#if 1
#pragma once
#ifndef NWEB_H
#define NWEB_H
//#include "structures.h"
#include "define_inc.h"
#include "zlog.h"
#include "cv.h"
#include "utility.h"
#include "onvif_data.h"
#ifdef GY_OS_NOVA
#include "bbox_receive.h"
#endif
#include <sys/types.h>  
#include <sys/socket.h>
#if defined GY_OS_AMBA || defined GY_OS_NOVA
#include <stdbool.h>
#endif
#ifdef GY_OS_WIN
#include "opencv2/highgui/highgui_c.h"
#include "opencv2/imgproc/imgproc_c.h"
#endif

#include <curl/curl.h>
#include <curl/easy.h>
#include <sys/prctl.h>

#ifdef GY_OS_AMBA
//#include "face_parser.h"
#endif

#ifdef __cplusplus
extern "C" {
#include <stdint.h>
#include <stdlib.h>
#endif

#define CONTENT_BUFSIZE MAX_IMG_BUFF_SIZE
#define LOG_BUFSIZE (BUFSIZE<<1)
#define NW_ERROR 1
#define NW_SORRY 2
#define NW_LOG   3
#define LINE_BUFSIZE 7*8192 //512
#define MAX_SIZE_POINT 6
#define MAX_NUMBER_PAGE 59
#define HEADER_BUFSIZE 1024

#define WEBPYTHONBUFFER_LENSIZE 256
#define WEBPYTHONBUFFER_ROWSIZE 256
#define MAX_GET_PYTHON_BUFFER_ROW_SIZE 8

#ifdef GY_OS_NOVA
#define MEMORY_SIZE 256*1024
#endif

#ifdef GY_OS_AMBA
#define MEMORY_SIZE 512*1024
#endif

#define MAX_SERVICE_SIZE 256

#define MAX_SIZE_A_OSD_OBJECT 11
#define MAX_SIZE_A_SP_OBJECT 6

    //trigger types
#define TRIGGER_OUTSIDE_INSIDE		1
#define TRIGGER_INSIDE_OUTSIDE		2
#define TRIGGER_INSIDE_INSIDE		3
#define TRIGGER_OUTSIDE_OUTSIDE		4

    /*typedef struct
    {
        int x;
        int y;
    } Point;*/

    /*typedef struct {
        char* recvBuffer;
        char* contentBuffer;
    } BufferPtr;*/

    /*typedef struct {
        time_t recv_time;
        int frames;
    } SecData;*/

	typedef struct
	{
		struct tm * snapshot_time;
		time_t snapshot_time_mktime;
		time_t snapshot_msecs_time;
		char snapshot_addr[MAX_IMG_SIZE];
		int snapshot_size;
	}SnapHDInfo;

	typedef struct
	{
		char weight_repository[35];
		int enable_weight_to_run;
	}WeightFileInfo;

	typedef struct
	{
		char email_address1[50];
		char email_address2[50];
		char email_address3[50];
		char email_address4[50];
		char email_address5[50];

		char email_address[50];

		char smtp_server[50];
		int smtp_auth_mode;
		char smtp_port[10];
		int smtp_auth;

		char auth_account[50];
		char auth_password[50];
	} IPCAMServiceInfo;

    typedef struct
    {
        int checked;
        char detect_event_id[20];
        char detect_event_name[50];
        char post_event_name[MAX_MSG_LEN * 10];
        char counter_name[MAX_MSG_LEN * 10];
        int counter_increment;
        //TriggerData [MAX_DETECT_OBJECTS];
    } TriggerEvent;

    typedef struct
    {
        bool isActive;

        /*char levenshtein_distance[10];
        char min_characters[10];
        char max_characters[10];
        char confidence[10];*/
        char enable_traffic_light[10];
		//char enable_social_distance[10];
#ifdef GY_OS_AMBA
		CvMat* PerspectiveTransformArray;
#endif
        char detection_time[20];
        char metadata1[BUFSIZE];
        char metadata2[BUFSIZE];
		char metadata_stop[50];
        char link_to_counter[10];
        char enable_direction1[10];
        char enable_direction2[10];
        char direction1[10];
        char direction2[10];
        int no_parking_time;
		int no_parking_time_in_minute;
        int queuing_count;
        int prev_queuing_num;
		int queuing_trigger_event_idx;
		char ptz_zone_to_preset[20];

