--
-- PostgreSQL database dump 执行dump 命令
-- pg_dump -d actorcloud  -U actorcloud  -f postgres-all-dump.sql
--

-- Dumped from database version 13.11
-- Dumped by pg_dump version 13.11

SET statement_timeout = 0;
SET lock_timeout = 0;
SET idle_in_transaction_session_timeout = 0;
SET client_encoding = 'UTF8';
SET standard_conforming_strings = on;
SELECT pg_catalog.set_config('search_path', '', false);
SET check_function_bodies = false;
SET xmloption = content;
SET client_min_messages = warning;
SET row_security = off;

SET default_tablespace = '';

SET default_table_access_method = heap;

--
-- Name: actions; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.actions (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "actionName" character varying(50),
    "actionType" smallint,
    description character varying(300),
    config jsonb,
    "userIntID" integer,
    "tenantID" character varying
);


ALTER TABLE public.actions OWNER TO actorcloud;

--
-- Name: actions_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.actions_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.actions_id_seq OWNER TO actorcloud;

--
-- Name: actions_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.actions_id_seq OWNED BY public.actions.id;


--
-- Name: actor_tasks; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.actor_tasks (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "taskID" character varying(50),
    "taskName" character varying(512),
    "taskStatus" smallint,
    "taskCount" smallint DEFAULT '1'::smallint,
    "taskInfo" jsonb,
    "taskProgress" integer DEFAULT 0,
    "taskResult" jsonb
);


ALTER TABLE public.actor_tasks OWNER TO actorcloud;

--
-- Name: actor_tasks_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.actor_tasks_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.actor_tasks_id_seq OWNER TO actorcloud;

--
-- Name: actor_tasks_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.actor_tasks_id_seq OWNED BY public.actor_tasks.id;


--
-- Name: alembic_version; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.alembic_version (
    version_num character varying(32) NOT NULL
);


ALTER TABLE public.alembic_version OWNER TO actorcloud;

--
-- Name: app_api_logs; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.app_api_logs (
    id integer NOT NULL,
    "updateAt" timestamp without time zone,
    "createAt" timestamp without time zone DEFAULT now(),
    url character varying(200),
    method character varying(100),
    "tenantID" character varying
);


ALTER TABLE public.app_api_logs OWNER TO actorcloud;

--
-- Name: app_api_logs_day; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.app_api_logs_day (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "countTime" timestamp without time zone,
    "apiCount" integer,
    "tenantID" character varying
);


ALTER TABLE public.app_api_logs_day OWNER TO actorcloud;

--
-- Name: app_api_logs_day_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.app_api_logs_day_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.app_api_logs_day_id_seq OWNER TO actorcloud;

--
-- Name: app_api_logs_day_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.app_api_logs_day_id_seq OWNED BY public.app_api_logs_day.id;


--
-- Name: app_api_logs_hour; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.app_api_logs_hour (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "countTime" timestamp without time zone,
    "apiCount" integer,
    "tenantID" character varying
);


ALTER TABLE public.app_api_logs_hour OWNER TO actorcloud;

--
-- Name: app_api_logs_hour_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.app_api_logs_hour_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.app_api_logs_hour_id_seq OWNER TO actorcloud;

--
-- Name: app_api_logs_hour_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.app_api_logs_hour_id_seq OWNED BY public.app_api_logs_hour.id;


--
-- Name: app_api_logs_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.app_api_logs_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.app_api_logs_id_seq OWNER TO actorcloud;

--
-- Name: app_api_logs_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.app_api_logs_id_seq OWNED BY public.app_api_logs.id;


--
-- Name: app_api_logs_month; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.app_api_logs_month (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "countTime" timestamp without time zone,
    "apiCount" integer,
    "tenantID" character varying
);


ALTER TABLE public.app_api_logs_month OWNER TO actorcloud;

--
-- Name: app_api_logs_month_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.app_api_logs_month_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.app_api_logs_month_id_seq OWNER TO actorcloud;

--
-- Name: app_api_logs_month_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.app_api_logs_month_id_seq OWNED BY public.app_api_logs_month.id;


--
-- Name: applications; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.applications (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "appID" character varying(6),
    "appName" character varying(50),
    "appToken" character varying(100),
    "expiredAt" timestamp without time zone,
    description character varying(300),
    "appStatus" integer,
    "userIntID" integer,
    "roleIntID" integer
);


ALTER TABLE public.applications OWNER TO actorcloud;

