/*
* Copyright (c) 2002-2009 Nokia Corporation and/or its subsidiary(-ies).
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of the License "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description: Type definitions and constants for core engine
*
*/
/*
* %version: 93 %
*/
#ifndef CORE_TYPES_H
#define CORE_TYPES_H
#include "am_platform_libraries.h"
/** The maximum length of SSID. */
const u8_t MAX_SSID_LEN = 32;
/** The maximum length of MAC address. */
const u8_t MAC_ADDR_LEN = 6;
/** The maximum length of a timestamp (TSF). */
const u8_t TSF_VALUE_LEN = 8;
/**
* The maximum length of a WEP key.
*
* 40-bit (64-bit) key has the length of 5.
* 104-bit (128-bit) key has the length of 13.
* 232-bit (256-bit) key has the length of 29.
**/
const u8_t MAX_WEP_KEY_LENGTH = 29;
/**
* The maximum length of a WPA-PSK key.
*
* WPA-PSK passphrase is limited to 8 - 63 characters
* in the range of 32 to 126 (decimal), inclusive.
*
* Length of 64 indicates the actual hashed PSK.
*/
const u8_t MAX_WPA_PSK_LENGTH = 64;
/** The maximum length of a cipher key (256 bits). */
const u8_t MAX_CIPHER_KEY_LENGTH = 32;
/** The maximum length of a RSN/WPA IE. */
const u8_t MAX_WPAIE_LENGTH = 255;
const u8_t MAX_RATES = 40;
const u8_t TX_RATE_BASIC_MASK = 0x80;
/** Definitions for Capability bitmask in beacons/probe responses. */
const u16_t CAPABILITY_BIT_MASK_ESS = 0x0001;
const u16_t CAPABILITY_BIT_MASK_IBSS = 0x0002;
const u16_t CAPABILITY_BIT_MASK_PRIVACY = 0x0010;
const u16_t CAPABILITY_BIT_MASK_PREAMBLE = 0x0020;
const u16_t CAPABILITY_BIT_MASK_SLOT_TIME = 0x0400;
const u8_t SCAN_BAND_2DOT4GHZ = 1;
const u8_t SCAN_BAND_4DOT9GHZ = 2;
const u8_t SCAN_BAND_5GHZ = 4;
const u8_t MAX_TX_POWER_LEVEL_NOT_DEFINED = 0xFF;
const u32_t MAX_TX_MSDU_LIFETIME_NOT_DEFINED = 0;
const u16_t ADMISSION_CAPACITY_NOT_DEFINED = 0xFFFF;
const u32_t REQUEST_ID_CORE_INTERNAL = 0;
const u32_t WEP_KEY1 = 1;
const u32_t WEP_KEY2 = 2;
const u32_t WEP_KEY3 = 3;
const u32_t WEP_KEY4 = 4;
const u32_t EAP_TYPE_NONE = 0;
const u32_t EAP_ERROR_NONE = 0;
const u8_t RCPI_VALUE_NONE = 0;
const u8_t MAX_COUNTRY_STRING_LENGTH = 3;
const u8_t SCAN_BAND_2DOT4GHZ_MAX_CHANNEL_FCC = 11;
const u8_t SCAN_BAND_2DOT4GHZ_MAX_CHANNEL_EURO = 13;
/** Timer value for immediate queue execution. */
const u32_t CORE_TIMER_IMMEDIATELY = 0;
const u32_t SECONDS_FROM_MICROSECONDS = 1000000;
const u32_t SECONDS_FROM_MILLISECONDS = 1000;
const u32_t MILLISECONDS_FROM_MICROSECONDS = 1000;
const u32_t TIMEUNITS_FROM_MICROSECONDS = 1024;
/** The maximum number of TX rate policies. */
const u8_t MAX_TX_RATE_POLICY = 4;
/** The size of MCS information in a TX rate policy. */
const u8_t TX_RATE_POLICY_MCS_SIZE = 10;
/** The number of QoS access classes. */
const u8_t MAX_QOS_ACCESS_CLASS = 4;
/** The number of QoS user priority values. */
const u8_t MAX_QOS_USER_PRIORITY = 8;
/** The maximum and minimum values of different integers. */
const u32_t MAX_U32 = 0xFFFFFFFF;
const u32_t MIN_U32 = 0;
const i32_t MAX_I32 = 0x7FFFFFFF;
const i32_t MIN_I32 = static_cast<i32_t>( 0x80000000 );
const u32_t SCAN_LIST_AGE_ANY = MAX_U32;
const u32_t SCAN_LIST_AGE_LAST_SCAN = MIN_U32;
/** The length of OUI. */
const u8_t OUI_LENGTH = 3;
/** The value for undefined virtual traffic stream TID. */
const u8_t TRAFFIC_STREAM_TID_NONE = 0xFF;
/** The number of traffic stream TID values. */
const u8_t MAX_TRAFFIC_STREAM_TID = 8;
typedef enum _core_scan_list_tag_e
{
core_scan_list_tag_none = 0x00,
core_scan_list_tag_scan = 0x01,
core_scan_list_tag_direct_scan = 0x02,
core_scan_list_tag_roam_scan = 0x04,
core_scan_list_tag_ibss_merge = 0x08
} core_scan_list_tag_e;
/**
* Defines the possible 802.11 authentication algorithms.
*/
typedef enum _core_authentication_mode_e
{
/** 802.11 Open System authentication algorithm. */
core_authentication_mode_open = 0,
/** 802.11 Shared Key authentication algorithm. */
core_authentication_mode_shared = 1,
} core_authentication_mode_e;
/**
* Definitions for the possible states indicated by core engine.
*/
typedef enum _core_connection_state_e
{
/** Connection is not active. No data flow. */
core_connection_state_notconnected,
/** Connection to an access point is active. */
core_connection_state_infrastructure,
/** Searching an access point. No data flow. */
core_connection_state_searching,
/** IBSS network is active. */
core_connection_state_ibss,
/** Secure connection to an access point is active. */
core_connection_state_secureinfra,
/** Secure IBSS network is active. */
core_connection_state_secureibss
} core_connection_state_e;
/**
* Security mode according to IAP definition
*/
typedef enum _core_security_mode_e
{
/** No encryption used. */
core_security_mode_allow_unsecure,
/** Use WEP encryption with static keys. */
core_security_mode_wep,
/** Use WEP encryption, keys are negotiated by EAPOL. */
core_security_mode_802dot1x,
/** Use WEP/TKIP/CCMP encryption, keys are negotiated by EAPOL. */
core_security_mode_wpa,
/** Use CCMP encryption, keys are negotiated by EAPOL. */
core_security_mode_wpa2only,
/** Use Wi-Fi Protected Setup, keys are negotiated by EAPOL. */
core_security_mode_protected_setup,
/** Use WAPI, keys are negotiated by EAPOL. */
core_security_mode_wapi
} core_security_mode_e;
/**
* Security mode of the current connection
*/
typedef enum _core_connection_security_mode_e
{
/** No security used. */
core_connection_security_mode_open,
/** Use Open WEP encryption with static keys. */
core_connection_security_mode_wep_open,
/** Use Shared WEP encryption with static keys. */
core_connection_security_mode_wep_shared,
/** Use WEP/TKIP/CCMP encryption, keys are negotiated by EAPOL. */
core_connection_security_mode_802d1x,
/** Use TKIP/CCMP encryption, keys are negotiated by EAPOL. */
core_connection_security_mode_wpa,
/** WPA with preshared key. */
core_connection_security_mode_wpa_psk,
/** Use CCMP encryption, keys are negotiated by EAPOL. */
core_connection_security_mode_wpa2,
/** WPA2 with preshared key. */
core_connection_security_mode_wpa2_psk,
/** WAPI with certificates. */
core_connection_security_mode_wapi,
/** WAPI with preshared key. */
core_connection_security_mode_wapi_psk
} core_connection_security_mode_e;
/**
* The possible encryption modes.
*/
typedef enum _core_encryption_mode_e
{
/** No encryption used. */
core_encryption_mode_disabled,
/** Use WEP encryption with static keys. */
core_encryption_mode_wep,
/** Use WEP encryption with static keys in mixed cell. */
core_encryption_mode_wep_mixed_cell,
/** Use WEP encryption, keys are negotiated by EAPOL. */
core_encryption_mode_802dot1x,
/** Use WEP encryption in mixed cell, keys are negotiated by EAPOL. */
core_encryption_mode_802dot1x_mixed_cell,
/** Use WEP/TKIP/CCMP encryption, keys are negotiated by EAPOL. */
core_encryption_mode_wpa,
/** Use WPI encryption, keys are negotiated by EAPOL. */
core_encryption_mode_wpi
} core_encryption_mode_e;
/**
* Defines all the possible indications that can be received from adaptation.
*/
typedef enum _core_am_indication_e
{
/**
* AP has deauthenticated the station.
*/
core_am_indication_wlan_media_disconnect,
/**
* A fatal error has occurred in the lower layer.
*/
core_am_indication_wlan_hw_failed,
/**
* A number of consecutive beacons has been lost.
*
* @see core_bss_lost_parameters_s::beacon_lost_count
*/
core_am_indication_wlan_beacon_lost,
/**
* UMAC has not been able to perform a power mode state transition.
*/
core_am_indication_wlan_power_mode_failure,
/**
* A number of consecutive transmissions has failed.
*
* @see core_bss_lost_parameters_s::failed_tx_packet_count
*/
core_am_indication_wlan_tx_fail,
/**
* Connection to the BSS has been regained. This indication can occur after
* core_am_indication_wlan_beacon_lost,
* core_am_indication_wlan_power_mode_failure or
* core_am_indication_wlan_tx_fail.