		TriggerEvent trigger_event[MAX_TRIGGER_EVENT];
        CPoint Points[6];
		int min_x_points;
		int max_x_points;
		int min_y_points;
		int max_y_points;

		f_CPoint onvif_Points[6];

		int parking_space;
		int parking_line;

		//Social Distance
		float set_distance;
		char world_distance_unit[10];
		float world_distance[DETECTION_POINTS_COUNT];
		int distance_violation_count;
		int prev_distance_violation_num;
		time_t prev_distance_violation_time;
		time_t recent_distance_violation_start_time;
		int distance_trigger_event_idx;
        //float LinearFormula[DETECTION_POINTS_COUNT][3];     //4 edges, each edge has it's ax+by+c =0 values
        //char* MovingDirection[DETECTION_POINTS_COUNT];

        int point_num;

		int obj_tracking_id_in_zone[MAX_OBJ_TRACKING_ID_IN_ZONE];
		int last_obj_tracking_id_in_zone[MAX_OBJ_TRACKING_ID_IN_ZONE];
		int last_two_obj_tracking_id_in_zone[MAX_OBJ_TRACKING_ID_IN_ZONE];
		int check_if_missing;

		char enable_speed[10];
		char enable_radar_speed[10];
		char enable_ivs_zone[10];
		float world_distance_side1;
		float world_distance_side2;
		char world_time_unit[20];

		char obj_max_proportion_in_zone[10];
		char obj_min_proportion_in_zone[10];

		//int speed_upper_bound;//請改用set_distance
		//int speed_lower_bound;//請改用set_distance

		//char confidence3[10];
#if defined GY_OS_AMBA
		//jvc setting
		int jvc_enable_detect;
		int jvc_person_check;
		int jvc_vehicle_check;
		int jvc_person_confidence;
		int jvc_vehicle_confidence;
		int jvc_behavior;
		int jvc_obj_size;
		int jvc_detect_priority;
		int jvc_detect_mode;
		int jvc_detect_fov;
		int jvc_trigger_delay_time;
		int jvc_trigger_times;
		int jvc_queuing_count;
		int jvc_enable_direction1;
		int jvc_direction1;
		char jvc_counter_name[50];
		int jvc_counter_value;
		int jvc_density_value;

		int jvc_enable_ptz;
		int jvc_ptz_tracking_time;
		int jvc_ptz_fov;
		int jvc_ptz_auto_intercept;
		int jvc_ptz_preset_intercept;
		int jvc_ptz_zone_to_preset;
#endif
    } DetectionZoneInfo;

    typedef struct
    {
        int channel_idx;
        int enable_anpr;
		int enable_face;
        int enable_traffic;
        int enable_logo;
		int enable_add_face_frequent_list;
        int tab_view_width;
        int tab_view_height;
        float tab_view_width_ratio;
        float tab_view_height_ratio;
		float speed_view_width_ratio;
		float speed_view_height_ratio;
        char camera_name[20];
		char obj_max_proportion[10];
		char obj_min_proportion[10];
        char levenshtein_distance[10];
        char min_characters[10];
        char max_characters[10];

		int i_plate_filter_times;
		int i_plate_filter_time;
		int i_plate_free_time;

        char confidence[10]; //車牌 Plate
		char confidence2[10]; //交通 Traffic
        char confidence3[10]; //沒有用到 None
		char confidence4[10]; //沒有用到 None
        int enable_traffic_light_zone;
		//int enable_social_distance_zone;
        char traffic_light_color[20];
		//CvMat* PerspectiveTransformArray;
		char enable_lpr_db[10];
		char enable_PTZ[10];
		char enable_track[10];

		char ivs_mode[10];

		char ptz_tracking_fov_min[10];
		char ptz_tracking_fov_max[10];
		char ptz_enable_tracking[10];
		char ptz_tracking_resume_dwell[10];
		int ptz_tracking_by_enter_zone;
		int ptz_tracking_mode;
		int ptz_sensitivity;
		int iVideo_source_w;
		int iVideo_source_h;

		char enable_tracking_limits[10];
		char ptz_pan_left_limit[20];
		char ptz_pan_right_limit[20];
		char ptz_tilt_up_limit[20];
		char ptz_tilt_down_limit[20];
		char ptz_speed[20];

		char enable_unknown_object[10];
		char enable_ivs_person_detection[10];

		char assign_ivs_object_to[100];

