_v1_t;
/* XTLV type */
#define WL_EVT_THROT_IOV_MOD_CFG 1u
/* XTLV type 1 */
typedef struct wl_evt_throt_cfg_mod_payload {
uint16 event_id;
uint16 nevents; /* max pending bursty events allowed */
uint32 ageout_ms; /* time threshold in ms to throttle old pkts */
uint32 flags; /* generic enable/disable (1|0) */
} wl_evt_throt_cfg_mod_payload_t;
#define PHY_SCCA_JAMMER_HOSTPARAMS_SET_V1 1
/* Host 'Set' params */
typedef struct phy_scca_jammer_host_params_v1 {
uint32 version;
uint32 length;
int8 asym_intf_jammer_pwr;
uint8 asym_intf_jammer_cm;
int16 pad1;
} phy_scca_jammer_host_params_v1_t;
#define PHY_SCCA_JAMMER_CONFIG_PARAMS_V1 1
/* Host 'Get' params */
typedef struct phy_scca_jammer_config_params_v1 {
uint32 version;
uint32 length;
bool asym_intf_jammer_en;
uint8 asym_intf_jammer_cm;
int8 asym_intf_jammer_pwr[2];
} phy_scca_jammer_config_params_v1_t;
#define WLC_SUP_OPER_CLASS_IE_IOV_VER_1 0x1u
typedef struct wlc_sup_oper_class_cfg_v1 {
uint16 version; /* Structure version */
uint16 length; /* Length of whole Structure */
uint32 cmd_flags; /* Flag bits to Identify configuring command */
uint32 config_flags; /* Configuration and conditional flags that shall be set by the
* host for including the Supported Operating Class IE
*/
} wlc_sup_oper_class_cfg_v1_t;
/* Following MACROS are used to individually identifies the config flags which is provided in
* set operation
*/
#define WLC_SUP_OPR_CLS_IE_CFG_ENABLE_CMD (1u << 0u)
#define WLC_SUP_OPR_CLS_IE_CFG_RNR_PRES_CMD (1u << 1u)
#define WLC_SUP_OPR_CLS_IE_CFG_SUP_OPR_CLS_PRES_CMD (1u << 2u)
/* Define the config command mask */
#define WLC_SUP_OPR_CLS_IE_CFG_CMD_MASK (WLC_SUP_OPR_CLS_IE_CFG_ENABLE_CMD |\
WLC_SUP_OPR_CLS_IE_CFG_RNR_PRES_CMD |\
WLC_SUP_OPR_CLS_IE_CFG_SUP_OPR_CLS_PRES_CMD)
/* Following MACROS are used to set the respective flags which is provided through subcommand
* set operation
*/
/* Enable flag for Supported Operating Class IE */
#define WLC_SUP_OPR_CLS_IE_ENAB_VAL (1u << 0u)
/* Send Supported Operating Class IE when RNR has 6G channels */
#define WLC_SUP_OPR_CLS_IE_RNR_PRES_VAL (1u << 1u)
/* Send Supported Operating Class IE when AP advertises its Supported
* Operating Class IE in Beacon/Probe response
*/
#define WLC_SUP_OPR_CLS_IE_SUP_OPR_CLS_PRES_VAL (1u << 2u)
#define WLC_SUP_OPR_CLS_IE_DEFAULT_CFG_VAL (WLC_SUP_OPR_CLS_IE_ENAB_VAL |\
WLC_SUP_OPR_CLS_IE_RNR_PRES_VAL |\
WLC_SUP_OPR_CLS_IE_SUP_OPR_CLS_PRES_VAL)
#ifdef PHY_FCBS_CHSW
/* for FW FCBS_HW control version */
#define WL_FCBS_CHSW_IOV_VERSION_1 1u
/* FW FCBS_CHSW control iovar subcmd ids */
enum {
IOV_FCBS_CHSW_ENAB = 1,
IOV_FCBS_CHSW_STATUS = 2,
IOV_FCBS_CHSW_LAST
};
#endif /* PHY_FCBS_CHSW */
#define BSS_STA_INFO_PARAM_VER_1 1u
/** Input structure for IOV_BSS_PEER_INFO */
typedef struct bss_sta_info_param {
uint16 version;
struct ether_addr ea; /**< peer MAC address */
} bss_sta_info_param_t;
#define BSS_STA_INFO_VER_1 1u
typedef struct bss_sta_info {
uint16 version;
uint16 aid; /* Association ID */
struct ether_addr ea; /* Peer MAC ADDR */
uint16 pad; /* For 32bit alignment */
uint32 idle; /**< time since data pkt rx'd from sta */
uint32 listen_int; /* Min Listen interval in ms for this STA */
int32 rssi; /* RSSI AVG */
uint32 tx_rate; /**< current tx rate */