*/
core_am_indication_wlan_bss_regained,
/**
* Decryption of a received packet failed.
*/
core_am_indication_wlan_wep_decrypt_failure,
/**
* A MIC failure has been detected on a received unicast packet.
*/
core_am_indication_wlan_pairwise_key_mic_failure,
/**
* A MIC failure has been detected on a received broadcast
* or multicast packet.
*/
core_am_indication_wlan_group_key_mic_failure,
/**
* Scan has been completed.
*/
core_am_indication_wlan_scan_complete,
/**
* Used to indicate that the RCPI trigger level has been been crossed.
* This indication is one-shot, it will not be triggered again until
* the level is set again.
*
* @see abs_core_driverif_callback_c::set_rcpi_trigger_level
*/
core_am_indication_wlan_rcpi_trigger,
/**
* Signal loss prediction algorithm has indicated an imminent signal
* loss.
*/
core_am_indication_wlan_signal_loss_prediction,
/**
* UMAC has switched to power save mode after (re-)assocation, indicating
* a possibility to run the power save test.
*/
core_am_indication_wlan_power_save_test_trigger,
/**
* The lower layer has detected problems with power save in the
* current access point.
*/
core_am_indication_wlan_ap_ps_mode_error,
/**
* Indication of an imminent power loss.
*/
core_am_indication_os_power_standby,
/**
* Bluetooth connection has been established.
*/
core_am_indication_bt_connection_established,
/**
* Bluetooth connection has been disconnected.
*/
core_am_indication_bt_connection_disconnected,
/**
* Indication that voice call is on.
*/
core_am_indication_voice_call_on,
/**
* Indication that voice call is off.
*/
core_am_indication_voice_call_off
} core_am_indication_e;
/**
* Structure for storing a MAC address.
*/
typedef struct _core_mac_address_s
{
u8_t addr[MAC_ADDR_LEN];
} core_mac_address_s;
/**
* Definition for an undefined MAC address.
*/
const core_mac_address_s ZERO_MAC_ADDR = {{ 0x00, 0x00, 0x00, 0x00, 0x00, 0x00 }};
/**
* Definition for a broadcast MAC address.
*/
const core_mac_address_s BROADCAST_MAC_ADDR = {{ 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF }};
/**
* Structure for storing a timestamp (TSF) from a beacon/probe response.
*/
typedef struct _core_tsf_value_s
{
u8_t tsf[TSF_VALUE_LEN];
} core_tsf_value_s;
/**
* Data values for operating modes.
*/
typedef enum _core_operating_mode_e
{
/** The BSS is operating in infrastructure mode. */
core_operating_mode_infrastructure = CAPABILITY_BIT_MASK_ESS,
/** The BSS is operating in IBSS (ad-hoc) mode. */
core_operating_mode_ibss = CAPABILITY_BIT_MASK_IBSS
} core_operating_mode_e;
/**
* The possible scan modes.
*/
typedef enum _core_scan_mode_e
{
/** Send probe requests and listen to beacons and probe responses. */
core_scan_mode_active,
/** Listen to beacons and probe responses. */
core_scan_mode_passive
} core_scan_mode_e;
/**
* Structure for storing an SSID.
*/
typedef struct _core_ssid_s
{
/** Length of the SSID. */
u32_t length;
/** SSID data. */
u8_t ssid[MAX_SSID_LEN];
} core_ssid_s;
/**
* Definition for a broadcast SSID.
*/
const core_ssid_s BROADCAST_SSID = { 0, { 0x00 }};
/**
* Data structure for storing a WEP key.
*/
typedef struct _core_wep_key_s
{
/** Specifies which key to add or remove. Range: 0-3. */
u32_t key_index;
/** The length of KeyMaterial in bytes. Range: 0-29. */
u32_t key_length;
/** Array that stores the WEP key. */
u8_t key_data[MAX_WEP_KEY_LENGTH];
} core_wep_key_s;
/**
* Data structure for storing an ARP filters.
*/
typedef struct _core_arp_filter_s
{
u32_t ipv4_addr;
bool_t enable_filter;
} core_arp_filter_s;
/**
* Defines the possible error codes core engine can return.
*/
typedef enum _core_error_e
{
core_error_ok = 0,
core_error_not_found,
core_error_general,
core_error_no_memory,
core_error_illegal_rate,
core_error_failed,
core_error_drivers_not_loaded,
core_error_in_power_save,
core_error_challenge_failure,
core_error_not_connected,
core_error_illegal_argument,
core_error_not_supported,
core_error_in_use,
core_error_timeout,
core_error_internal_error,
core_error_request_pending,
core_error_cancel,
core_error_eapol_total_failure,
core_error_eapol_failure,
core_error_eapol_canceled_by_user,
core_error_connection_already_active,
core_error_wlan_disabled,
core_error_already_exists,
core_error_eapol_auth_start_timeout,
} core_error_e;
/**
* Defines the notification core engine can send to adaptation.
*/
typedef enum _core_notification_e
{
/**
* Indicates a change in connection state.
*
* This indication has one to four bytes of payload data. The first byte
* always contains the current connection state (core_connection_state_e).
*
* If the state is core_connection_state_notconnected, the second byte
* contains the reason connection was closed (core_release_reason_e).
*
* If the state is core_connection_state_notconnected and the release reason
* is core_release_reason_max_roam_attempts_exceeded, there are two more
* bytes of payload data. The third byte contains the reason roaming was
* attempted (core_roam_reason_e) and the fourth byte has the reason why
* roaming failed (core_roam_failed_reason_e).
*/
core_notification_connection_state_changed,
/**
* Indicates a successful roam to another AP has been done.
*
* The payload data contains the BSSID of the AP as a core_mac_address_s
* structure.
*/
core_notification_bssid_changed,
/**
* Indicates a temporary loss of connection.
*/
core_notification_bss_lost,
/**
* Indicates that connection has been regained after a
* core_notification_bss_lost indication.
*/
core_notification_bss_regained,
/**
* Indicates the currently allowed maximum tx power.
*
* The payload data is four bytes, containing the maximum tx power
* as u32_t. The value is in dBm.
*/
core_notification_tx_power_level_changed,
/**
* Indicates the RCPI indication threshold has been crossed.
*
* The first byte of payload data indicates the direction (core_rcp_class_e).
* The second byte contains the current RCPI value.
*/
core_notification_rcp_changed,
/**
* Indicates a status change in a virtual traffic stream.
*
* The first four bytes of payload data contains the ID of the affected virtual
* traffic stream. The second byte contains the status of the traffic stream
* (core_traffic_stream_status_e).
*/
core_notification_ts_status_changed,
/**
* Indicates a change in the parameters of the current AP.
*
* The payload data consists of core_ap_information_s structure.
*
* While this indication is most likely triggered by a successful roam,
* it should not be considered as an indication that a roam has happened.
*/
core_notification_ap_info_changed,
/**
* Indicates that an RCPI based roaming attempt has been started.
*
* If the roam attempt is successful, core_notification_bssid_changed and
* core_notification_rcpi_roam_attempt_completed indications will be sent.
*
* If no suitable AP to roam to is found, only core_notification_rcpi_roam_attempt_completed
* indication will be sent.
*
* If the attempt fails due to an association or authentication failure,
* core_notification_connection_state_changed( core_connection_state_searching )
* will be sent to indicate that the terminal is no longer connected to
* the previous AP.
*/
core_notification_rcpi_roam_attempt_started,
/**
* Indicates that the RCPI based roaming attempt has been completed.
*
* See the description of core_notification_rcpi_roam_attempt_started
* for further information on this indication.
*/
core_notification_rcpi_roam_attempt_completed,
/**
* Indicates that the Broken Power Save test has failed.
*
* If the Broken Power Save test fails, the engine will not allow the any power
* save functionality to be used with this BSSID, decreasing battery life.
*/
core_notification_broken_power_save_test_failed,
/**
* Indicates the traffic mode of an access class has changed.
*
* The first byte of payload data contains the access class
* (core_access_class_e). The second byte contains the traffic mode
* of the access class (core_access_class_traffic_mode_e).
*/
core_notification_ac_traffic_mode_changed,
/**
* Indicates the traffic status of an access class has changed.
*
* The first byte of payload data contains the access class
* (core_access_class_e). The second byte contains the traffic status
* of the access class (core_access_class_traffic_status_e).
*/
core_notification_ac_traffic_status_changed
} core_notification_e;
/**
* The possible completion statuses for a connect request.