--
-- Name: applications_groups; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.applications_groups (
    "applicationIntID" integer,
    "groupID" character varying
);


ALTER TABLE public.applications_groups OWNER TO actorcloud;

--
-- Name: applications_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.applications_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.applications_id_seq OWNER TO actorcloud;

--
-- Name: applications_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.applications_id_seq OWNED BY public.applications.id;


--
-- Name: certs; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.certs (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "certName" character varying,
    enable smallint,
    "CN" character varying(36),
    key text,
    cert text,
    "userIntID" integer
);


ALTER TABLE public.certs OWNER TO actorcloud;

--
-- Name: certs_devices; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.certs_devices (
    "deviceIntID" integer NOT NULL,
    "certIntID" integer NOT NULL
);


ALTER TABLE public.certs_devices OWNER TO actorcloud;

--
-- Name: certs_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.certs_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.certs_id_seq OWNER TO actorcloud;

--
-- Name: certs_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.certs_id_seq OWNED BY public.certs.id;


--
-- Name: codec; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.codec (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    code jsonb,
    "reviewOpinion" character varying,
    "codeStatus" smallint DEFAULT '1'::smallint,
    "tenantID" character varying,
    "productID" character varying,
    "userIntID" integer
);


ALTER TABLE public.codec OWNER TO actorcloud;

--
-- Name: codec_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.codec_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.codec_id_seq OWNER TO actorcloud;

--
-- Name: codec_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.codec_id_seq OWNED BY public.codec.id;


--
-- Name: connect_logs; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.connect_logs (
    "keepAlive" integer,
    "IP" character varying,
    "connectStatus" smallint,
    "msgTime" timestamp without time zone DEFAULT now() NOT NULL,
    "deviceID" character varying NOT NULL,
    "tenantID" character varying NOT NULL
);


ALTER TABLE public.connect_logs OWNER TO actorcloud;

--
-- Name: current_alerts; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.current_alerts (
    id integer NOT NULL,
    "updateAt" timestamp without time zone,
    "createAt" timestamp without time zone DEFAULT now(),
    "alertName" character varying(50),
    "alertContent" character varying(300),
    "alertTimes" integer,
    "alertDetail" json,
    "alertSeverity" smallint,
    "startTime" timestamp without time zone,
    "deviceID" character varying(100),
    "ruleIntID" integer,
    "tenantID" character varying
);


ALTER TABLE public.current_alerts OWNER TO actorcloud;

--
-- Name: current_alerts_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.current_alerts_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.current_alerts_id_seq OWNER TO actorcloud;

--
-- Name: current_alerts_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.current_alerts_id_seq OWNED BY public.current_alerts.id;


--
-- Name: data_points; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.data_points (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "dataPointName" character varying(50),
    "dataPointID" character varying(50),
    "dataTransType" integer,
    "pointDataType" integer,
    "extendTypeAttr" jsonb DEFAULT '{}'::jsonb,
    "isLocationType" smallint DEFAULT '0'::smallint,
    "locationType" smallint,
    enum json DEFAULT '[]'::json,
    description character varying(300),
    "tenantID" character varying,
    "productID" character varying,
    "userIntID" integer
);


ALTER TABLE public.data_points OWNER TO actorcloud;

--
-- Name: data_points_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.data_points_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.data_points_id_seq OWNER TO actorcloud;

--
-- Name: data_points_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.data_points_id_seq OWNED BY public.data_points.id;


--
-- Name: data_streams; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.data_streams (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "streamID" character varying(50),
    "streamName" character varying(50),
    "streamType" smallint,
    topic character varying(500),
    description character varying(300),
    "tenantID" character varying,
    "productID" character varying,
    "userIntID" integer
);


ALTER TABLE public.data_streams OWNER TO actorcloud;

--
-- Name: data_streams_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.data_streams_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.data_streams_id_seq OWNER TO actorcloud;

--
-- Name: data_streams_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.data_streams_id_seq OWNED BY public.data_streams.id;


--
-- Name: device_count_day; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_count_day (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "deviceCount" integer,
    "deviceOnlineCount" integer,
    "deviceOfflineCount" integer,
    "deviceSleepCount" integer,
    "countTime" timestamp without time zone,
    "tenantID" character varying
);


ALTER TABLE public.device_count_day OWNER TO actorcloud;

--
-- Name: device_count_day_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.device_count_day_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.device_count_day_id_seq OWNER TO actorcloud;

--
-- Name: device_count_day_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.device_count_day_id_seq OWNED BY public.device_count_day.id;


