/*

* 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:  Interface implemented by lower adaptation. Core server uses

*                these services.

*

*/

#ifndef ABS_CORE_DRIVERIF_H

#define ABS_CORE_DRIVERIF_H

#include "core_types.h"

class abs_core_driverif_callback_c;

/**

 * Abstract adaptation layer interface class for low-level management functionality.

 *

 * This interface is implemented by the adaptation layer and a reference

 * to the class implementing it is passed as a parameter to the core server

 * constructor.

 * 

 * @since S60 v3.1

 */

class abs_core_driverif_c

    {

public:

    /**

     * Destructor.

     */

    virtual ~abs_core_driverif_c() {};

    /**

     * Initialisation between core server - driverIf

     *

     * @since S60 v3.1

     * @param core_callback delivers callback interface to driverIf

     */

    virtual void init(

        abs_core_driverif_callback_c* core_callback ) = 0;

    /**

     * Start an IBSS network.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param ssid Name of the network.

     * @param beacon_interval Beacon interval in TUs.

     * @param channel Used channel (1 - 11).

     * @param encrypt_level Used encryption level.

     */    

    virtual void start_ibss(

        u32_t request_id,

        const core_ssid_s& ssid,

        u32_t beacon_interval,

        u32_t channel,

        core_encryption_mode_e encrypt_level ) = 0;

    /**

     * Request available networks with the given SSID.

     * 

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param scan_mode Defines whether active or passive scan is performed.

     * @param scan_ssid Name of the network to scan for.

     * @param scan_rate Scan rate in units of 500kbit/second.

     * @param scan_channels Channels to scan.

     * @param scan_min_ch_time Minimum time to listen for beacons/probe responses on a channel.

     * @param scan_max_ch_time Maximum time to listen for beacons/probe responses on a channel.

     * @param is_split_scan Whether the scan should be performed as a split-scan.

     * @note If the length of the SSID is zero, a broadcast scan is performed.

     */

    virtual void scan(

        u32_t request_id,

        core_scan_mode_e scan_mode,

        const core_ssid_s& scan_ssid,

        int_t scan_rate,

        const core_scan_channels_s& scan_channels,

        u32_t scan_min_ch_time,

        u32_t scan_max_ch_time,        

        bool_t is_split_scan ) = 0;

    /**

     * Request an ongoing scan to be stopped.

     * 

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     */

    virtual void stop_scan(

        u32_t request_id ) = 0;

    /**

     * Connect (authenticate and associate) to a BSS.

     * 

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param status The status code from the connection attempt is stored here.

     * @param ssid Name of the network.

     * @param bssid BSSID of the access point.

     * @param auth_algorithm Authentication algorithm number.

     * @param encryption_level Used encryption level.

     * @param pairwise_key_type Pairwise cipher key type to be used.

     * @param is_infra Whether the network is an IBSS or an infra network.

     * @param ie_data_length Length of IE data.

     * @param ie_data IE data.

     * @param scan_frame_length Length of beacon/probe response frame from the BSS.

     * @param scan_frame Pointer to beacon/probe response frame from the BSS.

     * @param is_pairwise_key_invalidated Whether the pairwise key should be invalidated.

     * @param is_group_key_invalidated Whether the group key should be invalidated

     * @param is_radio_measurement_supported Whether the radio measurement is supported

     */

    virtual void connect(

        u32_t request_id,

        core_management_status_e& status,

        const core_ssid_s& ssid,

        const core_mac_address_s& bssid,

        u16_t auth_algorithm,

        core_encryption_mode_e encryption_level,

        core_cipher_key_type_e pairwise_key_type,

        bool_t is_infra,

        u32_t ie_data_length,

        const u8_t* ie_data,

        u32_t scan_frame_length,

        const u8_t* scan_frame,

        bool_t is_pairwise_key_invalidated,

        bool_t is_group_key_invalidated,

    /**

     * Disconnect from the current network.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     */

    virtual void disconnect(

        u32_t request_id ) = 0;

    /**

     * Set WLAN power mode.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param mode Power mode to use.

     */

    virtual void set_power_mode(

        u32_t request_id,

        const core_power_mode_s& mode ) = 0;

    /**

     * Set transmission power level.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param tx_level Transmission power level in dBm.     