		char enable_ambulance[10];
		char enable_blank_plate[10];
		char enable_stop_sign[10];

		char enable_ivs_fix_mode[10];

		char enable_show_unknown_object[10];
		char enable_ivs_and_ai[10];
		char enable_lpr_upon_triggered[10];

		char dwell_lpr_upon_triggered[10];

		char unknown_object_max_proportion[10];
		char unknown_object_min_proportion[10];
		char confidence_unknown_object[10];
		char confidence2_unknown_object[10];
		char dwell_unknown_object[10];
		char dwell_minute_focus_on[10];
		char person_obj_fov[10];

		char getnetwork_buffer_id[10];

		char red_light_zone[10];
		char no_give_way_zone_to_protect[10];
		char no_give_way_zone_to_keep_away[10];
		char no_give_way_zone_to_protect_2[10];
		char no_give_way_zone_to_keep_away_2[10];
		int count_zone;

    } ChannelInfo;

	typedef struct
	{
		char enable_person_independent[10];
		char enable_onvif_profile_m[10];
		char enable_crop_mode[10];
		char nms_thres[10];
		char tracking_id_dwell[10];

		char enable_cloud[10];
		char enable_special_edition[10];
		char enable_python[10];
		char enable_python_file[50];
		char enable_low_cpu_usage[10];
		char cloud_enable_snap[10];
		char cloud_enable_notification[10];
		char cloud_account[256];
		char cloud_password[256];
		char cloud_notification_dwell[10];
		char cloud_statue[MEMORY_SIZE];
		char language[50];

		char enable_display_properties[10];//enable to show color 
		char enable_display_OSD[10];

		char enable_special_char[10];
		char enable_bounding_box[10];

		char enable_dwell_bounding_box[10];

		char force_i_to_one[10];
		char force_o_to_zero[10];
		char enable_plate_angle_correction[10];

		char enable_ai_mirror[10];
		char ai_mirror_feature[10];

		char enable_cloud_v2[10];
		char cloud_v2_notification_dwell[10];
		char cloud_v2_content[BUFSIZE_V3];
		char enable_cloud_record_v2[10];
		char cloud_record_v2_notification_dwell[10];
		char cloud_record_v2_content[BUFSIZE_V3];

		char cloud_v2_statue[MEMORY_SIZE];
		char cloud_record_v2_statue[MEMORY_SIZE];

		char enable_post_only_if_both_detected[10];

		char enable_getalarmmotion_snap[10];
		char getimage_encoder_id[10];
		char getimage_encoder_id_HD[10];

		char osd_encoder_id[10];
		char osd_font_size[10];
		char osd_outline_lilin[10];
		char enable_osd_bottom[10];
		char osd_bottom_bg_tran[10];
		char osd_bottom_content[BUFSIZE_V3];

		
		char sensors_type[10];

		char enable_sync_external_lpr_db[10];
		char external_lpr_db_IP[256];
		char external_lpr_db_port[10];
		char external_lpr_db_username[60];
		char external_lpr_db_password[60];

		char enable_email_notification[10];
		char enable_system_logs[10];
		char enable_email_jpeg[10];
		char send_counter_at_specific_hour[10];
		char email_reset_time_interval[20];

		char enable_ftp[10];
		char ftp_url[256];
		char ftp_port[25];
		char ftp_username[256];
		char ftp_password[256];
		char ftp_remote_directory[1024];
		char ftp_jpeg_file_name_format[10 + 1];
		char ftp_jpeg_file_name[60];

	} SystemSettingInfo;

    typedef struct
    {
		char post_protocol[10 + 1];
        char post_event_method[10+1];
        char post_event_name[60];
        char post_host_ip[256];
        char post_host_port[5+1];
        char post_url[8192];//BUFSIZE_V2
        char post_username[60];
        char post_password[60];
        char post_content[MAX_IMG_SIZE];
		char post_customized_header[8192];