--
-- Name: device_count_hour; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_count_hour (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "deviceCount" integer,
    "deviceOnlineCount" integer,
    "deviceOfflineCount" integer,
    "deviceSleepCount" integer,
    "countTime" timestamp without time zone,
    "tenantID" character varying
);


ALTER TABLE public.device_count_hour OWNER TO actorcloud;

--
-- Name: device_count_hour_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.device_count_hour_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.device_count_hour_id_seq OWNER TO actorcloud;

--
-- Name: device_count_hour_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.device_count_hour_id_seq OWNED BY public.device_count_hour.id;


--
-- Name: device_count_month; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_count_month (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "deviceCount" integer,
    "deviceOnlineCount" integer,
    "deviceOfflineCount" integer,
    "deviceSleepCount" integer,
    "countTime" timestamp without time zone,
    "tenantID" character varying
);


ALTER TABLE public.device_count_month OWNER TO actorcloud;

--
-- Name: device_count_month_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.device_count_month_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.device_count_month_id_seq OWNER TO actorcloud;

--
-- Name: device_count_month_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.device_count_month_id_seq OWNED BY public.device_count_month.id;


--
-- Name: device_events; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_events (
    "msgTime" timestamp without time zone NOT NULL,
    "tenantID" character varying(9) NOT NULL,
    "deviceID" character varying(100) NOT NULL,
    "dataType" smallint NOT NULL,
    topic character varying(500),
    "streamID" character varying(100),
    data jsonb,
    "responseResult" jsonb
);


ALTER TABLE public.device_events OWNER TO actorcloud;

--
-- Name: device_events_day; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_events_day (
    "minValue" double precision,
    "maxValue" double precision,
    "avgValue" double precision,
    "sumValue" double precision,
    "countTime" timestamp without time zone NOT NULL,
    "tenantID" character varying NOT NULL,
    "deviceID" character varying(100) NOT NULL,
    "streamID" character varying(100) NOT NULL,
    "dataPointID" character varying(100) NOT NULL
);


ALTER TABLE public.device_events_day OWNER TO actorcloud;

--
-- Name: device_events_hour; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_events_hour (
    "minValue" double precision,
    "maxValue" double precision,
    "avgValue" double precision,
    "sumValue" double precision,
    "countTime" timestamp without time zone NOT NULL,
    "tenantID" character varying NOT NULL,
    "deviceID" character varying(100) NOT NULL,
    "streamID" character varying(100) NOT NULL,
    "dataPointID" character varying(100) NOT NULL,
    count integer
);


ALTER TABLE public.device_events_hour OWNER TO actorcloud;

--
-- Name: device_events_latest; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_events_latest (
    "msgTime" timestamp without time zone,
    "tenantID" character varying(9) NOT NULL,
    "deviceID" character varying(100) NOT NULL,
    "dataType" smallint,
    "streamID" character varying(100),
    topic character varying(500),
    data jsonb,
    "responseResult" jsonb
);


ALTER TABLE public.device_events_latest OWNER TO actorcloud;

--
-- Name: device_events_month; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.device_events_month (
    "minValue" double precision,
    "maxValue" double precision,
    "avgValue" double precision,
    "sumValue" double precision,
    "countTime" timestamp without time zone NOT NULL,
    "tenantID" character varying NOT NULL,
    "deviceID" character varying(100) NOT NULL,
    "streamID" character varying(100) NOT NULL,
    "dataPointID" character varying(200) NOT NULL
);


ALTER TABLE public.device_events_month OWNER TO actorcloud;

--
-- Name: devices; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.devices (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "deviceName" character varying(50),
    "deviceType" integer,
    "deviceID" character varying(50),
    "deviceUsername" character varying(50),
    token character varying(50),
    "authType" smallint DEFAULT '1'::smallint,
    "lastConnection" timestamp without time zone,
    blocked smallint DEFAULT '0'::smallint,
    "deviceStatus" smallint DEFAULT '0'::smallint,
    location character varying(300),
    longitude double precision,
    latitude double precision,
    "softVersion" character varying(50),
    "hardwareVersion" character varying(50),
    manufacturer character varying(50),
    "serialNumber" character varying(100),
    "deviceConsoleIP" character varying(50),
    "deviceConsoleUsername" character varying(50),
    "deviceConsolePort" integer DEFAULT 22,
    carrier integer DEFAULT 1,
    "upLinkNetwork" integer,
    description character varying(300),
    mac character varying(50),
    "metaData" jsonb,
    "productID" character varying,
    "userIntID" integer,
    "tenantID" character varying
);