uint32 rx_rate; /**< current rx rate */
uint32 in_network; /**< in network seconds */
uint32 rx_pkts; /* rx data pkts */
uint64 rx_bytes; /* rx data bytes */
uint32 rx_retries; /* rx pkts with retry bit set */
uint32 rx_error; /* rx error */
uint64 tx_bytes; /* tx total bytes */
uint32 tx_pkts; /* tx total pkts */
uint32 tx_retries; /* tx pkts retries */
uint32 tx_fail; /* tx failures */
uint32 pad1; /* For 64bits alignment */
} bss_sta_info_t;
#define BSS_STA_LIST_INFO_VER_1 1u
typedef struct bss_sta_list_info {
uint16 version;
uint16 bss_sta_info_len; /**< length of bss_sta_info_t */
uint32 count; /**< number of peer info */
bss_sta_info_t peer_sta_info[]; /**< peer info */
} bss_sta_list_info_t;
#define BSS_STA_LIST_INFO_FIXED_LEN OFFSETOF(bss_sta_list_info_t, peer_sta_info)
#define CAPEXT_INFO_VERSION_1 (1u)
/* TODO: This would be moved to src once component depedency is addressed */
#ifndef BCM_CAPEXT
#define CAPEXT_INFO_VERSION CAPEXT_INFO_VERSION_1
#endif /* BCM_CAPEXT */
/* Top structure of capext reporting. For reporting, feature ids are used as types in XTLVs */
typedef struct {
uint16 version; /**< see definition of CAPEXT_INFO_VERSION */
uint16 datalen; /**< length of data including all paddings. */
uint8 data []; /**< variable length payload:
* 1 or more bcm_xtlv_t type of tuples.
* each tuple is padded to multiple of 4 bytes.
* 'datalen' field of this structure includes all paddings.
*/
} capext_info_t;
/* Each feature reported in capext has a feature id. Feature id is a 16-bit value.
* The feature id namespace is split into 3 partitions. One for BUS, the second for RTE,
* and the third for WL. All partitions are contiguous and fixed in size
*/
#define CAPEXT_FEATURE_ID_NUM_PARTITIONS (3u)
#define CAPEXT_FEATURE_ID_PARTITION_SIZE (1024u)
/* Feature IDs from 3072 for capext are reserved */
#define CAPEXT_RSVD_FEATURE_ID_BASE (3072u)
/* Bus partition */
/* The features listed in the enumeration below have subfeatures.
* If a new feature is added/updated and that feature has sub-features that need to be reported,
* add that feature here
*/
#define CAPEXT_BUS_FEATURE_ID_BASE (0)
enum capext_bus_feature_ids {
CAPEXT_BUS_FEATURE_RSVD = (CAPEXT_BUS_FEATURE_ID_BASE + 0),
/* BUS top level feature id to hold and report bitmaps of features with and
* without sub-features.
*/
CAPEXT_BUS_FEATURE_BUS_FEATURES = (CAPEXT_BUS_FEATURE_ID_BASE + 1),
/* BUS feature ids below hold and report sub-feature bitmaps of some features
* mentioned in top level feature id bitmap
*/
CAPEXT_BUS_FEATURE_PKTLAT = (CAPEXT_BUS_FEATURE_ID_BASE + 2),
CAPEXT_BUS_FEATURE_MAX
};
/* BUS features bit positions in top level rte feature id. Features mentioned below are reported */
enum capext_bus_feature_bitpos {
CAPEXT_BUS_FEATURE_BITPOS_HP2P = 0,
CAPEXT_BUS_FEATURE_BITPOS_PTM = 1,
CAPEXT_BUS_FEATURE_BITPOS_PKTLAT = 2,
CAPEXT_BUS_FEATURE_BITPOS_BUSTPUT = 3, /* feature with sub-features */
CAPEXT_BUS_FEATURE_BITPOS_MAX
};
/* Packet latency sub-feature bit positions. These sub-features need to be reported */
enum capext_pktlat_subfeature_bitpos {
CAPEXT_PKTLAT_BITPOS_META = 0,
CAPEXT_PKTLAT_BITPOS_IPC = 1,
CAPEXT_PKTLAT_BITPOS_MAX
};
/* RTE partition */
/* The features listed in the enumeration below have subfeatures.