		//unsigned char post_content_bin[MAX_HTTP_BUFFER];
		char post_sequence[60];

		char post_file_format[10 + 1];
		char post_jpeg_file_name_format[10 + 1];
		char post_jpeg_file_name[60];

		char post_timeout[10];

		int check_if_delivering;
    } PostEventInfo;

	typedef struct
	{
		char email_content[BUFSIZE_V3];
		//unsigned char email_content_bin[MAX_HTTP_BUFFER];
	} EmailInfo;

    typedef struct {
        //int nListIndex;
        char counter_name[36 + 1];
		int counter_zone;
		char counter_cust_name[256];
        char counter_unit[16 + 1];
        int reset_value;

		int reset_year;
		int reset_month;
		int reset_month_day;
		int reset_week_day;
		int reset_hour;
		int reset_min;
		int reset_sec;

		int gmt_year;
		int gmt_month;
		int gmt_month_day;
		int gmt_week_day;
		int gmt_hour;
		int gmt_min;
		int gmt_sec;

		int next_year;
		int next_month;
		int next_month_day;
		int next_week_day;
		int next_hour;
		int next_min;
		int next_sec;

		char ReportTimeInterval[30];
		char ResetTime[50];

		int already_reset;
		int counter_count;
		time_t timetResetAt;
		time_t next_timetResetAt;

        char enable_reset_time_interval[10 + 1];
        char reset_time_interval[36 + 1];
        char reset_at[36 + 1];

        char enable_time_range[10 + 1];
        char time_range_from[36 + 1];
        char time_range_to[36 + 1];
        time_t timetTimeRangeFrom;
        time_t timetTimeRangeTo;

		char link_to_post_event_name[256];
		char post_interval[36 + 1];

		int dwell_time;
		char dwell_unit[10 + 1];
		
		//char MetaOut1[512][50];
		//int metadata1_num;

		char enable_reset_only_cloud[10 + 1];
		char enable_linked_to_dwell_time[10 + 1];
		time_t last_post_time;

    } EventCounterInfo;

	typedef struct {
		char counter_a[20];
		char counter_a_name[50];
		char counter_a_zone[10];
		char counter_b[20];
		char counter_b_name[50];
		char counter_b_zone[10];
		char counter_c_name[50];

		char report_max_value[20];

		char enable_report[10];

		char counter_mode[20];

		char initial_icon[50];
		char output_icon[50];

		char detection_output[100];

	} ReportCounterInfo;

	typedef struct {
		char snmp_event_name[256];
		char snmp_version[10];
		char snmp_group_name[256];
		char snmp_host_ip[256];
		char snmp_host_port[10];
		char snmp_oid[256];
		char snmp_value[BUFSIZE];
		char snmp_type[20];

		int check_if_delivering;
	} SNMPManagementInfo;

	//20201027 sophia add
	//read from [ipcam /usr/local/bin/nvclient -k user.password0  /usr/local/bin/nvclient -k user.account0 ...9]
	//save to config.json account_setting->account_data
	typedef struct {
		char account_username[256];
		char account_password[256];
		char account_port[50];
		char account_mirror[20];
		char account_flip[20];
		char account_rotate[20];
		char account_aida_port[50];
		int account_type;	//default ?
		int account_status;	//default ?
	} AccountDataInfo;

    typedef struct {
        //pthread_t thread_id;
        SOCKET sock;
        int channel_id;
        double fps;
        //time_t last_recv_time;
        //SecData  recent_sec_data[FPS_AVG_SECS];
        int isGetAlarmMotion;
		//int isFirstAlarmMotion;
		int isWebSocketConnect;
		int isNvrRequest;
		int isCredentialRequest;
#if defined GY_OS_AMBA || defined GY_OS_NOVA
		int isUdpSocket;	//20201112 sophia add
#endif //GY_OS_AMBA
        uchar* prev_frame_data;
		//int iIsWebsocketHybi00;
#if defined GY_OS_AMBA
		//int iIsAIRelay;
#endif
		int debug_type;

		int used;

    } SocketInfo;

	typedef struct {
		char curl_url[8192];
		char curl_sendbuf[8192];
		char method[32];
		char username[64];
		char password[64];
		char port[10]; //strtol(q_info->host_port, NULL, 10)
	} CURL_SEND;

	typedef struct {
		int tof_version;
		bool tof_debug;
		int tof_install_angle;
		bool tof_enable_camera;
		bool enable_tof_ground;
		bool enable_tof_wall;

		char tof_camera_ip[256];
		char tof_camera_port[10];
		char tof_camera_sub_url[8192];
		char tof_auth_key[8192];
		bool tof_ip_setting;
		char tof_camera_username[512];
		char tof_camera_password[512];

		char distance_options[10];
		char distance_min_max[10];
		char distance_threshold[20];
		char height_options[10];
		char height_min_max[10];
		char height_threshold[20];