*/
typedef enum _core_connect_status_e
{
core_connect_undefined,
core_connect_ok,
core_connect_unspecified_failure,
core_connect_network_not_found,
core_connect_mode_infra_required_but_ibss_found,
core_connect_mode_ibss_required_but_infra_found,
core_connect_ap_full,
core_connect_ap_not_whitelisted,
core_connect_ap_permanently_blacklisted,
core_connect_ap_temporarily_blacklisted,
core_connect_ap_outside_defined_region,
core_connect_ap_signal_too_weak,
core_connect_ap_has_no_admission_control,
core_connect_ap_has_no_free_admission_capability,
core_connect_iap_open_but_ap_requires_encryption,
core_connect_iap_wep_but_ap_has_no_privacy,
core_connect_iap_wep_but_ap_has_wpa_ie,
core_connect_iap_wpa_but_ap_has_no_privacy,
core_connect_wep_open_authentication_unsupported,
core_connect_wep_open_echo_test_failed,
core_connect_wep_shared_authentication_unsupported,
core_connect_wep_shared_authentication_failed,
core_connect_wpa_ie_required_but_ap_has_none,
core_connect_wpa_psk_required_but_ap_has_no_support,
core_connect_wpa_eap_required_but_ap_has_no_support,
core_connect_wpa_ap_has_no_valid_ciphers,
core_connect_wpa_counter_measures_active,
core_connect_wpa_authentication_canceled_by_user,
core_connect_wpa_eap_failure,
core_connect_wpa_psk_failure,
core_connect_802_1x_authentication_canceled_by_user,
core_connect_802_1x_authentication_algorithm_not_supported,
core_connect_802_1x_failure,
core_connect_eap_gtc_failure,
core_connect_eap_tls_failure,
core_connect_eap_tls_server_certificate_expired,
core_connect_eap_tls_server_certificate_unknown,
core_connect_eap_tls_user_certificate_expired,
core_connect_eap_tls_user_certificate_unknown,
core_connect_eap_tls_illegal_cipher_suite,
core_connect_eap_tls_user_rejected,
core_connect_eap_leap_failure,
core_connect_eap_sim_failure,
core_connect_eap_sim_identity_query_failed,
core_connect_eap_sim_user_has_not_subscribed_to_the_requested_service,
core_connect_eap_sim_users_calls_are_barred,
core_connect_eap_ttls_failure,
core_connect_eap_ttls_server_certificate_expired,
core_connect_eap_ttls_server_certificate_unknown,
core_connect_eap_ttls_user_certificate_expired,
core_connect_eap_ttls_user_certificate_unknown,
core_connect_eap_ttls_illegal_cipher_suite,
core_connect_eap_ttls_user_rejected,
core_connect_eap_aka_failure,
core_connect_eap_aka_identity_query_failed,
core_connect_eap_aka_user_has_not_subscribed_to_the_requested_service,
core_connect_eap_aka_users_calls_are_barred,
core_connect_eap_peap_failure,
core_connect_eap_peap_server_certificate_expired,
core_connect_eap_peap_server_certificate_unknown,
core_connect_eap_peap_user_certificate_expired,
core_connect_eap_peap_user_certificate_unknown,
core_connect_eap_peap_illegal_cipher_suite,
core_connect_eap_peap_user_rejected,
core_connect_eap_mschapv2_failure,
core_connect_eap_mschapv2_password_expired,
core_connect_eap_mschapv2_no_dialin_permission,
core_connect_eap_mschapv2_account_disabled,
core_connect_eap_mschapv2_restricted_logon_hours,
core_connect_eapol_auth_start_timeout,
core_connect_eap_fast_tunnel_compromise_error,
core_connect_eap_fast_unexpected_tlv_exhanged,
core_connect_eap_fast_no_pac_nor_certs_to_authenticate_with_provision_disabled,
core_connect_eap_fast_no_matching_pac_for_aid,
core_connect_eap_fast_pac_store_corrupted,
core_connect_eap_fast_authentication_failed,
core_connect_iap_wapi_but_ap_has_no_privacy,
core_connect_wapi_ie_required_but_ap_has_none,
core_connect_wapi_certificate_required_but_ap_has_no_support,
core_connect_wapi_psk_required_but_ap_has_no_support,
core_connect_wapi_ap_has_no_valid_ciphers,
core_connect_wapi_psk_failure,
core_connect_wapi_certificate_failure,
} core_connect_status_e;
/**
* Possible completion status for a protected setup request.
*/
typedef enum _core_protected_setup_status_e
{
core_protected_setup_status_undefined,
core_protected_setup_status_ok,
core_protected_setup_status_session_overlap,
core_protected_setup_status_walktime_expired,
core_protected_setup_status_network_auth_failure,
core_protected_setup_status_network_assoc_failure,
core_protected_setup_status_OOB_interface_read_error,
core_protected_setup_status_decryption_CRC_failure,
core_protected_setup_status_RF_band_2_4_ghz_not_supported,
core_protected_setup_status_RF_band_5_0_ghz_not_supported,
core_protected_setup_status_signal_too_weak,
core_protected_setup_status_no_DHCP_response,
core_protected_setup_status_failed_DHCP_configure,
core_protected_setup_status_ip_address_conflict,
core_protected_setup_status_could_not_connect_to_registrar,
core_protected_setup_status_multiple_PBC_sessions_detected,
core_protected_setup_status_rogue_activity_suspected,
core_protected_setup_status_device_busy,
core_protected_setup_status_setup_locked,
core_protected_setup_status_message_timeout,
core_protected_setup_status_registration_session_timeout,
core_protected_setup_status_device_password_authentication_failure,
core_protected_setup_status_pin_code_authentication_not_supported,
core_protected_setup_status_push_button_authentication_not_supported
} core_protected_setup_status_e;
typedef enum _core_rcp_class_e
{
core_rcp_normal,
core_rcp_weak
} core_rcp_class_e;
/**
* Definitions for possible WLAN regions.
*/
typedef enum _core_wlan_region_e
{
/** Undefined region */
core_wlan_region_undefined = 0x00,
/** Channels 1-11, USA */
core_wlan_region_fcc = 0x10,
/** Channels 1-13, Europe */
core_wlan_region_etsi = 0x30,
} core_wlan_region_e;
typedef struct _core_wpa_preshared_key_s
{
/** The length of KeyMaterial in bytes. Range: 0-63 */
uint_t key_length;
/** Array of that stores the WPA Pre-Shared Key. */
u8_t key_data[MAX_WPA_PSK_LENGTH];
} core_wpa_preshared_key_s;
typedef enum _core_cipher_key_type_e
{
core_cipher_key_type_none,
core_cipher_key_type_tkip,
core_cipher_key_type_ccmp,
core_cipher_key_type_wep,
core_cipher_key_type_wpi,
} core_cipher_key_type_e;
typedef enum _core_cipher_suite_e
{
core_cipher_suite_none = 0,
core_cipher_suite_wep40 = 1,
core_cipher_suite_wep104 = 2,
core_cipher_suite_tkip = 4,
core_cipher_suite_ccmp = 8,
core_cipher_suite_wpi = 16
} core_cipher_suite_e;
typedef enum _core_key_management_e
{
core_key_management_none = 0,
core_key_management_eap = 1,
core_key_management_preshared = 2,
core_key_management_wpx_fast_roam = 4,
core_key_management_wapi_certificate = 8,
core_key_management_wapi_psk = 16
} core_key_management_e;
/**
* Definitions for power save modes.
*/
typedef enum _core_power_save_mode_e
{
/**
* Automatic mode, wake-up mode and interval adjusted automatically.
*/
core_power_save_mode_automatic,
/**
* Continuous access mode (CAM), no power save.
*/
core_power_save_mode_none,
/**
* Power save, wake-up at every Nth beacon.
*/
core_power_save_mode_beacon,
/**
* Power save, wake-up at every Nth DTIM.
*/
core_power_save_mode_dtim,
/**
* Power save, wake-up at every Nth DTIM, where N is defined by
* DTIM skipping interval.
*/
core_power_save_mode_dtim_skipping
} core_power_save_mode_e;
typedef enum _core_slot_time_e
{
core_slot_time_short,
core_slot_time_long
} core_slot_time_e;
/**
* Possible 802.11b and 802.11g status codes
*/
typedef enum _core_management_status_e
{
core_management_status_success = 0,
core_management_status_unspecified_failure = 1,
// 2 - 9 are reserved.
core_management_status_unsupported_capabilities = 10,
core_management_status_reassociation_denied_other = 11,
core_management_status_association_denied_other = 12,
core_management_status_auth_algo_not_supported = 13,
core_management_status_auth_frame_out_of_sequence = 14,
core_management_status_auth_challenge_failure = 15,
core_management_status_auth_timeout = 16,
core_management_status_assoc_denied_full_ap = 17,
core_management_status_assoc_unsup_basic_rates = 18,
core_management_status_assoc_unsup_short_preamble = 19,
core_management_status_assoc_unsup_pbcc = 20,
core_management_status_assoc_unsup_channel_agility = 21,
// 22 - 24 reserved.
core_management_status_assoc_unsup_short_slot_time = 25,
core_management_status_assoc_unsup_dsss_ofdm = 26
// 27 - 65,535 reserved
} core_management_status_e;
/**
* The frame types the core server can send and receive.
*/
typedef enum _core_frame_type_e
{
core_frame_type_ethernet,
core_frame_type_dot11,
core_frame_type_snap,
core_frame_type_test
} core_frame_type_e;
/**
* The possible physical medium types.
*/
typedef enum _core_phy_type_e
{
core_phy_type_ofdm,
core_phy_type_high_rate_dss,
core_phy_type_erp
} core_phy_type_e;
/**
* operation types.
*/
typedef enum _core_operation_type_e
{
core_operation_unspecified,
core_operation_check_rcpi,
core_operation_configure_multicast_group,
core_operation_connect,
core_operation_get_available_iaps,
core_operation_get_rcpi,
core_operation_handle_bss_lost,
core_operation_handle_frame,
core_operation_handle_delete_ts,
core_operation_handle_measurement_request,
core_operation_handle_neighbor_response,
core_operation_ibss_merge,
core_operation_null,
core_operation_release,
core_operation_roam,
core_operation_scan,
core_operation_set_cipher_key,
core_operation_unload_drivers,
core_operation_update_device_settings,
core_operation_update_power_mode,
core_operation_update_rxtx_parameters,
core_operation_create_ts,
core_operation_delete_ts,
core_operation_get_statistics,
core_operation_set_uapsd_settings,
core_operation_set_power_save_settings,
core_operation_protected_setup,
core_operation_power_save_test,
core_operation_set_arp_filter,
core_operation_directed_roam,
/** Not a real operation, defined as upper bound. */
core_operation_max
} core_operation_type_e;
/**
* Defines the possible values of maximum service period length.