ALTER TABLE public.devices OWNER TO actorcloud;

--
-- Name: devices_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.devices_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.devices_id_seq OWNER TO actorcloud;

--
-- Name: devices_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.devices_id_seq OWNED BY public.devices.id;


--
-- Name: dict_code; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.dict_code (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    code character varying(50),
    "codeValue" smallint,
    "codeStringValue" character varying(50),
    "enLabel" character varying(50),
    "zhLabel" character varying(50)
);


ALTER TABLE public.dict_code OWNER TO actorcloud;

--
-- Name: dict_code_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.dict_code_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.dict_code_id_seq OWNER TO actorcloud;

--
-- Name: dict_code_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.dict_code_id_seq OWNED BY public.dict_code.id;


--
-- Name: emqx_bills; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.emqx_bills (
    "msgTime" timestamp without time zone NOT NULL,
    "tenantID" character varying(9),
    "productID" character varying(6),
    "deviceID" character varying(100),
    "msgType" smallint,
    "msgSize" integer
);


ALTER TABLE public.emqx_bills OWNER TO actorcloud;

--
-- Name: emqx_bills_day; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.emqx_bills_day (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "msgType" integer,
    "msgCount" integer,
    "msgSize" integer,
    "countTime" timestamp without time zone,
    "tenantID" character varying
);


ALTER TABLE public.emqx_bills_day OWNER TO actorcloud;

--
-- Name: emqx_bills_day_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.emqx_bills_day_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.emqx_bills_day_id_seq OWNER TO actorcloud;

--
-- Name: emqx_bills_day_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.emqx_bills_day_id_seq OWNED BY public.emqx_bills_day.id;


--
-- Name: emqx_bills_hour; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.emqx_bills_hour (
    "msgType" integer NOT NULL,
    "msgCount" integer,
    "msgSize" integer,
    "countTime" timestamp without time zone NOT NULL,
    "tenantID" character varying NOT NULL
);


ALTER TABLE public.emqx_bills_hour OWNER TO actorcloud;

--
-- Name: emqx_bills_month; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.emqx_bills_month (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "msgType" integer,
    "msgCount" integer,
    "msgSize" integer,
    "countTime" timestamp without time zone,
    "tenantID" character varying
);


ALTER TABLE public.emqx_bills_month OWNER TO actorcloud;

--
-- Name: emqx_bills_month_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.emqx_bills_month_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.emqx_bills_month_id_seq OWNER TO actorcloud;

--
-- Name: emqx_bills_month_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.emqx_bills_month_id_seq OWNED BY public.emqx_bills_month.id;


--
-- Name: end_devices; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.end_devices (
    id integer NOT NULL,
    "loraData" jsonb,
    "lwm2mData" jsonb,
    "upLinkSystem" smallint DEFAULT '1'::smallint,
    gateway integer,
    "parentDevice" integer
);


ALTER TABLE public.end_devices OWNER TO actorcloud;

--
-- Name: gateways; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.gateways (
    id integer NOT NULL
);


ALTER TABLE public.gateways OWNER TO actorcloud;

--
-- Name: groups; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.groups (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "groupID" character varying(6),
    "groupName" character varying(50),
    description character varying(300),
    "userIntID" integer
);


ALTER TABLE public.groups OWNER TO actorcloud;

--
-- Name: groups_devices; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.groups_devices (
    "deviceIntID" integer NOT NULL,
    "groupID" character varying(6) NOT NULL
);


ALTER TABLE public.groups_devices OWNER TO actorcloud;

--
-- Name: groups_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.groups_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.groups_id_seq OWNER TO actorcloud;

--
-- Name: groups_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.groups_id_seq OWNED BY public.groups.id;


--
-- Name: history_alerts; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.history_alerts (
    id integer NOT NULL,
    "updateAt" timestamp without time zone,
    "createAt" timestamp without time zone DEFAULT now(),
    "alertName" character varying(50),
    "alertContent" character varying(300),
    "alertTimes" integer,
    "alertDetail" json,
    "alertSeverity" smallint,
    "startTime" timestamp without time zone,
    "endTime" timestamp without time zone,
    "deviceID" character varying(100),
    "tenantID" character varying
);


ALTER TABLE public.history_alerts OWNER TO actorcloud;

--
-- Name: history_alerts_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.history_alerts_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.history_alerts_id_seq OWNER TO actorcloud;