		char ground_x[10];
		char ground_y[10];
	} TofInfo;

	typedef struct {
		char enable_heartbeat[10];
		char events_default_version[10];
		char heartbeat_dwell[10];
		char heartbeat_link_to_post_event_name[256];

		char dwell_to_the_same_location[10];

		char enable_snmp_heartbeat[10];
		char snmp_heartbeat_dwell[10];
		char snmp_heartbeat_link_to_post_event_name[256];

		char enable_only_once_to_post[10];
		char enable_obj_once_to_post[10];
		char enable_location_once_to_post[10];
		char enable_nvr_once_to_getalarmmotion[10];
		char enable_8592_once_to_getalarmmotion[10];

		char heatmap_max[20];
		char enable_heatmap[10];
		char heatmap_frequency[20];
		char lpr_title[256];

		char enable_counter_snap[10];
		char enable_barcode_qr[10];

		char enable_check_ptz_start_autotracking[10];
		char enable_check_ptz_end_autotracking[10];
		char ptz_start_autotracking_link_to_post_event_name[256];
		char ptz_end_autotracking_link_to_post_event_name[256];
	} HeartbeatInfo;

	typedef struct {
		char sPlateNumber[100];
		time_t t_FirstGetTime;
		time_t t_UpdateTime;
		time_t t_LoopTime;

		int iGetCounter;
		int iIfUse;

		float box_x;
		float box_y;
		float box_w;
		float box_h;

		float last_box_x;
		float last_box_y;
		float last_box_w;
		float last_box_h;

		float last_box_center_x;
		float last_box_center_y;

		int iPlateZoomOutCounter;
		int iPlateZoomInCounter;

		int iTrackingID;
		//int iTrackingIDidx;

		int existing_dash;

		char car_type_name[20];
		int check_if_counted[MAX_DETECTION_ZONE];

	} PlateRecoder;

	typedef struct {
		//char name[30];
		//int class_id;

		time_t t_FirstGetTime;
		time_t t_UpdateTime;

		int iGetCounter;
		int iIfUse;

		float box_x;
		float box_y;
		float box_w;
		float box_h;

		//float left_x;
		//float top_y;

		int iTrackingID;
		//int iTrackingIDidx;

		int check_if_counted[MAX_DETECTION_ZONE];

	} ObjectRecoder;

	typedef struct {
		char name[30];
		char sPlateNumber[100];

		time_t t_FirstGetTime_total;
		time_t t_FirstGetTime;
		time_t t_UpdateTime;

		int iIfUse;

		float box_x;
		float box_y;
		float box_w;
		float box_h;

		int check_if_post[MAX_DETECTION_ZONE];
		int check_if_cloud;
		int check_if_cloud_v2;
		int check_if_cloud_record_v2;
		int check_if_email;
		int check_if_ftp;
		int check_if_getalarmmotion;

		int object_id;
		int zone_idx;

		//int the_same_id;

		float count_trigger;

		//detection_pos ori_Data;
		//int iIsInvisible;
		//time_t t_InvisibleStartTime;
		//time_t t_InvisibleUpdateTime;

	} PostRecoder;


	typedef struct {

		int locked;

		int used;
		float box_x;
		float box_y;
		float box_w;
		float box_h;

	} MotionAreaInfo;

	typedef struct {
		int color_mode;//image.dn.switch //0 auto mode; 1 day mode; 2 night mode; 3 schedule mode
		int light_sensor_value;//image.dn.luminosity
		int day_to_night_threshold;//image.dn.luminosity.dtn
		int night_to_day_threshold;//image.dn.luminosity.ntd
		int dwell_sec_in_auto_mode;//image.dn.switch.dwell
		int day_to_night_time_of_schedule;//image.dn.schedule.day
		int night_to_day_time_of_schedule;//image.dn.schedule.night

		int hour_day_to_night;
		int min_day_to_night;
		int total_min_day_to_night;

		int hour_night_to_day;
		int min_night_to_day;
		int total_min_night_to_day;

		int current_day_or_night_mode;//result // day : 1 ; night : 2
		int last_day_or_night_mode;

		int check_if_switch_happened[MAX_SIZE_SWITCH_HAPPENED];