*/
typedef enum _core_max_service_period_length_e
{
core_max_service_period_length_all,
core_max_service_period_length_two,
core_max_service_period_length_four,
core_max_service_period_length_six
} core_max_service_period_length_e;
/**
* Defines the possible QoS Access Classes.
*/
typedef enum _core_access_class_e
{
core_access_class_best_effort = 0,
core_access_class_background = 1,
core_access_class_video = 2,
core_access_class_voice = 3
} core_access_class_e;
/**
* Defines the possible TX rate values.
*/
typedef enum _core_tx_rate_e
{
core_tx_rate_none = 0x00000000,
core_tx_rate_1mbit = 0x00000001,
core_tx_rate_2mbit = 0x00000002,
core_tx_rate_5p5mbit = 0x00000004,
core_tx_rate_6mbit = 0x00000008,
core_tx_rate_9mbit = 0x00000010,
core_tx_rate_11mbit = 0x00000020,
core_tx_rate_12mbit = 0x00000040,
core_tx_rate_18mbit = 0x00000080,
core_tx_rate_22mbit = 0x00000100,
core_tx_rate_24mbit = 0x00000200,
core_tx_rate_33mbit = 0x00000400,
core_tx_rate_36mbit = 0x00000800,
core_tx_rate_48mbit = 0x00001000,
core_tx_rate_54mbit = 0x00002000
} core_tx_rate_e;
const u32_t CORE_TX_RATES_802P11B =
core_tx_rate_1mbit |
core_tx_rate_2mbit |
core_tx_rate_5p5mbit |
core_tx_rate_11mbit;
const u32_t CORE_TX_RATES_802P11G =
core_tx_rate_6mbit |
core_tx_rate_9mbit |
core_tx_rate_12mbit |
core_tx_rate_18mbit |
core_tx_rate_22mbit |
core_tx_rate_24mbit |
core_tx_rate_33mbit |
core_tx_rate_36mbit |
core_tx_rate_48mbit |
core_tx_rate_54mbit;
const u32_t CORE_TX_RATES_802P11BG =
CORE_TX_RATES_802P11B |
CORE_TX_RATES_802P11G;
/**
* Define the possible TX rate value as units of 500kbit/s.
*/
typedef enum _core_tx_rate_value_e
{
core_tx_rate_value_none = 0,
core_tx_rate_value_1mbit = 2,
core_tx_rate_value_2mbit = 4,
core_tx_rate_value_5p5mbit = 11,
core_tx_rate_value_6mbit = 12,
core_tx_rate_value_9mbit = 18,
core_tx_rate_value_11mbit = 22,
core_tx_rate_value_12mbit = 24,
core_tx_rate_value_18mbit = 36,
core_tx_rate_value_22mbit = 44,
core_tx_rate_value_24mbit = 48,
core_tx_rate_value_33mbit = 66,
core_tx_rate_value_36mbit = 72,
core_tx_rate_value_48mbit = 96,
core_tx_rate_value_54mbit = 108,
} _core_tx_rate_value_e;
/**
* The possible statuses of a virtual traffic stream.
*/
typedef enum _core_traffic_stream_status_e
{
/**
* Initialization value, never returned as a status.
*/
core_traffic_stream_status_undefined,
/**
* The traffic stream is active in the current access point.
*/
core_traffic_stream_status_active,
/**
* The traffic stream is not active in the current access point
* because the AP doesn't require admission control.
*/
core_traffic_stream_status_inactive_not_required,
/**
* The traffic stream is not active in the current access point
* because the AP has deleted the traffic stream.
*/
core_traffic_stream_status_inactive_deleted_by_ap,
/**
* The traffic stream is not active in the current access point
* because the AP has refused the traffic stream request due to
* insufficient over-the-air bandwidth.
*/
core_traffic_stream_status_inactive_no_bandwidth,
/**
* The traffic stream is not active in the current access point
* because the AP has refused the traffic stream request due to
* invalid traffic stream parameters.
*/
core_traffic_stream_status_inactive_invalid_parameters,
/**
* The traffic stream is not active in the current access point
* because the AP has refused the traffic stream request due to
* other reasons.
*/
core_traffic_stream_status_inactive_other
} core_traffic_stream_status_e;
/**
* The possible reasons for a roam.
*/
typedef enum _core_roam_reason_e
{
/** Initial value if no roaming has been done. */
core_roam_reason_none,
/** Initial connection attempt. */
core_roam_reason_initial_connect,
/** Connection to the previous AP has been lost. */
core_roam_reason_bss_lost,
/** The previous AP has deauthenticated us. */
core_roam_reason_media_disconnect,
/** Signal strength was too low. */
core_roam_reason_signal_strength,
/** Signal loss was predicted. */
core_roam_reason_signal_loss_prediction,
/** Failed EAPOL reauthentication. */
core_roam_reason_failed_reauthentication,
/** Due to directed roam request. */
core_roam_reason_directed_roam,
/** Not a real reason, defined as an upper bound. */
core_roam_reason_max
} core_roam_reason_e;
/**
* The possible reasons for a failed roaming attempt.
*/
typedef enum _core_roam_failed_reason_e
{
/** Initial value if no roaming has been done. */
core_roam_failed_reason_none,
/** Authentication or (re-)association has timed out. */
core_roam_failed_reason_timeout,
/** No suitable AP found either due to an empty scan or blacklisting. */
core_roam_failed_reason_no_suitable_ap,
/** AP has rejected authentication or (re-)association with a status code. */
core_roam_failed_reason_ap_status_code,
/** EAPOL authentication has failed. */
core_roam_failed_reason_eapol_failure,
/** Failures not covered by defined reasons above. */
core_roam_failed_reason_other_failure,
/** Not a real reason, defined as an upper bound. */
core_roam_failed_reason_max
} core_roam_failed_reason_e;
/**
* The possible reasons why a connection was released.
*/
typedef enum _core_release_reason_e
{
/** Release was requested by an external party. */
core_release_reason_external_request,
/** Maximum number of roaming attempts was exceeded. */
core_release_reason_max_roam_attempts_exceeded,
/** Release was due to a HW failure indication. */
core_release_reason_hw_failure,
/** Release was due to TKIP MIC failure. */
core_release_reason_tkip_mic_failure,
/** Reasons not covered by defined reasons above. */
core_release_reason_other,
/** Not a real reason, defined as an upper bound. */
core_release_reason_max
} core_release_reason_e;
/**
* The possible reasons an access point was blacklisted.
*/
typedef enum _core_ap_blacklist_reason_e
{
/** No blacklisting required. */
core_ap_blacklist_reason_none = 0,
/** Blacklisting was requested by an external party. */
core_ap_blacklist_reason_external = 1,
/** Blacklisting was based on failed WPA/802.1x authentication. */
core_ap_blacklist_reason_eapol_failure = 2,
/** Blacklisting was based on association response status. */
core_ap_blacklist_reason_association_status = 4,
/** Blacklisting due to exceeded max_ap_association_failure_count. */
core_ap_blacklist_reason_max_association_failure_count = 8,
/** Blacklisting due to exceeded max_ap_deauthentication_count. */
core_ap_blacklist_reason_max_deauthentication_count = 16,
/** Not a real reason, defined as an upper bound. */
core_ap_blacklist_reason_max
} core_ap_blacklist_reason_e;
/**
* Defines the operating modes of EAPOL stack.
*/
typedef enum _core_eapol_operating_mode_e
{
core_eapol_operating_mode_wfa,
core_eapol_operating_mode_wapi
} core_eapol_operating_mode_e;
/**
* Definitions for possible power modes.
*/
typedef enum _core_power_mode_e
{
/** Continuous access mode (CAM), no power save. */
core_power_mode_cam,
/** Power save mode (PS). */
core_power_mode_ps
} core_power_mode_e;
/**
* Definitions for power save wake-up modes.
*/
typedef enum _core_power_save_wakeup_mode_e
{
/** Wake-up at every Nth beacon. */
core_power_save_wakeup_mode_beacon,
/** Wake-up at every Nth DTIM. */
core_power_save_wakeup_mode_dtim
} core_power_save_wakeup_mode_e;
/**
* Definitions for run-time feature configuration flags.
*/
typedef enum _core_feature_e
{
/** No configurable features enabled. */
core_feature_none = 0,
/** Power save test enabled. */
core_feature_power_save_test = 1,
/** 802.11k support enabled. */
core_feature_802dot11k = 2
} core_feature_e;
/**
* Definitions for possible traffic modes for an access class.
*/
typedef enum _core_access_class_traffic_mode_e
{
/** Automatic traffic stream creation is allowed. */
core_access_class_traffic_mode_automatic,
/** Automatic traffic stream creation is NOT allowed. */
core_access_class_traffic_mode_manual
} core_access_class_traffic_mode_e;
/**
* Definitions for possible traffic statuses for an access class.
*/
typedef enum _core_access_class_traffic_status_e
{
/**
* Traffic for this access class has been admitted.
*/
core_access_class_traffic_status_admitted,
/**
* Traffic for this access class has NOT been admitted,
* traffic needs to be downgraded to a lower access class.
*/
core_access_class_traffic_status_not_admitted
} core_access_class_traffic_status_e;
/**
* Enumeration for traffic stream direction.
*/
typedef enum _core_traffic_stream_direction_e
{
/** Admission is requested for uplink traffic. */
core_traffic_stream_direction_uplink = 0,
/** Admission is requested for downlink traffic. */
core_traffic_stream_direction_downlink = 1,
/** Admission is requested for both uplink and downlink traffic. */
core_traffic_stream_direction_bidirectional = 3
} core_traffic_stream_direction_e;
/**
* Structure for storing WLAN packet statistics.
