aiot_rtc_api.h

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#ifndef __AIOT_RTC_API_H__
#define __AIOT_RTC_API_H__

#if defined(__cplusplus)
extern "C" {
#endif

typedef enum {
 AIOT_RTCEVT_DISCONNECT
} aiot_rtc_event_type_t;

typedef struct {
 aiot_rtc_event_type_t type;
 union {
 } data;
} aiot_rtc_event_t;


typedef enum {
 AIOT_RTCMSG_CHANNEL_REQUEST,
 AIOT_RTCMSG_GUEST_RESPONSE,
 AIOT_RTCMSG_INVITE_MORE_GUEST,
 AIOT_RTCMSG_CANCEL_CHANNEL,
 AIOT_RTCMSG_GUEST_LEAVE_CHANNEL,
 AIOT_RTCMSG_REMOVE_GUEST,
 AIOT_RTCMSG_MAX,
} aiot_rtc_msg_type_t;


typedef enum {
 AIOT_RTCRECV_INVIATION,
 AIOT_RTCRECV_CHANNEL_REQUEST_GRANTED,
 AIOT_RTCRECV_GUEST_REPLY
} aiot_rtc_recv_type_t;


typedef struct {
 aiot_rtc_recv_type_t type;
 union {
 struct {
 uint32_t msg_id;
 uint32_t code;
 char *channelid;
 uint32_t channelid_len;

 char *nonce;
 uint32_t nonce_len;
 char *timestamp;
 uint32_t timestamp_len;
 char *token;
 uint32_t token_len;
 char *gslb;
 uint32_t gslb_len;
 char *app_id;
 uint32_t appid_len;
 char *user_id;
 uint32_t userid_len;
 char *caller_iotid;
 uint32_t caller_iotid_len;
 } invitation;

 struct {
 char *action;
 uint32_t action_len;
 char *caller_iotid;
 uint32_t caller_iotid_len;
 char *channel_id;
 uint32_t channel_id_len;
 char *product_key;
 uint32_t product_key_len;
 char *device_name;
 uint32_t device_name_len;
 } guest_reply;
 } data;
} aiot_rtc_recv_t;


typedef enum {
 AIOT_RTCOPT_MQTT_HANDLE,

 AIOT_RTCOPT_RECV_HANDLER,

 AIOT_RTCOPT_USERDATA,

 AIOT_RTCOPT_MAX,
} aiot_rtc_option_t;

typedef enum {
 ACCEPT,
 REJECT,
 LEAVE,
 ACK,
 BUSY,
 TERMINATE,
} aiot_rtc_guest_reply_t;


typedef struct {
 char *product_key;
 char *device_name;
} aiot_rtc_msg_channel_request_t;

typedef struct {
 aiot_rtc_guest_reply_t action;
 char *caller_iotid;
 char *channel_id;
} aiot_rtc_msg_guest_reply_t;

typedef struct {
 char *product_key;
 char *device_name;
 char *channel_id;
} aiot_rtc_msg_invite_more_guest_t;

typedef struct {
 char *product_key;
 char *device_name;
 char *channel_id;
} aiot_rtc_msg_remove_guest_t;

typedef struct {
 char *channel_id;
} aiot_rtc_msg_cancel_channel_t;

typedef struct {
 char *channel_id;
} aiot_rtc_msg_guest_leave_channel_t;

typedef struct {
 aiot_rtc_msg_type_t type;
 union {
 aiot_rtc_msg_channel_request_t channel_request;
 aiot_rtc_msg_guest_reply_t guest_reply;
 aiot_rtc_msg_invite_more_guest_t invite_guest_request;
 aiot_rtc_msg_cancel_channel_t cancel_channel;
 aiot_rtc_msg_guest_leave_channel_t guest_leave_channel;
 aiot_rtc_msg_remove_guest_t remove_guest;
 } data;
} aiot_rtc_msg_t;

#define STATE_RTC_BASE (-0x1D00)

#define STATE_RTC_MQTT_HANDLE_IS_NULL (-0x1D01)

#define STATE_RTC_MSG_PARAMS_IS_NULL (-0x1D02)

#define STATE_RTC_LOG_RECV (-0x1D03)

#define SATAE_RTC_LOG_PARSE_RECV_MSG_FAILED (-0x1D04)

typedef void (*aiot_rtc_recv_handler_t)(void *handle, const aiot_rtc_recv_t *recv, void *userdata);

void *aiot_rtc_init(void);


int32_t aiot_rtc_deinit(void **handle);

int32_t aiot_rtc_setopt(void *handle, aiot_rtc_option_t option, void *data);

int32_t aiot_rtc_launch_channel(void *handle, aiot_rtc_msg_t *msg);

int32_t aiot_rtc_guest_resonse(void *handle, aiot_rtc_msg_t *msg);

int32_t aiot_rtc_invite_guest(void *handle, char *channel_id, char *pk, char *dn);

int32_t aiot_rtc_cancel_channel(void *handle, char *channel_id);

int32_t aiot_rtc_guest_leave_channel(void *handle, char *channel_id);

int32_t aiot_rtc_remove_guest(void *handle, char *channel_id, char *pk, char *dn);


#if defined(__cplusplus)
}
#endif

#endif /* #ifndef __AIOT_RTC_API_H__ */