		//int ircut;
		//int irledfar;
		//int irlednear;

		int iAutoModeSwitchCount;
	} ImageDn;

	typedef struct {
		int id;
		int flag_protected;
		int x;
		int y;
		int w;
		int h;
		int color;
		int size;
		int show_sec;
		int bg_tran; //0~255
		int outline_sw; //0:off 1:on
		char text[256];
	} OSDInfo;

	typedef struct {
		int flag_protected;
		float speed;
		char speed_unit[256];
		float res_width;
		float res_height;
		float x;
		float y;
	} SpeedInfo;

	extern char g_aWebPythonBuffer2D[WEBPYTHONBUFFER_LENSIZE][WEBPYTHONBUFFER_ROWSIZE];
	extern unsigned int g_uiWebPythonCurrentBufferIndex;
	extern unsigned int g_uiWebPythonLastBufferIndex;
	extern unsigned int g_cWebPythonBufferSignal;
	extern unsigned int g_cWebPythonDeleteStatus;
	extern char  g_cWebPythonName[50];
	extern unsigned int g_cWebPythonStatus;
	extern unsigned int python_check_webstatus; // 給開關 plugin 時用的

	extern bool isGYNetReady;

//=====================
//sophia add 2020/09/24
#if defined GY_OS_AMBA || defined GY_OS_NOVA

#include "alm_queue.h"

	typedef struct {
		SOCKET sock;
		//stALMNode *head;
		//stALMNode *tail;		
		//int iIsWebsockethybi00;
	} SocketInfo_ALM;

	//extern SocketInfo_ALM socketRecord_ALM[MAX_CLIENT_SOCKET];
	extern int bHttpServerMainStart;
	extern int bPreloadHttpServerMainStart;
#endif //GY_OS_AMBA
//=====================

	extern int g_check_ping_OK;

	extern int g_sdk_version;

	extern int CheckIsExistingSpeed;

    extern SocketInfo socketRecords[MAX_CLIENT_SOCKET];
    extern ChannelInfo viewChannelData[MAX_AI_ENGINE_VIEW];
    extern DetectionZoneInfo viewDetectionZone[MAX_AI_ENGINE_VIEW][MAX_DETECTION_ZONE];
	extern SystemSettingInfo SystemSetting;
    extern PostEventInfo postEventList[MAX_POST_EVENTS];
#ifdef GY_OS_V_SERIES

#else
    extern EventCounterInfo eventCounterList[MAX_EVENT_COUNTERS];
	extern ReportCounterInfo reportCounterList[MAX_REPORT_COUNTERS];
	extern SNMPManagementInfo SNMPManagementList[MAX_SNMP_MANAGEMENT];
#endif
	
	extern AccountDataInfo accountData[MAX_ACCOUNT_DATA_NUM];	//20201027 sophia add
	extern IPCAMServiceInfo IPCAMService;
	extern SnapHDInfo snapHDList[MAX_SNAP_HD_LIST];
	extern WeightFileInfo weightfileList[MAX_WEIGHT_FILE_LIST];
	extern char WeightFileModeName[35];
	extern EmailInfo emailData;
	extern HeartbeatInfo heartbeatData;
#ifdef GY_OS_AMBA
	extern TofInfo tofData;
#endif

#if defined GY_OS_AMBA || defined GY_OS_NOVA
	extern PlateRecoder g_PlateRecorderList[MAX_PLATE_RECORDER];
#endif
	extern ObjectRecoder g_ObjectRecorderList[MAX_OBJECT_RECORDER];
	extern PostRecoder g_PostRecorderList[MAX_POST_RECODER_SIZE];
	extern PostRecoder g_longterm_PostRecorderList[MAX_POST_RECODER_SIZE];

	//extern MotionAreaInfo g_Motion_Area_Data[MAX_MOTION_AREA];

#if defined GY_OS_AMBA || defined GY_OS_NOVA
	extern ImageDn imageDnData;