*/
struct core_packet_statistics_s
{
/**
* Number of successfully received data frames.
*/
u32_t rx_frames;
/**
* Number of sent data frames.
*/
u32_t tx_frames;
/**
* Number of successfully received multicast data frames.
*/
u32_t rx_multicast_frames;
/**
* Number of sent multicast data frames.
*/
u32_t tx_multicast_frames;
/**
* Number of received frames with FCS errors.
*/
u32_t fcs_errors;
/**
* Total number of retransmissions done.
*/
u32_t tx_retries;
/**
* Number of data frames that could not be to delivered.
*/
u32_t tx_errors;
};
/**
* Structure for storing WLAN packet statistics per access category.
*/
struct core_packet_statistics_for_access_category_s
{
/**
* Number of successfully received data frames.
*/
u32_t rx_frames;
/**
* Number of sent data frames.
*/
u32_t tx_frames;
/**
* Number of successfully received multicast data frames.
*/
u32_t rx_multicast_frames;
/**
* Number of sent multicast data frames.
*/
u32_t tx_multicast_frames;
/**
* Total number of retransmissions done.
*/
u32_t tx_retries;
/**
* Number of data frames that could not be to delivered.
*/
u32_t tx_errors;
/**
* Average data frame Transmit / Media Delay in microseconds.
*/
u32_t tx_media_delay;
/**
* Average data frame Total Transmit Delay in microseconds.
*/
u32_t tx_total_delay;
/**
* Number of frame whose whose total transmit delay was <= 10ms.
*/
u32_t tx_total_delay_bin0;
/**
* Number of frame whose whose total transmit delay was ]10,20]ms.
*/
u32_t tx_total_delay_bin1;
/**
* Number of frame whose whose total transmit delay was ]20,40]ms.
*/
u32_t tx_total_delay_bin2;
/**
* Number of frame whose whose total transmit delay was > 40ms.
*/
u32_t tx_total_delay_bin3;
};
/**
* Structure for storing WLAN packet statistics for all the access categories.
*/
struct core_packet_statistics_by_access_category_s
{
/**
* Statistics per access category.
*/
core_packet_statistics_for_access_category_s ac[MAX_QOS_ACCESS_CLASS];
/**
* Number of received frames with FCS errors.
*/
u32_t fcs_errors;
};
/**
* Structure for storing U-APSD settings for the access categories.
*/
struct core_uapsd_settings_s
{
/**
* Defines the maximum number of frames to send during a service period.
*/
core_max_service_period_length_e max_service_period;
/**
* Whether U-APSD is trigger and delivery-enabled for Voice.
*/
bool_t uapsd_enabled_for_voice;
/**
* Whether U-APSD is trigger and delivery-enabled for Video.
*/
bool_t uapsd_enabled_for_video;
/**
* Whether U-APSD is trigger and delivery-enabled for BestEffort.
*/
bool_t uapsd_enabled_for_best_effort;
/**
* Whether U-APSD is trigger and delivery-enabled for Background.
*/
bool_t uapsd_enabled_for_background;
};
/**
* Structure for storing parameters related to AP lost indications.
*/
struct core_bss_lost_parameters_s
{
/**
* The number of consecutive beacons that can be lost before
* core_am_indication_wlan_beacon_lost is indicated.
*/
u32_t beacon_lost_count;
/**
* The number of consecutive transmissions that can fail
* before core_am_indication_wlan_tx_fail indicated.
*/
u8_t failed_tx_packet_count;
};
/**
* Structure for storing parameters related to tx rate adaptation algorithm.
*/
struct core_tx_rate_adaptation_parameters_s
{
/**
* Minimum and initial rate increase checkpoint in units of frames.
*/
u8_t min_stepup_checkpoint;
/**
* Maximum rate increase checkpoint in units of frames.
*/
u8_t max_stepup_checkpoint;
/**
* Rate increase checkpoint is multiplied with this value if sending of a probe frame fails.
*/
u8_t stepup_checkpoint_factor;
/**
* After this many frames the need to decrease the rate is checked.
*/
u8_t stepdown_checkpoint;
/**
* Minimum and initial rate increase threshold percentage.
*/
u8_t min_stepup_threshold;
/**
* Maximum rate increase threshold percentage value.
*/
u8_t max_stepup_threshold;
/**
* Rate increase threshold is incremented by this value if sending of a probe frame fails.
*/
u8_t stepup_threshold_increment;
/**
* Rate decrease threshold percentage.
*/
u8_t stepdown_threshold;
/**
* If false_t, the rate adaptation algorithm handles the first frame transmitted after a
* rate increase in a special way.
*/
bool_t disable_probe_handling;
};
/**
* Structure for storing parameters related to power mode management algorithm.
*/
struct core_power_mode_mgmt_parameters_s
{
/**
* Time interval in microseconds after which transition from Active mode
* to Light PS mode is considered.
*/
u32_t active_to_light_timeout;
/**
* Frame count threshold used when considering transition from Active
* to Light PS mode.
*/
u16_t active_to_light_threshold;
/**
* Time interval in microseconds after which the frame counter used when
* considering transition from Light PS to Active mode is reset.
*/
u32_t light_to_active_timeout;
/**
* Frame count threshold used when considering transition from Light PS
* to Active mode.
*/
u16_t light_to_active_threshold;
/**
* Time interval in microseconds after which transition from Light PS mode
* to Deep PS mode is considered.
*/
u32_t light_to_deep_timeout;
/**
* Frame count threshold used when considering transition from Light PS
* to Deep PS mode.
*/
u16_t light_to_deep_threshold;
/**
* Received frame payload length (in bytes) threshold in U-APSD network for
* Best Effort Access Category.
*/
u16_t uapsd_rx_frame_length_threshold;
};
struct core_device_settings_s
{
u32_t beacon; ///< IBSS beacon interval in TUs.
u32_t long_retry; ///< How many times packets bigger than 'rts' will be resent.
u32_t short_retry; ///< How many times packets smaller than 'rts' will be resent.
u32_t rts; ///< Minimum size of a packet for CTS/RTS handshake.
u32_t tx_power_level; ///< Maximum allowed transmission power level in dBm.
u32_t scan_rate; ///< Data rate used to send probe requests.
///< The rate is defined in units of 500kbit/s.
u32_t rcpi_trigger; ///< Roaming is attemped when RCPI value is lower than this.
u32_t active_scan_min_ch_time; ///< Min time (TUs) to listen a channel in active scanning.
u32_t active_scan_max_ch_time; ///< Max time (TUs) to listen a channel in active scanning.
u32_t passive_scan_min_ch_time; ///< Min time (TUs) to listen a channel in passive scanning.
u32_t passive_scan_max_ch_time; ///< Max time (TUs) to listen a channel in passive scanning.
u32_t max_tx_msdu_life_time; ///< Max time (TUs) to (re-)send one (fragmented) packet.
u32_t unload_driver_timer; ///< Number of seconds to wait before unloading WLAN drivers
///< if no WLAN connection is active.
u32_t roam_timer; ///< Defines how often to search for a better AP in poor
///< signal conditions. The value is in microseconds.
u32_t rcpi_difference; ///< Difference in dBm required between an AP and the current
///< AP before roaming is attemped.
u32_t max_tries_to_find_nw; ///< Defines how many are made to find a suitable AP before
///< giving up during initial connect.
u32_t delay_between_find_nw; ///< Defines the amount of microseconds to wait between
///< initial connection attempts.
bool_t power_save_enabled; ///< true_t if WLAN power save is allowed, false_t if not.
bool_t allow_radio_measurements; ///< true_t if radio measurements are allowed, false_t if not.
u32_t max_ap_association_failure_count; ///< Number of times association may fail before the AP
///< is blacklisted for the duration of the connection.
u32_t max_ap_authentication_failure_count; ///< Number of times authentication may fail before the AP
///< is blacklisted for the duration of the connection.
u32_t max_ap_deauthentication_count; ///< The maximum number of times AP can deauthenticate the
///< terminal within ap_deauthentication_timeout after a
///< successful roam before it's blacklisted for the
///< duration of the connection.
u32_t ap_deauthentication_timeout; ///< Deauthentication within this many microseconds after
///< a successful roam is calculated towards AP's
///< deauthentication count.
u32_t long_beacon_find_count; ///< Number of attempts to find an AP with long beacon
///< interval.
u32_t qos_null_frame_interval; ///< Defines how often (in microseconds) a QoS NULL data frame
///< is sent during a VoIP call if no other frames to send.
u32_t qos_null_frame_exit_timeout; ///< Defines how soon after the last Voice AC packet QoS NULL
///< data frame sending is stopped (in microseconds).
u32_t qos_null_frame_entry_timeout; ///< Defines the time period in microseconds which is used
///< to evaluate whether QoS NULL data frame sending should
///< be started.
u32_t qos_null_frame_entry_tx_count; ///< Defines how many Voice AC packets must be sent during
///< the time period defined in qos_null_frame_entry_timeout
///< before QoS NULL data frame sending is started.
u32_t keep_alive_interval; ///< How often NULL data frames are sent when nothing is being
///< transmitted. The value is in microseconds.
u32_t scan_stop_rcpi_threshold; ///< If AP RCPI value is better than this, roaming scan can be
///< stopped.
u32_t iap_availability_rcpi_threshold; ///< If AP RCPI value is less than this, IAP will not marked
///< as active.
u32_t sp_rcpi_target; ///< Defines the signal predictor algorithm "target" RCPI
///< value for roam indication.