--
-- Name: history_alerts_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.history_alerts_id_seq OWNED BY public.history_alerts.id;


--
-- Name: invitations; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.invitations (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "inviteEmail" character varying(50),
    "roleIntID" integer,
    "tenantID" character varying(9),
    "inviteStatus" integer,
    "userIntID" integer
);


ALTER TABLE public.invitations OWNER TO actorcloud;

--
-- Name: invitations_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.invitations_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.invitations_id_seq OWNER TO actorcloud;

--
-- Name: invitations_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.invitations_id_seq OWNED BY public.invitations.id;


--
-- Name: login_logs; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.login_logs (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "IP" character varying(50),
    "isLogged" smallint,
    "loginTime" timestamp without time zone,
    "userIntID" integer
);


ALTER TABLE public.login_logs OWNER TO actorcloud;

--
-- Name: login_logs_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.login_logs_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.login_logs_id_seq OWNER TO actorcloud;

--
-- Name: login_logs_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.login_logs_id_seq OWNED BY public.login_logs.id;


--
-- Name: lwm2m_items; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.lwm2m_items (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "itemName" character varying,
    "itemID" integer,
    "objectItem" character varying,
    description character varying,
    "itemType" character varying,
    "itemOperations" character varying,
    "itemUnit" character varying,
    "rangeEnumeration" character varying,
    mandatory character varying,
    "multipleInstance" character varying,
    "objectID" integer
);


ALTER TABLE public.lwm2m_items OWNER TO actorcloud;

--
-- Name: lwm2m_items_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.lwm2m_items_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.lwm2m_items_id_seq OWNER TO actorcloud;

--
-- Name: lwm2m_items_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.lwm2m_items_id_seq OWNED BY public.lwm2m_items.id;


--
-- Name: lwm2m_objects; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.lwm2m_objects (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "objectName" character varying,
    "objectID" integer,
    description character varying,
    "objectURN" character varying,
    "objectVersion" character varying,
    "multipleInstance" character varying,
    mandatory character varying
);


ALTER TABLE public.lwm2m_objects OWNER TO actorcloud;

--
-- Name: lwm2m_objects_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.lwm2m_objects_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.lwm2m_objects_id_seq OWNER TO actorcloud;

--
-- Name: lwm2m_objects_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.lwm2m_objects_id_seq OWNED BY public.lwm2m_objects.id;


--
-- Name: messages; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.messages (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "msgTitle" character varying(100),
    "msgContent" character varying(300),
    "messageType" integer,
    "tenantID" character varying
);


ALTER TABLE public.messages OWNER TO actorcloud;

--
-- Name: messages_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.messages_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.messages_id_seq OWNER TO actorcloud;

--
-- Name: messages_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.messages_id_seq OWNED BY public.messages.id;


--
-- Name: permissions; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.permissions (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "roleIntID" integer,
    "resourceIntID" integer
);


ALTER TABLE public.permissions OWNER TO actorcloud;

--
-- Name: permissions_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.permissions_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.permissions_id_seq OWNER TO actorcloud;

--
-- Name: permissions_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.permissions_id_seq OWNED BY public.permissions.id;


--
-- Name: products; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.products (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "productID" character varying(6),
    "productName" character varying(50),
    description character varying(300),
    "cloudProtocol" smallint DEFAULT '1'::smallint,
    "gatewayProtocol" integer,
    "productType" smallint DEFAULT '1'::smallint,
    "userIntID" integer
);


ALTER TABLE public.products OWNER TO actorcloud;

--
-- Name: products_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.products_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.products_id_seq OWNER TO actorcloud;

--
-- Name: products_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.products_id_seq OWNED BY public.products.id;


--
-- Name: publish_logs; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.publish_logs (
    topic character varying(1000),
    "streamID" character varying(1000),
    payload jsonb,
    "publishStatus" smallint,
    "taskID" character varying(64),
    "msgTime" timestamp without time zone DEFAULT now() NOT NULL,
    "deviceID" character varying NOT NULL,
    "tenantID" character varying NOT NULL
);


ALTER TABLE public.publish_logs OWNER TO actorcloud;

--
-- Name: resources; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.resources (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    code character varying(50),
    url character varying(50),
    method character varying(10),
    "order" integer,
    level integer,
    icon character varying(50),
    enable smallint DEFAULT '1'::smallint,
    "parentCode" character varying(50),
    tabs smallint,
    service character varying(50)
);


ALTER TABLE public.resources OWNER TO actorcloud;

--
-- Name: resources_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.resources_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.resources_id_seq OWNER TO actorcloud;

