pinebuds/services/bt_profiles_enhanced/inc/hshf_i.h
2022-08-15 17:20:27 +08:00

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C

/***************************************************************************
*
* Copyright 2015-2019 BES.
* All rights reserved. All unpublished rights reserved.
*
* No part of this work may be used or reproduced in any form or by any
* means, or stored in a database or retrieval system, without prior written
* permission of BES.
*
* Use of this work is governed by a license granted by BES.
* This work contains confidential and proprietary information of
* BES. which is protected by copyright, trade secret,
* trademark and other intellectual property rights.
*
****************************************************************************/
#ifndef __HSHF_I_H__
#define __HSHF_I_H__
#include "btlib_type.h"
#include "rfcomm_i.h"
#include "co_queue.h"
#include "bt_co_list.h"
#include "sdp.h"
#include "bt_sys_cfg.h"
//#define _THREE_WAY_CALL
//#define PRO_PCDEMO
struct hshf_control;
typedef void (*hfp_callback_t)(struct hshf_control *, uint8_t, void *);
enum hshf_tx_status {
HFP_TX_IDLE = 0,
HFP_TX_BUSY,
};
/* notify upper layer */
enum hshf_event_t {
/* user command event*/
HSHF_ENTER_PAIRING = 1,
HSHF_EXIT_PAIRING,
HF_DIAL_NUM_REQ,
HF_ANSWER_REQ,
HF_REJECT_REQ,
HF_ENDCALL_REQ,
HF_TRANSFER_REQ,
HF_DIAL_LASTNUM_REQ,
HF_TRANSMIT_DTMF,
HF_VOICE_DIAL_REQ, //10
HF_VOICE_DIAL_CANCEL_REQ,
HSHF_CONNECT_REQ,
HF_DISCONNECT_REQ,
HSHF_SPK_VOL_UP,
HSHF_SPK_VOL_DOWN,
HSHF_TOGGLE_MIC,
HSHF_TOGGLE_LED,
HSHF_TOGGLE_VOLBTN,
HF_ANSWER_ENDCALL_CONN, // answer @ ring, end @ talking, connect@idle
HF_REJ_REDIAL_TRANS_CONN, // reject @ ring, redial @ connected, transfer @ talking
HF_RELEASE_HOLD_REJECT_WAIT_REQ, //21
HF_RELEASE_ACTVIE_ACCEPT_OTHER_REQ,
HF_HOLD_ACTIVE_ACCEPT_OTHER_REQ,
HF_CONFERENCE_REQ,
HSHF_SET_PB_STORAGE,
HSHF_GET_PB_ITEM,
HF_HCI_RXTX_IND,
/* internal event */
HSHF_EVNT_BEGIN, //28
HSHF_RFCOMM_OPENED, //29
HSHF_CONN_OPENED,
HSHF_CONN_CLOSED,
HSHF_CONN_REQ_FAIL,
HF_AG_SUPPORTED_FEATURE_IND,
HF_AG_SUPPORTED_INDICATOR_IND,
HF_AG_CURRENT_INDICATOR_IND,
HF_INDICATOR_EVENT_IND,
HF_CIEV_CALL_IND,
HF_CIEV_SERVICE_IND,
HF_CIEV_CALLSETUP_IND, //38
HF_CALLER_ID_IND,
HF_VOICE_IND,
HSHF_RING_IND, //41
HSHF_AUDIOCONN_OPENED,
HSHF_AUDIOCONN_CLOSED,
HSHF_SPK_VOL_IND,
HSHF_MIC_VOL_IND,
HF_IN_BAND_RING_IND,
HSHF_PAIR_OK, //47
HSHF_PAIR_TOUT,
HSHF_PAIR_FAILED,
//// NEW for three way call
HF_CIEW_CALLHELD_IND,
HF_CCWA_IND,
HF_VOICE_REQ,
// for enter pairing and test mode by combkey
HSHF_ENTER_TESTMODE,
HSHF_CALL_IND,
HF_EVENT_AT_RESULT_DATA,
};
enum hshf_callsetup {
CALL_SETUP_NONE,
CALL_SETUP_INCOMING,
CALL_SETUP_OUTGOING,
CALL_SETUP_REMOTE_ALERT,
CALL_SETUP_ESTABLISHED
};
enum hshf_call {
CALL_NONE = 0,
CALL_ESTABLISHED
};
enum hshf_profile {
PRO_BOTH = 0,
PRO_HEADSET,
PRO_HANDSFREE,
PRO_EXIT,
PRO_SHOW
};
enum hshf_conn_state {
STOP,
STANDBY = 1,
LISTENING , //ready
QUERING,
CONNECTING,
AT_EXCHANGING,
CONNECTED,
SCOCONNECTED
};
enum hshf_pb_location {
LOCATION_SM = 0,
LOCATION_ME,
LOCATION_MT,
LOCATION_DC,
LOCATION_RC,
LOCATION_MC,
LOCATION_LD
};
enum hshf_pb_action {
ACTION_PREV = 0,
ACTION_NEXT
};
enum hfp_indicator {
HFP_INDICATOR_SERVICE = 0,
HFP_INDICATOR_CALL,
HFP_INDICATOR_CALLSETUP,
HFP_INDICATOR_CALLHELD,
HFP_INDICATOR_SIGNAL,
HFP_INDICATOR_ROAM,
HFP_INDICATOR_BATTCHG,
HFP_INDICATOR_LAST
};
typedef void (*ciev_func_t)(struct hshf_control *chan, uint8_t val);
struct indicator {
uint8_t index;
uint8_t min;
uint8_t max;
uint8_t val;
bool disable;