     */

    virtual void set_tx_power_level(

        u32_t request_id,

        u32_t tx_level ) = 0;

    /**

     * Add a cipher key.

     *

     * @since S60 v3.1

     * @param cipher_suite The cipher suite of the key.

     * @param key_index Index of the key.

     * @param key_length Length of the cipher key.

     * @param key_data Cipher key data.

     * @param mac Defines the MAC address the key is used for.

     * @param use_as_default in case of wep, whether the key is used as default cipher key     

     */

    virtual void add_cipher_key(

        core_cipher_key_type_e cipher_suite,

        u8_t key_index,

        u16_t key_length,

        const u8_t* key_data,

        const core_mac_address_s& mac,

        bool_t use_as_default ) = 0;

    /**

     * Get the current RCPI value.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param rcpi The current RCPI value.     

     */

    virtual void get_current_rcpi(

        u32_t request_id,

        u32_t& rcpi ) = 0;

    /**

     * Delivers multicast MAC address to drivers.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param join_group is set true_t if adding a multicast address

     *        otherwise the address will be removed.

     * @param multicast_addr contains the MAC address to add/remove

     */

    virtual void configure_multicast_group(

        u32_t request_id,

        bool_t join_group,

        const core_mac_address_s& multicast_addr ) = 0;

    /**

     * Set the parameters related to BSS lost indication.

     * 

     * @since S60 v3.1

     * @param request_id Identification of the corresponding request.

     * @param parameters Parameters to set.

     */

    virtual void set_bss_lost_parameters(

        u32_t request_id,

        const core_bss_lost_parameters_s& parameters ) = 0;

    /**

     * Set the parameters related to TX rate adaptation algorithm.

     * 

     * @since S60 v3.1

     * @param request_id Identification of the corresponding request.

     * @param parameters Parameters to set.

     */

    virtual void set_tx_rate_adaptation_parameters(

        u32_t request_id,

        const core_tx_rate_adaptation_parameters_s& parameters ) = 0;

    /**

     * Set the parameters related to power mode management.

     * 

     * @since S60 v3.1

     * @param request_id Identification of the corresponding request.

     * @param parameters Parameters to set.

     */

    virtual void set_power_mode_mgmt_parameters(

        u32_t request_id,

        const core_power_mode_mgmt_parameters_s& parameters ) = 0;

    /**

     * Set the parameters related to TX rate policies.

     *

     * @since S60 v3.2

     * @param request_id Identification of the corresponding request.

     * @param policies TX rate policies to set.

     * @param mappings Mappings between Access Classes and TX rate policies.

     */

    virtual void set_tx_rate_policies(

        u32_t request_id,

        const core_tx_rate_policies_s& policies,

        const core_tx_rate_policy_mappings_s& mappings ) = 0;        

    /**

     * Get packet statistics for the currently active connection.

     *

     * @since S60 v3.2

     * @param request_id Identification of the corresponding request.

     * @param statistics Packet statistics for the currently active connection.

     */

    virtual void get_packet_statistics(

        u32_t request_id,

        core_packet_statistics_by_access_category_s& statistics ) = 0;

    /**

     * Set the RCPI trigger level.

     *

     * @since S60 v3.2

     * @param request_id Identification of the corresponding request.

     * @param rcpi_trigger The RCPI trigger level.

     */

    virtual void set_rcpi_trigger_level(        

        u32_t request_id,

        u8_t rcpi_trigger ) = 0;

    /**

     * Set the U-APSD settings.

     *

     * @since S60 v3.2

     * @param request_id Identification of the corresponding request.

     * @param settings Current U-APSD settings to be set.

     */

    virtual void set_uapsd_settings(

        u32_t request_id,

        const core_uapsd_settings_s& settings ) = 0;

    /**

     * Set the power save settings.

     *

     * @since S60 v3.2

     * @param request_id Identification of the corresponding request.

     * @param settings Current power save settings to be set.

     */

    virtual void set_power_save_settings(

        u32_t request_id,

        const core_power_save_settings_s& settings ) = 0;

    /**

     * Set the parameters of a tx queue.