* If a new feature is added and that feature has sub-features that need to be reported,
* add that feature here
*/
#define CAPEXT_RTE_FEATURE_ID_BASE (1024u)
enum capext_rte_feature_ids {
CAPEXT_RTE_FEATURE_RSVD = (CAPEXT_RTE_FEATURE_ID_BASE + 0),
/* RTE top level feature id to hold and report bitmaps of features with and
* without sub-features.
*/
CAPEXT_RTE_FEATURE_RTE_FEATURES = (CAPEXT_RTE_FEATURE_ID_BASE + 1),
/* RTE feature ids below hold and report sub-feature bitmaps of some features
* mentioned in top level feature id bitmap
*/
CAPEXT_RTE_FEATURE_ECOUNTERS = (CAPEXT_RTE_FEATURE_ID_BASE + 2),
CAPEXT_RTE_FEATURE_MAX
};
/* Ecounters sub-feature bit positions. These sub-features need to be reported */
enum capext_ecounters_subfeature_bitpos {
CAPEXT_ECOUNTERS_BITPOS_TXHIST = 0,
CAPEXT_ECOUNTERS_BITPOS_ADV = 1,
CAPEXT_ECOUNTERS_BITPOS_PHY = 2,
CAPEXT_ECOUNTERS_BITPOS_PHY_CAL = 3,
CAPEXT_ECOUNTERS_BITPOS_CHSTATS = 4,
CAPEXT_ECOUNTERS_BITPOS_PEERSTATS = 5,
CAPEXT_ECOUNTERS_BITPOS_DTIM_MISS = 6,
CAPEXT_ECOUNTERS_BITPOS_SOFTAPSTATS = 7,
CAPEXT_ECOUNTERS_BITPOS_MAX
};
/* RTE features bit positions in top level rte feature id. Features mentioned below are reported */
enum capext_rte_feature_bitpos {
CAPEXT_RTE_FEATURE_BITPOS_H2D_LOG_TIME_SYNC = 0,
CAPEXT_RTE_FEATURE_BITPOS_HWRNG = 1,
CAPEXT_RTE_FEATURE_BITPOS_SPMI = 2,
CAPEXT_RTE_FEATURE_BITPOS_ECOUNTERS = 3, /* feature with sub-features */
CAPEXT_RTE_FEATURE_BITPOS_EVENT_LOG = 4,
CAPEXT_RTE_FEATURE_BITPOS_LOGTRACE = 5,
CAPEXT_RTE_FEATURE_BITPOS_HCHK = 6,
CAPEXT_RTE_FEATURE_BITPOS_SMD = 7,
CAPEXT_RTE_FEATURE_BITPOS_ETD = 8,
CAPEXT_RTE_FEATURE_BITPOS_CST = 9,
CAPEXT_RTE_FEATURE_BITPOS_MAX
};
#if defined(WL_EDS)
#define WL_EDS_VERSION_V1 1u
/* WL_EDS commands TLVIDs */
enum wl_eds_iov_xtlv {
WL_EDS_IOV_XTLV_RSVD = 0u,
/* Per filter command */
WL_EDS_IOV_XTLV_FILTER_ADD = 1u,
WL_EDS_IOV_XTLV_FILTER_GET = 2u,
WL_EDS_IOV_XTLV_FILTER_DELETE = 3u,
WL_EDS_IOV_XTLV_FILTER_ABORT = 4u,
/* Per radio commands */
WL_EDS_IOV_XTLV_START = 20u,
/* Output XTLV */
/* Contains a pair of WL_EDS_IOV_XTLV_FILTER + WL_EDS_IOV_XTLV_FILTER_STATUS */
/* iovar "wl eds cap" */
WL_EDS_IOV_XTLV_CAPABILITY = 30u,
/* iovar "wl eds get" */
/* wrapper around multiple radio filter status */
WL_EDS_IOV_XTLV_RADIO_STATUS_COLLECTION = 31u,
/* wrapper around filters for a radio */
WL_EDS_IOV_XTLV_FILTER_STATUS_CONTAINER = 32u,
/* the filter specification */
WL_EDS_IOV_XTLV_FILTER = 33u,
/* filter status */