--
-- Name: resources_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.resources_id_seq OWNED BY public.resources.id;


--
-- Name: roles; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.roles (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "roleName" character varying(50),
    description character varying(300),
    "roleType" smallint,
    "isShare" smallint,
    "tenantID" character varying
);


ALTER TABLE public.roles OWNER TO actorcloud;

--
-- Name: roles_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.roles_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.roles_id_seq OWNER TO actorcloud;

--
-- Name: roles_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.roles_id_seq OWNED BY public.roles.id;


--
-- Name: rules; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.rules (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "ruleName" character varying(50),
    remark character varying(50),
    enable smallint,
    sql character varying,
    "fromTopics" jsonb,
    "scopeData" jsonb,
    "ruleType" smallint,
    "userIntID" integer,
    "tenantID" character varying
);


ALTER TABLE public.rules OWNER TO actorcloud;

--
-- Name: rules_actions; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.rules_actions (
    "ruleIntID" integer,
    "actionIntID" integer
);


ALTER TABLE public.rules_actions OWNER TO actorcloud;

--
-- Name: rules_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.rules_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.rules_id_seq OWNER TO actorcloud;

--
-- Name: rules_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.rules_id_seq OWNED BY public.rules.id;


--
-- Name: services; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.services (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "serviceName" character varying(50),
    overview character varying(50),
    description character varying(1000),
    "chargeType" smallint,
    "unitPrice" double precision DEFAULT '0'::double precision,
    enable smallint,
    "serviceGroup" smallint,
    icon character varying(50),
    screenshots json,
    code character varying(50),
    "referService" character varying(50),
    "order" smallint
);


ALTER TABLE public.services OWNER TO actorcloud;

--
-- Name: services_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.services_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.services_id_seq OWNER TO actorcloud;

--
-- Name: services_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.services_id_seq OWNED BY public.services.id;


--
-- Name: streams_points; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.streams_points (
    "dataPointIntID" integer NOT NULL,
    "dataStreamIntID" integer NOT NULL
);


ALTER TABLE public.streams_points OWNER TO actorcloud;

--
-- Name: system_info; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.system_info (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    key character varying(50),
    value character varying(50)
);


ALTER TABLE public.system_info OWNER TO actorcloud;

--
-- Name: system_info_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.system_info_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.system_info_id_seq OWNER TO actorcloud;

--
-- Name: system_info_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.system_info_id_seq OWNED BY public.system_info.id;


--
-- Name: tenants; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.tenants (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "tenantType" smallint,
    "tenantID" character varying(9),
    company character varying(50),
    "companySize" character varying(50),
    "companyAddress" character varying(50),
    "contactPerson" character varying(50),
    "contactPhone" character varying(50),
    "contactEmail" character varying(50),
    "tenantBalance" double precision DEFAULT '0'::double precision,
    "invoiceBalance" double precision DEFAULT '0'::double precision,
    enable smallint DEFAULT '1'::smallint,
    logo integer,
    "logoDark" integer,
    "deviceCount" integer DEFAULT '-1'::integer
);


ALTER TABLE public.tenants OWNER TO actorcloud;

--
-- Name: tenants_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.tenants_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.tenants_id_seq OWNER TO actorcloud;

--
-- Name: tenants_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.tenants_id_seq OWNED BY public.tenants.id;


--
-- Name: timer_publish; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.timer_publish (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "taskName" character varying,
    "taskStatus" smallint DEFAULT '2'::smallint,
    "timerType" smallint,
    topic character varying(1000),
    payload jsonb,
    "intervalTime" jsonb,
    "crontabTime" timestamp without time zone,
    "deviceIntID" integer,
    "userIntID" integer
);


ALTER TABLE public.timer_publish OWNER TO actorcloud;

--
-- Name: timer_publish_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.timer_publish_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.timer_publish_id_seq OWNER TO actorcloud;

--
-- Name: timer_publish_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.timer_publish_id_seq OWNED BY public.timer_publish.id;


--
-- Name: upload_info; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.upload_info (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    "fileName" character varying(300),
    "displayName" character varying(300),
    "fileType" smallint,
    "userIntID" integer
);


ALTER TABLE public.upload_info OWNER TO actorcloud;

--
-- Name: upload_info_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.upload_info_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.upload_info_id_seq OWNER TO actorcloud;

--
-- Name: upload_info_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.upload_info_id_seq OWNED BY public.upload_info.id;