     *

     * @since S60 v3.2

     * @param request_id Identification of the corresponding request.

     * @param queue_id Queue to be configured.

     * @param medium_time Medium time to be used.

     * @param max_tx_msdu_lifetime Maximum Transmit MSDU Lifetime to be used.

     */

    virtual void set_tx_queue_parameters(

        u32_t request_id,

        core_access_class_e queue_id,

        u16_t medium_time,

        u32_t max_tx_msdu_lifetime ) = 0;

    /**

     * Allow sending of user data.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     */

    virtual void enable_user_data(

        u32_t request_id ) = 0;

    /**

     * Prevent sending of user data.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     */

    virtual void disable_user_data(

        u32_t request_id ) = 0;    

    /**

     * Unload the drivers and power down the WLAN hardware.  

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     */

    virtual void unload_drivers(

        u32_t request_id ) = 0;

    /**

     * Load the drivers and power up the WLAN hardware.

     *

     * @since S60 v3.1

     * @param request_id An unique identification for the request.

     * @param rts_threshold Determines the maximum packet size that can be sent without RTS/CTS protocol.

     * @param max_tx_msdu_lifetime Maximum time to (re-)send the whole MSDU packet in TUs.

     * @param 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.

     * @param 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.

     * @param qos_null_frame_interval Defines how often a QoS NULL data frame is sent.

     * @param qos_null_frame_exit_timeout Defines how soon after the last Voice AC packet QoS NULL data

     *                                    frame sending is stopped.

     * @param keep_alive_interval Defines how often NULL data frames are sent if there are no other frames

     *                            to send.

     * @param sp_rcpi_target Defines the signal predictor algorithm "target" RCPI value for roam indication.

     * @param sp_time_target Defines the signal predictor algorithm "target" time for roam indication

     *                       (in microseconds).

     * @param sp_min_indication_interval Defines the minimum time interval for consecutive roam

     *                                   indications from the signal predictor algorithm (in microseconds).

     */

    virtual void load_drivers(

        u32_t request_id,

        uint_t rts_threshold,

        u32_t max_tx_msdu_lifetime,

        u32_t qos_null_frame_entry_timeout,

        u32_t qos_null_frame_entry_tx_count,

        u32_t qos_null_frame_interval,

        u32_t qos_null_frame_exit_timeout,

        u32_t keep_alive_interval,

        u32_t sp_rcpi_target,

        u32_t sp_time_target,

        u32_t sp_min_indication_interval ) = 0;

    /**

     * Send a frame.

     *

     * @since S60 v3.1

     * @param frame_type The type of the frame to send.

     * @param frame_length The length of the frame.

     * @param frame_data Pointer to the frame data.

     * @param frame_priority User priority to use for sending the frame.

     * @param destination Destination MAC address.

     * @param send_unencrypted Whether the frame must be sent unencrypted.

     */

    virtual void send_frame(        

        core_frame_type_e frame_type,

        const u16_t frame_length,

        const u8_t* const frame_data,

        u8_t frame_priority,

        const core_mac_address_s& destination,

        bool_t send_unencrypted ) = 0;

    /**

     * Cancel a pending asynchronous request.

     * 

     * @since S60 v3.1

     * @param request_id Identification of the corresponding request.

     */

    virtual void cancel_request(

        u32_t request_id ) = 0;

    /**

     * Set the ARP filter.

     *

     * @since S60 v5.0

     * @param request_id Identification of the corresponding request.

     * @param filter Current ARP filter to be set.

     */

    virtual void set_arp_filter(

        u32_t request_id,

        const core_arp_filter_s& filter ) = 0;

    /**

     * Set block ACK usage per traffic stream.

     * 

     * @since S60 v5.1

     * @param request_id Identification of the corresponding request. 

     * @param usage Block ACK usage information. 

     */    

    virtual void set_block_ack_usage(

        u32_t request_id,

        const core_block_ack_usage_s& usage ) = 0;

    /**

     * Set the SNAP header of frames to receive.  

     */

    virtual void set_snap_header_filter(

        u32_t request_id,

        const core_snap_header_s& header ) = 0;

    };

#endif // ABS_CORE_DRIVERIF_H