WL_EDS_IOV_XTLV_FILTER_STATUS = 34u,
WL_EDS_IOV_XTLV_MAX
};
typedef uint16 wl_eds_iov_xtlv_t;
enum wl_eds_capability {
WL_EDS_CAP_BITPOS_FILTER_FRAMETYPESUBTYPE = 0u,
WL_EDS_CAP_BITPOS_FILTER_PKT_FILTER = 1u,
WL_EDS_CAP_BITPOS_FILTER_FTYPE_ONLY_FILTER = 2u,
WL_EDS_CAP_BITPOS_MAX
};
typedef uint16 wl_eds_capablity_t;
typedef struct wl_eds_iov_capability_v1 {
uint8 version;
uint8 PAD;
wl_eds_capablity_t capability[WL_EDS_RADIO_ENC_MAX];
uint8 max_filters[WL_EDS_RADIO_ENC_MAX];
uint8 PAD;
} wl_eds_iov_capability_v1_t;
#define WL_EDS_FILTER_ID_MAX 7u
#define WL_EDS_FILTER_FTYPE_WILDCARD 0xFFu
typedef struct wl_eds_filter_v1 {
struct ether_addr a1; /* NULL address indicates wildcard */
struct ether_addr a2; /* same as above. */
struct ether_addr a3; /* same as above. */
uint16 PAD;
uint16 num_rpts; /* max. num of reports (stop condition) */
wl_eds_frame_type_subtype_t ftype; /* frame type/subtyupe */
uint8 filter_id; /* specified by host */
} wl_eds_filter_v1_t;
/* Input payload of WL_EDS_IOV_XTLV_FILTER_ADD.
*/
typedef struct wl_eds_filter_add_v1 {
wl_eds_radio_enc_t radio_enc;
uint8 PAD[3];
wl_eds_filter_v1_t new_filter;
} wl_eds_iov_filter_add_v1_t;
/* Input payload of WL_EDS_IOV_XTLV_FILTER_GET/DELETE/ABORT. */
typedef struct wl_eds_iov_filter_select_v1 {
wl_eds_radio_enc_t radio_enc;
uint8 filter_id;
uint8 PAD[2];
} wl_eds_iov_filter_select_v1_t;
/* Input payload of WL_EDS_IOV_XTLV_START */
enum wl_eds_iov_start_radio_bmap {
/* When the stealth mode is specified, start command's chanspec will be ignored and
* the filters will be programed to the respective slices and no additional
* operation will be performed to take the slices explicilty to certain channel.
* The filtering will be happening as per the existing system's activities.
*/
WL_EDS_IOV_START_STEALTH_MODE = 0u,
WL_EDS_IOV_START_RADIO_TRUE_SLICE = (1u << 0),
WL_EDS_IOV_START_RADIO_LISTEN_SLICE = (1u << 1),
WL_EDS_IOV_START_RADIO_MAX = 0xFFu
};
typedef uint8 wl_eds_iov_start_radio_bmp_t;
typedef struct wl_eds_iov_start_v1 {
wl_eds_iov_start_radio_bmp_t start_radio_bmap;
uint8 PAD;
chanspec_t chanspec; /* single channel */
/* global_timeout in ms. A 0 value means indefinite timeout in stealth mode only.
* Otherwise, an invalid value.
*/
uint32 global_timeout;
} wl_eds_iov_start_v1_t;
/* Can be set in filter_id filed in wl_eds_filter_select_v1_t
* When WL_EDS_IOV_FILTER_SELECT_RADIO_ENC_ALL is used, it is assumed
* to be WL_EDS_IOV_FILTER_SELECT_ID_ALL in the filter_id field.