--
-- Name: users; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.users (
    id integer NOT NULL,
    "createAt" timestamp without time zone,
    "updateAt" timestamp without time zone,
    username character varying(50),
    nickname character varying(50),
    email character varying(50),
    department character varying(50),
    phone character varying(50),
    enable smallint DEFAULT '1'::smallint,
    password character varying(100),
    "lastRequestTime" timestamp without time zone,
    "loginTime" timestamp without time zone,
    "expiresAt" timestamp without time zone,
    "userAuthType" integer DEFAULT 1,
    "roleIntID" integer,
    "tenantID" character varying
);


ALTER TABLE public.users OWNER TO actorcloud;

--
-- Name: users_groups; Type: TABLE; Schema: public; Owner: actorcloud
--

CREATE TABLE public.users_groups (
    "userIntID" integer NOT NULL,
    "groupID" character varying(6) NOT NULL
);


ALTER TABLE public.users_groups OWNER TO actorcloud;

--
-- Name: users_id_seq; Type: SEQUENCE; Schema: public; Owner: actorcloud
--

CREATE SEQUENCE public.users_id_seq
    AS integer
    START WITH 1
    INCREMENT BY 1
    NO MINVALUE
    NO MAXVALUE
    CACHE 1;


ALTER TABLE public.users_id_seq OWNER TO actorcloud;

--
-- Name: users_id_seq; Type: SEQUENCE OWNED BY; Schema: public; Owner: actorcloud
--

ALTER SEQUENCE public.users_id_seq OWNED BY public.users.id;


--
-- Name: actions id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.actions ALTER COLUMN id SET DEFAULT nextval('public.actions_id_seq'::regclass);


--
-- Name: actor_tasks id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.actor_tasks ALTER COLUMN id SET DEFAULT nextval('public.actor_tasks_id_seq'::regclass);


--
-- Name: app_api_logs id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs ALTER COLUMN id SET DEFAULT nextval('public.app_api_logs_id_seq'::regclass);


--
-- Name: app_api_logs_day id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_day ALTER COLUMN id SET DEFAULT nextval('public.app_api_logs_day_id_seq'::regclass);


--
-- Name: app_api_logs_hour id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_hour ALTER COLUMN id SET DEFAULT nextval('public.app_api_logs_hour_id_seq'::regclass);


--
-- Name: app_api_logs_month id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_month ALTER COLUMN id SET DEFAULT nextval('public.app_api_logs_month_id_seq'::regclass);


--
-- Name: applications id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.applications ALTER COLUMN id SET DEFAULT nextval('public.applications_id_seq'::regclass);


--
-- Name: certs id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.certs ALTER COLUMN id SET DEFAULT nextval('public.certs_id_seq'::regclass);


--
-- Name: codec id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.codec ALTER COLUMN id SET DEFAULT nextval('public.codec_id_seq'::regclass);


--
-- Name: current_alerts id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.current_alerts ALTER COLUMN id SET DEFAULT nextval('public.current_alerts_id_seq'::regclass);


--
-- Name: data_points id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_points ALTER COLUMN id SET DEFAULT nextval('public.data_points_id_seq'::regclass);


--
-- Name: data_streams id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_streams ALTER COLUMN id SET DEFAULT nextval('public.data_streams_id_seq'::regclass);


--
-- Name: device_count_day id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_day ALTER COLUMN id SET DEFAULT nextval('public.device_count_day_id_seq'::regclass);


--
-- Name: device_count_hour id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_hour ALTER COLUMN id SET DEFAULT nextval('public.device_count_hour_id_seq'::regclass);


--
-- Name: device_count_month id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_month ALTER COLUMN id SET DEFAULT nextval('public.device_count_month_id_seq'::regclass);


--
-- Name: devices id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.devices ALTER COLUMN id SET DEFAULT nextval('public.devices_id_seq'::regclass);


--
-- Name: dict_code id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.dict_code ALTER COLUMN id SET DEFAULT nextval('public.dict_code_id_seq'::regclass);


--
-- Name: emqx_bills_day id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_day ALTER COLUMN id SET DEFAULT nextval('public.emqx_bills_day_id_seq'::regclass);


--
-- Name: emqx_bills_month id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_month ALTER COLUMN id SET DEFAULT nextval('public.emqx_bills_month_id_seq'::regclass);


--
-- Name: groups id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.groups ALTER COLUMN id SET DEFAULT nextval('public.groups_id_seq'::regclass);


--
-- Name: history_alerts id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.history_alerts ALTER COLUMN id SET DEFAULT nextval('public.history_alerts_id_seq'::regclass);