#endif

#ifdef GY_OS_AMBA

	extern OSDInfo OSDData[MAX_SIZE_OSD_ARRAY];
	extern SpeedInfo SpeedData[MAX_SIZE_SP_ARRAY];
#endif
	extern int g_PlateFilterTimes; //Times
	extern int g_PlateFilterTime;  //Second
	extern int g_PlateRecorderFreeTime;  //Second
#ifdef GY_OS_AMBA
	extern int g_face_frame_uid;
#endif
	extern int g_IsRadarDevice;
	extern char radar_json_data[4096];

	extern int unlockingKeyInnoFR_success;
	extern int unlockingKeyInnoFR;

	extern int g_IsSDK_3_0;
	extern int g_IsToFDevice;
	extern int g_IsCustomWeight;
	extern int g_IsHelm_without_car;

	extern float g_min_tof_range;
	extern int g_min_tof_range_x;
	extern int g_min_tof_range_y;

	extern float g_max_tof_range;
	extern int g_max_tof_range_x;
	extern int g_max_tof_range_y;

	extern int g_bIsSendTofPCD;
	extern int g_bIsWritingPCD;

	extern float g_ground_tof_range;

	extern float g_min_tof_degree;
	extern float g_min_tof_height;
	extern float g_min_tof_distance;

	extern float g_max_tof_degree;
	extern float g_max_tof_height;
	extern float g_max_tof_distance;

	extern float g_ground_tof_degree;
	extern float g_ground_tof_height;
	extern float g_ground_tof_distance;

	extern double g_tof_device_height;

	extern int g_ori_yuv_width;
	extern int g_ori_yuv_height;
	extern int g_ori_half_yuv_width;
	extern int g_ori_half_yuv_height;

    //extern int sockNum[4];
    extern zlog_category_t *zc;
    extern double begin_clock;
	
	extern float confidence_limit;
	extern int AI_fps;

#ifdef REBOOT_BY_CPU_GPU_USAGE
	extern int CPU_usage_int;
	extern int GPU_usage_int;
#endif

	extern char CPU_usage[256];
	extern char GPU_usage[256];
	extern char Buffer_ver[BUFSIZE];
	//extern bool enable_loop_getalarmmotion;
	//extern int times_of_enable_loop_getalarmmotion;
	extern int g_write_config_file_dirty_flag;

	extern int g_match_mac;
	extern char g_mac_address[256];
    
	extern int enable_only_show_metadata1;
	extern char websocket_alarm[CONTENT_BUFSIZE];

	extern int g_i_get_cpu_loading;

	//extern CURLM* g_multi_handle;
	extern CURL* g_http_handle;
	//extern int g_handle_count;

	extern int g_alter_something;
	extern int g_count_alter;

	extern long g_image_HD_pasue_time;
	extern int g_video_start_HD;

	extern int g_current_max_num_image_buff;

	extern int g_osdTime_sw;
	extern long g_osdSysTimeStamp;
	extern int g_osdSysTimeZoneInfo;

	extern int check_if_correct_post;
	extern int check_if_run_post;

	extern long g_post_SysTimeStamp;

	int run_http_server(char *option, void* _zc, CNNType cnn_type/*, int layer_count, network nets[], char **names[], image **alphabet, float nms[]*/, float thresh, float hier_thresh, int dont_show, int ext_output, int save_labels,
		char *mac_address, char *ip_address, int http_port, LicenseType licenseType, AdvanceLicenseType advLicenseType, AuthFailStatusCode afsCode, size_t layerFeatureType[], char* strLicenseType);

	//int caculate_ftp_of_each_sockets(SOCKET sock, int *sock_record_idx);
#ifdef GY_OS_NOVA
	size_t SetHttpRequest_sock(QueueInfo *q_info, char* sendBuffer, char* method);
#endif
    size_t SetHttpRequest(QueueInfo* q_info, char* sendBuffer, char* method);
    size_t SetHttpResponse(char* sendBuffer, int  httpCode, char* contentType, size_t contentLen, char* content);
	void Create_ptz_socket();
	void SetHttpRequest_ptz(char* cgi_url, char* sOutput_data, char* username, char* password);
	//void SetHttpRequest_ptz();
	//size_t SetHttpRequest_ptz(QueueInfo *q_info, char* sendBuffer, char* method);
	size_t SetHttpResponse_server(char* sendBuffer, int  httpCode, char* contentType, size_t contentLen, char* content);
	void replace_one_line_in_a_file(char *path, int line, char *newline);
#if 0
	void GetAidaPort();
#endif
	void update_enable_only_show_metadata1(int temp_enable_only_show_metadata1);
	size_t get_service_from_ipcam(char * response_from_ipcam);
	size_t get_control_io_from_ipcam(char * response_from_ipcam);
	void copy_ipcam_smtp_service_to_gynet();
	void copy_control_io_to_gynet();
	void sync_other_camera_lpr_db();