ciev_func_t cb;
};
struct indicator;
#define HFP_HF_IND_ENHANCED_SAFETY 1
#define HFP_HF_IND_BATTERY_LEVEL 2
struct hf_ind_enhanced_safety {
bool local_support;
bool remote_support;
bool enabled;
uint8_t value; /* 0 or 1 */
};
struct hf_ind_battery_level {
bool local_support;
bool remote_support;
bool enabled;
uint8_t value; /* 0 ~ 100 */
};
struct hf_indicator {
struct hf_ind_enhanced_safety enhanced_safety;
struct hf_ind_battery_level battery_level;
};
#define MAX_DIAL_NUM_SIZE 0x10
#define MAX_SAVED_CALL_NUM 4
#define CODEC_ID_CVSD 0x01
#define CODEC_ID_MSBC 0x02
struct hfp_codec {
uint8_t type;
bool local_supported;
bool remote_supported;
};
#if defined(HFP_MOBILE_AG_ROLE)
struct hfp_ag_call_info
{
uint8_t direction; // 0 outgoing, 1 incoming
uint8_t state; // 0 active, 1 held, 2 outgoing dialing, 3 outgoing alerting, 4 incoming, 5 waiting, 6 held by Response and Hold
uint8_t mode; // 0 voice, 1 data, 2 fax
uint8_t multiparty; // 0 is not one of multiparty call parties, 1 is one of.
const char* number; // calling number, optional
};
typedef int (*hfp_mobile_handler)(void* hfp_chan);
typedef int (*hfp_mobile_handler_int)(void* hfp_chan, int n);
typedef int (*hfp_mobile_handler_str)(void* hfp_chan, const char* s);
typedef int (*hfp_mobile_iterate_call_handler)(void* hfp_chan, struct hfp_ag_call_info* out);
typedef const char* (*hfp_mobile_query_operator_handler)(void* hfp_chan);
struct hfp_mobile_module_handler
{
hfp_mobile_handler answer_call;
hfp_mobile_handler hungup_call;
hfp_mobile_handler dialing_last_number;
hfp_mobile_handler release_held_calls;
hfp_mobile_handler release_active_and_accept_calls;
hfp_mobile_handler hold_active_and_accept_calls;
hfp_mobile_handler add_held_call_to_conversation;
hfp_mobile_handler connect_remote_two_calls;
hfp_mobile_handler disable_mobile_nrec;
hfp_mobile_handler_int release_specified_active_call;
hfp_mobile_handler_int hold_all_calls_except_specified_one;
hfp_mobile_handler_int hf_battery_change; /* battery level 0 ~ 100 */
hfp_mobile_handler_int hf_spk_gain_change; /* speaker gain 0 ~ 15 */
hfp_mobile_handler_int hf_mic_gain_change; /* mic gain 0 ~ 15 */
hfp_mobile_handler_int transmit_dtmf_code;
hfp_mobile_handler_int memory_dialing_call;
hfp_mobile_handler_str dialing_call;
hfp_mobile_handler_str handle_at_command;
hfp_mobile_query_operator_handler query_current_operator;
hfp_mobile_iterate_call_handler iterate_current_call;
};
#endif
struct hshf_control {
struct list_node hfp_node;
struct bdaddr_t remote;
uint32_t rfcomm_handle;
uint8 listen_channel;
uint8 disc_reason;
uint8 audio_up;
struct coqueue *cmd_queue;
#if HFP_CMD_FLOW_CONTROL_ENABLE==1
unsigned int tx_time;
uint8_t tx_timeout_timer;
enum hshf_tx_status tx_status;
#endif
struct coqueue *event_handlers;
uint8_t negotiated_codec;
struct hfp_codec codecs[2];
struct indicator ag_ind[HFP_INDICATOR_LAST];
struct hf_indicator hf_ind;
uint32_t chld_features;
uint8 bsir_enable;
uint8 status_call; /* Phone status info - call */
uint8 status_service; /* Phone status info - service */
uint8 status_callsetup; /* Phone status info - callsetup*/
uint8 status_callheld; /* Phone status info - callheld*/
#if defined(HFP_MOBILE_AG_ROLE)
uint32_t slc_completed: 1;
uint32_t ag_status_report_enable: 1;
uint32_t calling_line_notify: 1;
uint32_t call_waiting_notify: 1;
uint32_t extended_error_enable: 1;
struct hfp_mobile_module_handler* mobile_module;
#endif
uint32_t hf_features; /*hf supported feature bitmap: */
/* bit 0 - EC/NR function */
/* 1 - Call waiting and 3-way calling */