u32_t sp_time_target; ///< Defines the signal predictor algorithm "target" time for
//// roam indication (in microseconds).
u32_t sp_min_indication_interval; ///< Defines the minimum time interval for consecutive roam
///< indications from the signal predictor algorithm
///< (in microseconds).
u32_t scan_list_expiration_time; ///< This value defines how long beacons/probe responses are
///< stored in the internal scan list (in microseconds).
u32_t rcpi_roam_min_interval; ///< Minimum delay between RCPI checks (in microseconds).
u32_t rcpi_roam_max_interval; ///< Maximum delay between RCPI checks (in microseconds).
u32_t rcpi_roam_attempts_per_interval; ///< Number of times to try with the current interval value.
u32_t rcpi_roam_next_interval_factor; ///< The current interval value is multiplied by this factor
///< to get the next interval value.
u32_t rcpi_roam_next_interval_addition; ///< This value is added to the multiplied interval value
///< (in microseconds).
u32_t bss_lost_roam_min_interval; ///< Minimum delay between roam attempts due to BSS lost.
u32_t bss_lost_roam_max_interval; ///< Maximum delay between roam attempts due to BSS lost.
u32_t bss_lost_roam_attempts_per_interval; ///< Number of times to try with the current interval value.
u32_t bss_lost_roam_next_interval_factor; ///< The current interval value is multiplied by this factor
///< to get the next interval value.
u32_t bss_lost_roam_next_interval_addition; ///< This value is added to the multiplied interval value
///< (in microseconds).
u32_t bss_lost_roam_max_tries_to_find_nw; ///< Defines how many are made to find a suitable AP before
///< giving up during BSS lost.
u32_t max_dtim_skip_interval; ///< Maximum amount of microseconds to sleep when waking up
///< on DTIMs. Zero value means waking up on every DTIM.
u32_t ps_active_to_light_timeout; ///< Time interval in microseconds after which transition
///< from Active mode to Light PS mode is considered.
u16_t ps_active_to_light_threshold; ///< Frame count threshold used when considering transition
///< from Active to Light PS mode.
u32_t ps_light_to_active_timeout; ///< Time interval in microseconds after which the frame counter
///< used when considering transition from Light PS to Active mode is reset.
u16_t ps_light_to_active_threshold; ///< Frame count threshold used when considering transition
///< from Light PS to Active mode.
u32_t ps_light_to_deep_timeout; ///< Time interval in microseconds after which transition
///< from Light PS mode to Deep PS mode is considered.
u16_t ps_light_to_deep_threshold; ///< Frame count threshold used when considering transition
///< from Light PS to Deep PS mode.
u16_t ps_uapsd_rx_frame_length; ///< Received frame payload length (in bytes) threshold in
///< U-APSD network for Best Effort Access Category.
u32_t rrm_min_measurement_interval; ///< This value defines how often 802.11k Measurement Request are accepted.
///< The value is in microseconds. If zero, request coming with any
///< interval are accepted.
};
struct core_iap_data_s
{
/** ID of the IAP in CommsDB. */
u32_t id;
/** Is the connection mode IBSS or Infrastructure. */
core_operating_mode_e op_mode;
/** Name of the network. */
core_ssid_s ssid;
/** Is SSID hidden */
bool_t is_hidden;
/** WEP key 1. */
core_wep_key_s wep_key1;
/** WEP key 2. */
core_wep_key_s wep_key2;
/** WEP key 3. */
core_wep_key_s wep_key3;
/** WEP key 4. */
core_wep_key_s wep_key4;
/** Default WEP key id. */
u32_t default_wep_key;
/** Security mode. */
core_security_mode_e security_mode;
/** Authentication mode (open, shared). */
core_authentication_mode_e authentication_mode;
/** Is preshared key in use (ETrue) or not (EFalse). */
bool_t wpa_preshared_key_in_use;
/** Is WPA settings overriden or not. */
bool_t is_wpa_overriden;
/** Overridden WPA PSK */
core_wpa_preshared_key_s wpa_preshared_key;
/** Used channel in IBSS (ad-hoc) mode */
u32_t used_adhoc_channel;
/** Is IP address configured dynamically. */
bool_t is_dynamic_ip_addr;
/** Is roaming between APs allowed. */
bool_t is_roaming_allowed;
/** ID of the IAP. */
u32_t iap_id;
};
/**
* Struct containing SSIDs related to secondary SSID feature.
*/
struct core_ssid_entry_s
{
/** ID of the IAP this entry refers to. */
u32_t id;
/** Defines the SSID to look for in the scan results. */
core_ssid_s ssid;
/** Defines the SSID used for connecting. */
core_ssid_s used_ssid;
};
struct core_scan_channels_s
{
u8_t band; ///< 1 = 2.4GHz, 2 = 4.9GHz, 4 = 5GHz
u8_t channels2dot4ghz[2];
u8_t channels4dot9ghz[3];
u8_t channels5ghz[26];
};
const core_scan_channels_s SCAN_CHANNELS_2DOT4GHZ_US =
{ SCAN_BAND_2DOT4GHZ, { 0xFF, 0x07 }, { 0, 0, 0 }, { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0} };
const core_scan_channels_s SCAN_CHANNELS_2DOT4GHZ_ETSI =
{ SCAN_BAND_2DOT4GHZ, { 0xFF, 0x1F }, { 0, 0, 0 }, { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0} };
/**
* Structure for storing 802.11d country strings.
*/
struct core_country_string_s
{
u8_t country[MAX_COUNTRY_STRING_LENGTH];
};
/** Definition for an empty country string. */
const core_country_string_s COUNTRY_STRING_NONE = { 0, 0, 0 };
/** AP country information for Canada, North America, Taiwan, Brazil, Argentina, Mexico and Colombia. */
const core_country_string_s country_info_table[] = { {'C','A','0'}, {'U','S','0'}, {'V','I','0'}, {'T','W','0'}, {'B','R','0'}, {'A','R','0'}, {'M','X','0'}, {'C','O','0'} };
const u8_t country_info_table_length = 8;
/**
* Structure for storing a single TX rate policy.
*/
struct core_tx_rate_policy_s
{
/** Number of attempts to transmit at 54 Mbits/s. */
u8_t tx_policy_54;
/** Number of attempts to transmit at 48 Mbits/s. */
u8_t tx_policy_48;
/** Number of attempts to transmit at 36 Mbits/s. */
u8_t tx_policy_36;
/** Number of attempts to transmit at 33 Mbits/s. */
u8_t tx_policy_33;
/** Number of attempts to transmit at 24 Mbits/s. */
u8_t tx_policy_24;
/** Number of attempts to transmit at 22 Mbits/s. */
u8_t tx_policy_22;
/** Number of attempts to transmit at 18 Mbits/s. */
u8_t tx_policy_18;
/** Number of attempts to transmit at 12 Mbits/s. */
u8_t tx_policy_12;
/** Number of attempts to transmit at 11 Mbits/s. */
u8_t tx_policy_11;
/** Number of attempts to transmit at 9 Mbits/s. */
u8_t tx_policy_9;
/** Number of attempts to transmit at 6 Mbits/s. */
u8_t tx_policy_6;
/** Number of attempts to transmit at 5.5 Mbits/s. */
u8_t tx_policy_5p5;
/** Number of attempts to transmit at 2 Mbits/s. */
u8_t tx_policy_2;
/** Number of attempts to transmit at 1 Mbits/s. */
u8_t tx_policy_1;
/** Number of retransmissions to packets that are smaller than RTS. */
u8_t short_retry_limit;
/** Number of retransmissions to packets that are bigger than RTS. */
u8_t long_retry_limit;
/** Flags defined in HAL API that apply to this policy. */
u32_t flags;
/** Initial TX rate used for transmitting. */
core_tx_rate_e initial_tx_rate;
/** TX rate mask for auto rate policy. */
u32_t tx_auto_rate_policy;
/** Bitmap of enabled 802.11n modulation and coding schemes. */
u8_t mcs_set[TX_RATE_POLICY_MCS_SIZE];
};
/**
* Structure for storing a group of TX rate policies.
*/
struct core_tx_rate_policies_s
{
/** Number of TX rate policies in the array. */
u8_t policy_count;
/** Array of TX rate policies. */
core_tx_rate_policy_s policy[MAX_TX_RATE_POLICY];
};
/**
* Structure for storing mappings between QoS Access Classes and TX rate policies.
*/
struct core_tx_rate_policy_mappings_s
{
u8_t policy_for_best_effort;
u8_t policy_for_background;
u8_t policy_for_video;
u8_t policy_for_voice;
};
/**
* Structure for storing traffic stream parameters.
*/
struct core_traffic_stream_params_s
{
/**
* Whether the traffic pattern is periodic or aperiodic.
*/
bool_t is_periodic_traffic;
/**
* Traffic stream direction.
*/
core_traffic_stream_direction_e direction;
/**
* The current value of Nominal MSDU Size.
*/
u16_t nominal_msdu_size;
/**
* The current value of Maximum MSDU Size.
*/
u16_t maximum_msdu_size;
/**
* The current value of Minimum Service Interval.
*/
u32_t minimum_service_interval;
/**
* The current value of Maximum Service Interval.
*/
u32_t maximum_service_interval;
/**
* The current value of Inactivity Interval.
*/
u32_t inactivity_interval;
/**
* The current value of Suspension Interval.
*/
u32_t suspension_interval;
/**
* The current value of Service Start Time.
*/
u32_t service_start_time;
/**
* The current value of Minimum Data Rate.
*/
u32_t minimum_data_rate;
/**
* The current value of Mean Data Rate.