*/
#define WL_EDS_IOV_FILTER_SELECT_RADIO_ENC_ALL 0xFFu
#define WL_EDS_IOV_FILTER_SELECT_ID_ALL 0xFFu
/* Output payload xtlv WL_EDS_IOV_XTLV_FILTER_STATUS */
typedef wl_eds_filter_status_v1_t wl_eds_iov_filter_status_v1_t;
typedef wl_eds_filter_v1_t wl_eds_iov_filter_v1_t;
#endif /* WL_EDS */
/* ====== platform configuration (platcfg) interface definitions ===== */
/* subcommand IDs */
enum wl_platcfg_cmd_id {
WL_PLATCFG_CMD_VER = 0u,
WL_PLATCFG_CMD_DLOAD = 1u,
WL_PLATCFG_CMD_DLOAD_STATUS = 2u,
WL_PLATCFG_CMD_BLOB_VER = 3u,
WL_PLATCFG_CMD_DUMP_DATA = 4u,
WL_PLATCFG_CMD_BLOB_VER_V2 = 5u,
WL_PLATCFG_CMD_DUMP_DATA_V2 = 6u,
WL_PLATCFG_CMD_LAST
};
/* xtlvs */
enum wl_platcfg_tlv_id {
WL_PLATCFG_XTLV_SEG_TITLE = 0u,
WL_PLATCFG_XTLV_SEG_CREATION = 1u,
WL_PLATCFG_XTLV_DUMP_DATA = 2u,
WL_PLATCFG_XTLV_SEG_METADATA = 3u,
/* blob data dump tlvs */
WL_PLATCFG_XTLV_DUMP_ANTGAIN = 40u,
WL_PLATCFG_XTLV_LAST
};
/* WL_PLATCFG_CMD_VER */
typedef struct wl_platcfg_ver {
uint16 ver; /* WL_PLATCFG_CMD_VER */
uint8 pad[2];
} wl_platcfg_ver_t;
/* tracks current module command version */
#define WL_PLATCFG_CMD_VER_V2 2u
#define WL_PLATCFG_CMD_VER_V1 1u
/* WL_PLATCFG_CMD_DLOAD */
typedef struct wl_platcfg_dload {
uint16 flags; /* DL flags (DL_BEGIN, DL_END) */
uint16 data_len; /* blob data len */
uint8 data[]; /* blob data */
} wl_platcfg_dload_t;
/* WL_PLATCFG_CMD_DLOAD_STATUS */
typedef struct wl_platcfg_seg_status {
uint8 type; /* segment type */
uint8 pad[3];
uint32 status; /* status */
} wl_platcfg_seg_status_t;
typedef struct wl_platcfg_dload_status {
uint8 count; /* 1 per segment type */
uint8 pad[3];
uint32 blob_status; /* blob downlod status */
wl_platcfg_seg_status_t status[]; /* list of segment status */
} wl_platcfg_dload_status_t;
/* segment type */
enum {
WL_PLATCFG_SEGTYPE_NONE = 0u,
WL_PLATCFG_SEGTYPE_CHIPID = 1u,
WL_PLATCFG_SEGTYPE_ANTGAIN = 2u,
WL_PLATCFG_SEGTYPE_LAST
};
/* WL_PLATCFG_CMD_BLOB_VER_V2 */
typedef struct wl_platcfg_blobver_v2 {
uint16 flags; /* flags */
uint8 n_metadata; /* number of segment metadata tlvs */
uint8 pad;
uint8 metadata[]; /* segment metadata tlvs */
} wl_platcfg_blobver_v2_t;
typedef struct wl_platcfg_seg_metadata_v2 {
uint8 type; /* platcfg segment type */
uint8 format; /* segment bin format version */
uint8 n_tlv; /* number of metadata tlvs */
uint8 pad;
uint8 tlv[]; /* metadata tlvs */
} wl_platcfg_seg_metadata_v2_t;
/* WL_PLATCFG_CMD_BLOB_VER */
typedef struct wl_platcfg_seg_ver {
uint8 type; /* platcfg segment type */
uint8 num_tlvs; /* number of tlvs */
uint8 pad[2];
uint8 tlvs[]; /* bcm_xtlv_t */
} wl_platcfg_seg_ver_t;
typedef struct wl_platcfg_blob_ver {
uint16 flags; /* flags */
uint8 count; /* 1 per segment type */
uint8 pad;
uint8 ver[]; /* list of wl_platcfg_seg_ver_t */
} wl_platcfg_blob_ver_t;
/* WL_PLATCFG_CMD_DUMP_DATA_V2 */
typedef struct wl_platcfg_dump_data_v2 {
uint16 flags; /* flags */