	void *net_curl_https_post_push_info(void *ptr);
	void *net_curl_https_post_push_info_attached_image(void *ptr);

	void net_curl_ftp_post_push_info_attached_image(char* image_buff, int image_buff_size);
	void net_curl_ftp_build_folder();
#ifdef GY_OS_AMBA	
	size_t SetSNMPRequest(QueueInfo *q_info);
#endif
	void *net_curl_https_get_other_lpr_db(void *ptr);

	extern char id[512];
	extern char pass[512];

	extern char strUnlockingKey[MAX_MSG_LEN];
	extern char strLicenseStatus[MAX_MSG_LEN];

	extern char g_device_name[512];

	extern int g_IsPTZDevice;
	extern int g_check_if_no_brand;

	extern int g_check_if_OK_getfeatures;
	extern int g_check_if_OK_thermal;

	void memset_snapshot_addr();

	void build_one_smart_event(char * myname, char * myvalue);
	void build_one_gpio(char * myname, char * myvalue);
	
	void* auto_build_smart_events(void * ptr);
	void* auto_build_smart_events_di_vi(void * ptr);
	void build_one_set_for_quality_basic(char * myname, char * myvalue);
#ifdef GY_OS_AMBA
	void build_one_set_for_tof_basic(char * myname, char * myvalue);
#endif
	void* auto_set_quality_basic(void * ptr);
#ifdef GY_OS_AMBA	
	void* auto_set_tof_basic(void * ptr);
#endif

	size_t build_resolution_changed(char * response_from_ipcam);
	extern pthread_t resolution_changed_thread;
	void* auto_resolution_changed(void * ptr);
#ifdef GY_OS_AMBA
	void* check_current_resolution(void * ptr);
	void set_run_check_current_resolution(int set_value);
	int get_run_check_current_resolution();
#endif
	void write_to_stream_width_and_stream_height(int stream_width, int stream_height);
	int get_g_check_if_different_width_or_height();

	void build_reboot(char * myname, char * myvalue);
	void ipcam_getfeatures();

	void* auto_reboot(void * ptr);

	void build_system(char * myname, char * myvalue);
	void* auto_system(void * ptr);

	void sync_image_rotation_thread();

	int is_connection_authorized(char* recvBuffer, SOCKET *client_socket, int isTcpTunnel);

	void import_lpr_list_file(char *headerBuffer, char *multiPartBoundary, int bIsMultipart, char *contentBuffer, long nTotalContentLen);
	void *import_lpr_list_file_thread(void *ptr);
#ifdef GY_OS_AMBA
	void *import_face_list_file_thread(void *ptr);
#endif
	void get_snap_with_profile_id(int i_profileid, int enable_check_profile_id);
#ifdef GY_OS_NOVA
	void *pre_connection_handler(void *socket_temp);
#endif
	void *thread_getimage(void *ptr);
	void *thread_getimage_hd(void *ptr);

#ifdef GY_OS_NOVA
	void *thread_get_nova_driver(void *ptr);
#endif
	char *removeHTTPHeader(char *buffer, int *bodySize);
	void getPicture(int socketfd, int bSize, int current_profile_id, int enable_check_profile_id);
	int get_g_framesize_width();
	int get_g_framesize_height();

	void web_process(SOCKET* client_socket, char* recvBuffer, int recv_buff_size, char* contentBuffer/*, int layer_count, network nets[], char **names[], image **alphabet, float nms[]*/, float thresh, float hier_thresh, int dont_show, int ext_output, int save_labels, int http_port, LicenseType licenseType, AdvanceLicenseType advLicenseType, AuthFailStatusCode afsCode, size_t layerFeatureType[], char* strLicenseType, int* isGetalarmMotion, int sock_info_idx);

#ifdef GY_OS_AMBA
	int get_g_check_if_change_preset();
	void set_g_check_if_change_preset_to_zero();
	void *import_radarbg_thread(void *ptr);
	void import_radarbg(char *headerBuffer, char *multiPartBoundary, int bIsMultipart, char *contentBuffer, long nTotalContentLen);
#endif
	void update_system_time();

	int get_g_control_alarm_gpio();
	void set_g_control_alarm_gpio_to_zero();
	void set_g_control_alarm_gpio_to_one();
#ifdef GY_OS_NOVA
	void start_nova_driver();
	void get_nova_driver(int socketfd);
#endif

#ifdef __cplusplus
}
#endif

#endif
#endif