*/
u32_t mean_data_rate;
/**
* The current value of Peak Data Rate.
*/
u32_t peak_data_rate;
/**
* The current value of Maximum Burst Size.
*/
u32_t maximum_burst_size;
/**
* The current value of Delay Bound
*/
u32_t delay_bound;
/**
* The current value of Minimum PHY Rate.
*/
u32_t minimum_phy_rate;
/**
* The current value of Nominal PHY Rate in units
*/
core_tx_rate_e nominal_phy_rate;
/**
* The current value of Bandwidth Allowance.
*/
u16_t surplus_bandwidth_allowance;
/**
* Whether re-creation of traffic streams is allowed.
*/
bool_t is_retry_allowed;
/**
* The current value of Medium Time.
*/
u16_t medium_time;
/**
* The tx rates to be used with this AC, 0 if defaults are used.
*/
u32_t override_rates;
/**
* The Maximum Transmit MSDU Lifetime, 0 if default is used.
*/
u32_t override_max_tx_msdu_lifetime;
};
/**
* Structure for storing information about channels that have
* APs with long beacon intervals.
*/
struct core_long_beacon_interval_channels_s
{
u8_t channel_scan_count[SCAN_BAND_2DOT4GHZ_MAX_CHANNEL_EURO];
};
/**
* Structure for storing power save settings for the access categories.
*/
struct core_power_save_settings_s
{
/** Whether the terminal stays in U-APSD power save when using Voice. */
bool_t stay_in_uapsd_power_save_for_voice;
/** Whether the terminal stays in U-APSD power save when using Video. */
bool_t stay_in_uapsd_power_save_for_video;
/** Whether the terminal stays in U-APSD power save when using BestEffort. */
bool_t stay_in_uapsd_power_save_for_best_effort;
/** Whether the terminal stays in U-APSD power save when using Background. */
bool_t stay_in_uapsd_power_save_for_background;
/** Whether the terminal stays in legacy power save when using Voice. */
bool_t stay_in_legacy_power_save_for_voice;
/** Whether the terminal stays in legacy power save when using Video. */
bool_t stay_in_legacy_power_save_for_video;
/** Whether the terminal stays in legacy power save when using BestEffort. */
bool_t stay_in_legacy_power_save_for_best_effort;
/** Whether the terminal stays in legacy power save when using Background. */
bool_t stay_in_legacy_power_save_for_background;
};
/**
* Structure for storing RCPI roam interval parameters.
*/
struct core_rcpi_roam_interval_s
{
/** Number of times the current interval has been tried. */
u32_t count;
/** The current interval value. */
u32_t interval;
};
/**
* Structure for storing information about an access point.
*/
struct core_ap_information_s
{
/** The SSID of the AP. */
core_ssid_s ssid;
/** The BSSID of the AP. */
core_mac_address_s bssid;
/** Capabilities of the AP. */
u16_t capabilities;
/** The channel AP is on. */
u8_t channel;
/** The received channel power indicator (RCPI). */
u8_t rcpi;
/** Basic rates of the AP. */
u32_t basic_rates;
/** Supported rates of the AP. */
u32_t supported_rates;
/** The security mode of the AP. */
core_connection_security_mode_e security_mode;
/** Whether the AP supports WPX. */
bool_t is_wpx;
/** Whether Admission Control must be used with Voice. */
bool_t is_ac_required_for_voice;
/** Whether Admission Control must be used with Video. */
bool_t is_ac_required_for_video;
/** Whether Admission Control must be used with BestEffort. */
bool_t is_ac_required_for_best_effort;
/** Whether Admission Control must be used with Background. */
bool_t is_ac_required_for_background;
};
/**
* Structure for storing roaming metrics information.
*/
struct core_roam_metrics_s
{
/** Connection attempt total counter. */
u32_t connection_attempt_total_count;
/** Unsuccesfull connection attempt counter. */
u32_t unsuccesfull_connection_attempt_count;
/** Roaming counter. */
u32_t roaming_counter;
/** Coverage loss counter. */
u32_t coverage_loss_count;
/** The total duration (ms) of the last roaming (= data path broken time + scanning time). */
u32_t last_roam_total_duration;
/** The duration (ms) how long the data path was broken during the last roaming. */
u32_t last_roam_data_path_broken_duration;
/** The cause for the last roaming. */
core_roam_reason_e last_roam_reason;
};
/**
* Structure for storing parameters related to power save mode.
*/
struct core_power_save_mode_s
{
/** The power save mode to use. */
core_power_save_mode_e mode;
/**
* The wake-up interval.
* @note This parameter is only applicable if the mode is
* core_power_save_mode_beacon or core_power_save_mode_dtim,
* otherwise it should set to zero.
*/
u8_t wakeup_interval;
};
const core_power_save_mode_s CORE_POWER_SAVE_MODE_EVERY_BEACON =
{ core_power_save_mode_beacon, 1 };
const core_power_save_mode_s CORE_POWER_SAVE_MODE_EVERY_DTIM =
{ core_power_save_mode_dtim, 1 };
const core_power_save_mode_s CORE_POWER_SAVE_MODE_NONE =
{ core_power_save_mode_none, 0 };
const core_power_save_mode_s CORE_POWER_SAVE_MODE_AUTOMATIC =
{ core_power_save_mode_automatic, 0 };
const core_power_save_mode_s CORE_POWER_SAVE_MODE_DTIM_SKIPPING =
{ core_power_save_mode_dtim_skipping, 0 };
/**
* Structure for storing parameters related to power mode.
*/
struct core_power_mode_s
{
/** The power mode to use. */
core_power_mode_e mode;
/** Disable dynamic power save management. */
bool_t disable_dynamic_ps;
/** Defines the wake-up mode for Light PS mode. */
core_power_save_wakeup_mode_e wakeup_mode_light;
/** Defines the wake-up interval (N) for Light PS mode. */
u8_t wakeup_interval_light;
/** Defines the wake-up mode for Deep PS mode. */
core_power_save_wakeup_mode_e wakeup_mode_deep;
/** Defines the wake-up interval (N) for Deep PS mode. */
u8_t wakeup_interval_deep;
};
const core_power_mode_s CORE_POWER_MODE_CAM =
{ core_power_mode_cam, true_t, core_power_save_wakeup_mode_beacon, 1, core_power_save_wakeup_mode_beacon, 1 };
const core_power_mode_s CORE_POWER_MODE_PS =
{ core_power_mode_ps, false_t, core_power_save_wakeup_mode_beacon, 1, core_power_save_wakeup_mode_dtim, 1 };
const core_power_mode_s CORE_POWER_MODE_PS_BEACON =
{ core_power_mode_ps, true_t, core_power_save_wakeup_mode_beacon, 1, core_power_save_wakeup_mode_beacon, 1 };
const core_power_mode_s CORE_POWER_MODE_PS_DTIM =
{ core_power_mode_ps, true_t, core_power_save_wakeup_mode_dtim, 1, core_power_save_wakeup_mode_dtim, 1 };
/**
* Structure for storing an access point blacklist entry.
*/
struct core_ap_blacklist_entry_s
{
/** BSSID of the AP. */
core_mac_address_s bssid;
/** Reason the AP was blacklisted. */
core_ap_blacklist_reason_e reason;
};
/**
* Structure for storing block ACK usage information.
*/
struct core_block_ack_usage_s
{
/** Bitmap of TIDs where TX block ACK is allowed. */
u8_t tx_usage;
/** Bitmap of TIDs where RX block ACK is allowed. */
u8_t rx_usage;
};
/**
* Structure for storing a SNAP header.
*/
struct core_snap_header_s
{
/** Destination Service Access Point. */
u8_t dsap;
/** Source Service Access Point. */
u8_t ssap;
/** Control Field. */
u8_t control;
/** Organizationally Unique Identifier (OUI). */
u8_t oui[OUI_LENGTH];
};
/**
* Structure for access class traffic statuses and traffic modes.
*/
struct core_ac_traffic_information_s
{
/** Current traffic status for Voice. */
core_access_class_traffic_status_e status_for_voice;
/** Current traffic status for Video. */
core_access_class_traffic_status_e status_for_video;
/** Current traffic status for BestEffort. */
core_access_class_traffic_status_e status_for_best_effort;
/** Current traffic status for Background. */
core_access_class_traffic_status_e status_for_background;
/** Current traffic mode for Voice. */
core_access_class_traffic_mode_e mode_for_voice;
/** Current traffic mode for Video. */
core_access_class_traffic_mode_e mode_for_video;
/** Current traffic mode for BestEffort. */
core_access_class_traffic_mode_e mode_for_best_effort;
/** Current traffic mode for Background. */
core_access_class_traffic_mode_e mode_for_background;
};
/**
* Enums for WLAN Engine - EAPOL interface datatypes.