uint8 n_seg; /* number of segment dumps */
uint8 pad;
uint8 seg[]; /* segment dumps in bcm_xtlv_t */
} wl_platcfg_dump_v2_t;
typedef struct wl_antgain6g_datalist_v2 {
uint8 n_antg; /* number of antenna gain sets */
uint8 pad[3];
uint8 antg[]; /* list of wl_antgain6g_data_t */
} wl_antgain6g_datalist_v2_t;
#define WL_ANTG_NUM_ANTS 2u
typedef struct wl_antgain6g_data_v2 {
uint16 start_freq; /* in MHz */
uint16 end_freq; /* in MHz */
int16 corr_gain; /* directional gain of correlated signals used by FW,
* scaled to 100x to avoid float
*/
int16 uncorr_gain; /* same definition as corr_gain, but for
* non-correlated signals
*/
int16 ag_val[WL_ANTG_NUM_ANTS]; /* individual antenna gains */
} wl_antgain6g_data_v2_t;
/* WL_PLATCFG_XTLV_DUMP_DATA */
typedef struct wl_platcfg_dump_data {
uint8 type; /* segment type */
uint8 pad;
uint16 data_len; /* length of data field */
uint8 data[]; /* segment type specific data */
} wl_platcfg_dump_data_t;
/* dump data for antenna gain segment type (WL_PLATCFG_SEGTYPE_ANTGAIN) */
typedef struct wl_antgain6g {
uint16 start_freq; /* in MHz */
uint16 end_freq; /* in MHz */
int16 corr_gain; /* directional gain of correlated signals used by FW,
* scaled to 100x to avoid float
*/
int16 uncorr_gain; /* same definition as corr_gain, but for
* non-correlated signals
*/
} wl_antgain6g_t;
typedef struct wl_antgain6g_list {
uint8 num_sets; /* number of antenna gain sets */
uint8 pad[3];
wl_antgain6g_t antgain[]; /* list of antenna gain values */
} wl_antgain6g_list_t;
/* for bcm_iov_buf version */
#define WL_MPF_SCAN_IOV_VERSION_1 1u
/* iovar subcmd ids */
enum {
IOV_MPF_SCAN_ENABLE = 1u, /* enable/disable feature */
IOV_MPF_SCAN_CONFIG = 2u, /* config scan parameters */
IOV_MPF_SCAN_LAST
};
/* XTLV ids for all subcommands */
enum {
MPF_SCAN_XTLV_ID_ENABLE = 100u, /* uint32 */
MPF_SCAN_XTLV_ID_CONFIG_V1 = 200u,
MPF_SCAN_XTLV_ID_LAST
};
typedef struct wl_mpf_scan_config_v1 {
uint16 active_time; /* 0 means use default */
uint16 passive_time; /* 0 means use default */
uint32 flags; /* bit 0: prohibited, bit 1: no 6g followup */
uint16 chanspec_num; /* 0 means using all chanspecs */
uint16 chanspec_list[WL_NUMCHANNELS];
uint16 pad;
} wl_mpf_scan_config_v1_t;
#define WL_MPF_SCAN_PROHIBITTED_MASK 0x1u /* bit 0 */
#define WL_MPF_SCAN_NO_6GHZ_FOLLOWUP_MASK 0x2u /* bit 1 */
#define MPF_SCAN_ACTIVE_TIME_MIN 20u
#define MPF_SCAN_ACTIVE_TIME_MAX 110u
#define MPF_SCAN_PASSIVE_TIME_MIN 110u
#define MPF_SCAN_PASSIVE_TIME_MAX 440u
#define WL_D11FRAMETX_IOV_VERSION_0 0u
#define WL_D11FRAMETX_FLAGS_FIXD_RATESPEC_MASK (1u << 0)
#define WLC_D11FRAMETX_MAX_PKT_LEN 1500u
typedef struct wl_d11txframe_v0 {
uint16 version;
uint16 length;
uint16 fixed_length;
uint16 flags;
ratespec_t rspec;
uint8 prio;
uint8 PAD;
uint16 data_len;
uint8 data[];
} wl_d11txframe_v0_t;
#define WL_D11FRAMETX_IOV_FIXED_LEN OFFSETOF(wl_d11txframe_v0_t, data)
#endif /* _wlioctl_h_ */