/* 2 - CLI presentation capability */
/* 3 - Voice recognition activation */
/* 4 - Remote volume control */
/* 5 - Enhance call status */
/* 6 - Enhanced call control */
uint32_t ag_features; /* AG supported feature bitmap */
/* bit0 - 3-way calling */
/* 1 - EC/NR function */
/* 2 - Voice recognition */
/* 3 - In-band ring tone */
/* 4 - Attach a number to a voice tag*/
/* 5 - Ablility to reject a call */
/* 6 - Enhanced call status */
/* 7 - Enhanced call control */
/* 8 - extended error result codes*/
enum hshf_conn_state state; /*check if it is connecting now,
if it is connecting,the hf_connect_req
will not work
*/
uint8 speak_volume;
uint8 mic_gain;
uint8 voice_rec;
uint8 voice_rec_param;
bool client_enabled;
char caller_id[MAX_DIAL_NUM_SIZE+1]; /* incoming caller id */
struct sdp_request sdp_request;
char *ptr;
};
struct hfp_ctx_input {
struct ctx_content ctx;
struct bdaddr_t *remote;
uint32 rfcomm_handle;
struct hshf_control *hfp_ctl;
};
struct hfp_ctx_output {
uint32 rfcomm_handle;
};
#if defined(__cplusplus)
extern "C" {
#endif
/*----hshf.c----*/
enum hshf_conn_state hshf_get_state(struct hshf_control *chan);
void hshf_set_state(struct hshf_control *chan, enum hshf_conn_state state);
const char *hshf_state2str(enum hshf_conn_state state);
const char *hshf_event2str(enum hshf_event_t event);
typedef struct {
uint8 length;
char *caller_id;
} hf_caller_id_ind_t;
int8 hf_release_sco(struct bdaddr_t *bdaddr, uint8 reason);
/*----connect.c----*/
int8 hf_disconnect_req(struct hshf_control *chan);
int8 hshf_exit_sniff(struct hshf_control *chan);
int8 hshf_connect_req (struct hshf_control *hshf_ctl, struct bdaddr_t *remote);
/* - hfp.c - */
int8 hshf_create_codec_connection(struct bdaddr_t *bdaddr, struct hshf_control *chan);
int8 hf_createSCO(struct bdaddr_t *bdaddr, void *chan);
int hfp_init(hfp_callback_t callback);
int hf_open_chan(struct hshf_control *chan);
int8 hf_close_chan(struct hshf_control *chan);
bool hshf_disable_nrec(struct hshf_control *chan);
bool hshf_report_speaker_volume(struct hshf_control *chan, uint8_t gain);
bool hshf_send_custom_cmd(struct hshf_control *chan, const char *cmd);
bool hshf_hungup_call(struct hshf_control *chan);
bool hshf_dial_number(struct hshf_control *chan, uint8 *number, uint16 len);
bool hshf_answer_call(struct hshf_control *chan);
bool hshf_redial_call(struct hshf_control *chan);
bool hshf_batt_report(struct hshf_control *chan, uint8_t level);
bool hshf_call_hold(struct hshf_control *chan, int8 action, int8 index);
void hshf_set_hf_indicator_enabled(bool enable);
bool hshf_report_enhanced_safety(struct hshf_control *chan, uint8_t value);
bool hshf_report_battery_level(struct hshf_control* chan, uint8_t value);
bool hshf_update_indicators_value(struct hshf_control *chan, uint8_t assigned_num, uint8_t level);
bool hshf_hf_indicators_1(struct hshf_control *chan);
bool hshf_hf_indicators_2(struct hshf_control *chan);
bool hshf_hf_indicators_3(struct hshf_control *chan);
bool hshf_codec_conncetion(struct hshf_control *chan);
bool hshf_list_current_calls(struct hshf_control *chan);
bool hshf_enable_voice_recognition(struct hshf_control *chan, uint8_t en);
bool hshf_is_voice_recognition_active(struct hshf_control *chan);
uint32 hfp_get_rfcomm_handle(struct hshf_control *hfp_ctl);
uint32 hfp_save_ctx(struct hshf_control *hfp_ctl, uint8_t *buf, uint32_t buf_len);
uint32 hfp_restore_ctx(struct hfp_ctx_input *input, struct hfp_ctx_output *output);
#if defined(__cplusplus)
}
#endif
#endif /* __HSHF_I_H__ */