*/
typedef enum _wlan_eapol_if_eap_protocol_layer_e
{
wlan_eapol_if_eap_protocol_layer_none,
wlan_eapol_if_eap_protocol_layer_general,
wlan_eapol_if_eap_protocol_layer_internal_type,
wlan_eapol_if_eap_protocol_layer_am_eap_type,
wlan_eapol_if_eap_protocol_layer_radius,
wlan_eapol_if_eap_protocol_layer_eap_type,
wlan_eapol_if_eap_protocol_layer_eap,
wlan_eapol_if_eap_protocol_layer_eapol,
wlan_eapol_if_eap_protocol_layer_eapol_key,
wlan_eapol_if_eap_protocol_layer_ethernet,
wlan_eapol_if_eap_protocol_layer_wlan_authentication,
wlan_eapol_if_eap_protocol_layer_authentication_server,
wlan_eapol_if_eap_protocol_layer_wapi
} wlan_eapol_if_eap_protocol_layer_e;
typedef enum _wlan_eapol_if_eapol_key_authentication_mode_e
{
wlan_eapol_if_eapol_key_authentication_mode_none,
wlan_eapol_if_eapol_key_authentication_mode_open,
wlan_eapol_if_eapol_key_authentication_mode_shared,
wlan_eapol_if_eapol_key_authentication_mode_wpx,
} wlan_eapol_if_eapol_key_authentication_mode_e;
typedef enum _wlan_eapol_if_eapol_key_authentication_type_e
{
wlan_eapol_if_eapol_key_authentication_type_none,
wlan_eapol_if_eapol_key_authentication_type_rsna_eap,
wlan_eapol_if_eapol_key_authentication_type_rsna_psk,
wlan_eapol_if_eapol_key_authentication_type_wpa_eap,
wlan_eapol_if_eapol_key_authentication_type_wpa_psk,
wlan_eapol_if_eapol_key_authentication_type_802_1x,
wlan_eapol_if_eapol_key_authentication_type_wpx_fast_roam,
wlan_eapol_if_eapol_key_authentication_type_wfa_sc,
wlan_eapol_if_eapol_key_authentication_type_wapi_psk,
wlan_eapol_if_eapol_key_authentication_type_wapi
} wlan_eapol_if_eapol_key_authentication_type_e;
typedef enum _wlan_eapol_if_eapol_key_type_e
{
wlan_eapol_if_eapol_key_type_broadcast,
wlan_eapol_if_eapol_key_type_unicast,
wlan_eapol_if_eapol_key_type_wpx_fast_roam_krk,
wlan_eapol_if_eapol_key_type_wpx_fast_roam_btk,
wlan_eapol_if_eapol_key_type_pmkid,
} wlan_eapol_if_eapol_key_type_e;
typedef enum _wlan_eapol_if_eapol_tkip_mic_failure_type_e
{
wlan_eapol_if_eapol_tkip_mic_failure_type_group_key,
wlan_eapol_if_eapol_tkip_mic_failure_type_pairwise_key,
} wlan_eapol_if_eapol_tkip_mic_failure_type_e;
typedef enum _wlan_eapol_if_eapol_wlan_authentication_state_e
{
wlan_eapol_if_eapol_wlan_authentication_state_none,
wlan_eapol_if_eapol_wlan_authentication_state_association_ok,
wlan_eapol_if_eapol_wlan_authentication_state_this_ap_failed,
wlan_eapol_if_eapol_wlan_authentication_state_failed_completely,
wlan_eapol_if_eapol_wlan_authentication_state_802_11_auth_algorithm_not_supported,
wlan_eapol_if_eapol_wlan_authentication_state_obsolete, // <- Do not use this value.
wlan_eapol_if_eapol_wlan_authentication_state_eap_authentication_running,
wlan_eapol_if_eapol_wlan_authentication_state_no_response,
wlan_eapol_if_eapol_wlan_authentication_state_4_way_handshake_running,
wlan_eapol_if_eapol_wlan_authentication_state_authentication_successfull,
wlan_eapol_if_eapol_wlan_authentication_state_authentication_cancelled,
wlan_eapol_if_eapol_wlan_authentication_state_immediate_reconnect,
wlan_eapol_if_eapol_wlan_authentication_state_wapi_authentication_running
} wlan_eapol_if_eapol_wlan_authentication_state_e;
typedef enum _wlan_eapol_if_error_e
{
wlan_eapol_if_error_ok,
wlan_eapol_if_error_pending_request,
wlan_eapol_if_error_allocation_error,
wlan_eapol_if_error_illegal_parameter,
wlan_eapol_if_error_process_general_error,
} wlan_eapol_if_error_e;
typedef enum _wlan_eapol_if_rsna_cipher_e
{
wlan_eapol_if_rsna_cipher_none,
wlan_eapol_if_rsna_cipher_ccmp,
wlan_eapol_if_rsna_cipher_tkip,
wlan_eapol_if_rsna_cipher_wep_40,
wlan_eapol_if_rsna_cipher_wep_104,
wlan_eapol_if_wapi_cipher_wpi
} wlan_eapol_if_rsna_cipher_e;
typedef enum _wlan_eapol_ethernet_type_e
{
wlan_eapol_ethernet_type_none = 0,
wlan_eapol_ethernet_type_pae = 0x888e, ///< Ethernet type Port Access Entity (PAE)
wlan_eapol_ethernet_type_preauthentication = 0x88c7, ///< Ethernet type Preauthentication
wlan_eapol_ethernet_type_wapi = 0x88b4 ///< Ethernet type WAPI
} wlan_eapol_ethernet_type_e;
typedef enum _wlan_eapol_if_eap_type_e
{
wlan_eapol_if_eap_type_none = 0, ///< This is internal value for no type case.
wlan_eapol_if_eap_type_tls = 13, ///< This is Transport Layer Security (TLS) type.
wlan_eapol_if_eap_type_leap = 17, ///< This is LEAP type.
wlan_eapol_if_eap_type_gsmsim = 18, ///< This is SIM type.
wlan_eapol_if_eap_type_ttls = 21, ///< This is tunneled TLS.
wlan_eapol_if_eap_type_aka = 23, ///< This is AKA type.
wlan_eapol_if_eap_type_peap = 25, ///< This is PEAP type.
wlan_eapol_if_eap_type_mschapv2 = 26, ///< This is MsChapv2 type.
wlan_eapol_if_eap_type_fast = 43, ///< This is EAP-FAST type.
} wlan_eapol_if_eap_type_e;
typedef enum _wlan_eapol_if_eap_status_e
{
wlan_eapol_if_eap_status_none = 0,
wlan_eapol_if_eap_status_authentication_failure = 14,
wlan_eapol_if_eap_status_illegal_cipher_suite = 70,
wlan_eapol_if_eap_status_bad_certificate = 71,
wlan_eapol_if_eap_status_unsupported_certificate = 72,
wlan_eapol_if_eap_status_certificate_revoked = 73,
wlan_eapol_if_eap_status_certificate_expired = 74,
wlan_eapol_if_eap_status_user_certificate_unknown = 76,
wlan_eapol_if_eap_status_identity_query_failed = 94,
wlan_eapol_if_eap_status_user_has_not_subscribed_to_the_requested_service = 96,
wlan_eapol_if_eap_status_users_calls_are_barred = 97,
wlan_eapol_if_eap_status_restricted_logon_hours = 98,
wlan_eapol_if_eap_status_account_disabled = 99,
wlan_eapol_if_eap_status_no_dialin_permission = 100,
wlan_eapol_if_eap_status_password_expired = 101,
wlan_eapol_if_eap_status_OOB_interface_read_error = 103,
wlan_eapol_if_eap_status_decryption_CRC_failure = 104,
wlan_eapol_if_eap_status_RF_band_2_4_ghz_not_supported = 105,
wlan_eapol_if_eap_status_RF_band_5_0_ghz_not_supported = 106,
wlan_eapol_if_eap_status_signal_too_weak = 107,
wlan_eapol_if_eap_status_network_authentication_failure = 108,
wlan_eapol_if_eap_status_network_association_failure = 109,
wlan_eapol_if_eap_status_no_DHCP_response = 110,
wlan_eapol_if_eap_status_failed_DHCP_configure = 111,
wlan_eapol_if_eap_status_ip_address_conflict = 112,
wlan_eapol_if_eap_status_could_not_connect_to_registrar = 113,
wlan_eapol_if_eap_status_multiple_PBC_sessions_detected = 114,
wlan_eapol_if_eap_status_rogue_activity_suspected = 115,
wlan_eapol_if_eap_status_device_busy = 116,
wlan_eapol_if_eap_status_setup_locked = 117,
wlan_eapol_if_eap_status_message_timeout = 118,
wlan_eapol_if_eap_status_registration_session_timeout = 119,
wlan_eapol_if_eap_status_device_password_authentication_failure = 120,
wlan_eapol_if_eap_status_pin_code_authentication_not_supported = 121,
wlan_eapol_if_eap_status_push_button_authentication_not_supported = 122,
wlan_eapol_if_eap_status_tunnel_compromise_error = 124,
wlan_eapol_if_eap_status_unexpected_tlv_exhanged = 125,
wlan_eapol_if_eap_status_no_pac_nor_certs_to_authenticate_with_provision_disabled = 126,
wlan_eapol_if_eap_status_no_matching_pac_for_aid = 127,
wlan_eapol_if_eap_status_pac_store_corrupted = 128,
} wlan_eapol_if_eap_status_e;
enum wlan_eapol_if_eap_state_e
{
wlan_eapol_if_eap_state_general_authentication_error = 4,
wlan_eapol_if_eap_state_authentication_terminated_unsuccessfully = 7,
};
/**
* Structure for storing medium time by user priority.
*/
typedef u16_t medium_time_by_user_priority[MAX_QOS_USER_PRIORITY];
/**
* Structure for storing medium time by access class.
*/
typedef u16_t medium_time_by_access_class[MAX_QOS_ACCESS_CLASS];
/**
* Structure for storing medium time by user priority and by access class.
*/
typedef struct _medium_time_s
{
/** Admission capacity by user priority. */
medium_time_by_user_priority up;
/** Admission capacity by access class. */
medium_time_by_access_class ac;
} medium_time_s;
const medium_time_s ADMISSION_CAPACITIES_NOT_DEFINED = { 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF };
const medium_time_s MEDIUM_TIME_NOT_DEFINED = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 };
#endif // CORE_TYPES_H