--
-- Name: invitations id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.invitations ALTER COLUMN id SET DEFAULT nextval('public.invitations_id_seq'::regclass);


--
-- Name: login_logs id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.login_logs ALTER COLUMN id SET DEFAULT nextval('public.login_logs_id_seq'::regclass);


--
-- Name: lwm2m_items id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.lwm2m_items ALTER COLUMN id SET DEFAULT nextval('public.lwm2m_items_id_seq'::regclass);


--
-- Name: lwm2m_objects id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.lwm2m_objects ALTER COLUMN id SET DEFAULT nextval('public.lwm2m_objects_id_seq'::regclass);


--
-- Name: messages id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.messages ALTER COLUMN id SET DEFAULT nextval('public.messages_id_seq'::regclass);


--
-- Name: permissions id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.permissions ALTER COLUMN id SET DEFAULT nextval('public.permissions_id_seq'::regclass);


--
-- Name: products id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.products ALTER COLUMN id SET DEFAULT nextval('public.products_id_seq'::regclass);


--
-- Name: resources id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.resources ALTER COLUMN id SET DEFAULT nextval('public.resources_id_seq'::regclass);


--
-- Name: roles id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.roles ALTER COLUMN id SET DEFAULT nextval('public.roles_id_seq'::regclass);


--
-- Name: rules id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.rules ALTER COLUMN id SET DEFAULT nextval('public.rules_id_seq'::regclass);


--
-- Name: services id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.services ALTER COLUMN id SET DEFAULT nextval('public.services_id_seq'::regclass);


--
-- Name: system_info id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.system_info ALTER COLUMN id SET DEFAULT nextval('public.system_info_id_seq'::regclass);


--
-- Name: tenants id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.tenants ALTER COLUMN id SET DEFAULT nextval('public.tenants_id_seq'::regclass);


--
-- Name: timer_publish id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.timer_publish ALTER COLUMN id SET DEFAULT nextval('public.timer_publish_id_seq'::regclass);


--
-- Name: upload_info id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.upload_info ALTER COLUMN id SET DEFAULT nextval('public.upload_info_id_seq'::regclass);


--
-- Name: users id; Type: DEFAULT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users ALTER COLUMN id SET DEFAULT nextval('public.users_id_seq'::regclass);


--
-- Data for Name: actions; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.actions (id, "createAt", "updateAt", "actionName", "actionType", description, config, "userIntID", "tenantID") FROM stdin;
\.


--
-- Data for Name: actor_tasks; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.actor_tasks (id, "createAt", "updateAt", "taskID", "taskName", "taskStatus", "taskCount", "taskInfo", "taskProgress", "taskResult") FROM stdin;
\.


--
-- Data for Name: alembic_version; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.alembic_version (version_num) FROM stdin;
\.


--
-- Data for Name: app_api_logs; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.app_api_logs (id, "updateAt", "createAt", url, method, "tenantID") FROM stdin;
\.


--
-- Data for Name: app_api_logs_day; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.app_api_logs_day (id, "createAt", "updateAt", "countTime", "apiCount", "tenantID") FROM stdin;
\.


--
-- Data for Name: app_api_logs_hour; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.app_api_logs_hour (id, "createAt", "updateAt", "countTime", "apiCount", "tenantID") FROM stdin;
\.


--
-- Data for Name: app_api_logs_month; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.app_api_logs_month (id, "createAt", "updateAt", "countTime", "apiCount", "tenantID") FROM stdin;
\.


--
-- Data for Name: applications; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.applications (id, "createAt", "updateAt", "appID", "appName", "appToken", "expiredAt", description, "appStatus", "userIntID", "roleIntID") FROM stdin;
\.


--
-- Data for Name: applications_groups; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.applications_groups ("applicationIntID", "groupID") FROM stdin;
\.


--
-- Data for Name: certs; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.certs (id, "createAt", "updateAt", "certName", enable, "CN", key, cert, "userIntID") FROM stdin;
\.


--
-- Data for Name: certs_devices; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.certs_devices ("deviceIntID", "certIntID") FROM stdin;
\.


--
-- Data for Name: codec; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.codec (id, "createAt", "updateAt", code, "reviewOpinion", "codeStatus", "tenantID", "productID", "userIntID") FROM stdin;
\.


--
-- Data for Name: connect_logs; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.connect_logs ("keepAlive", "IP", "connectStatus", "msgTime", "deviceID", "tenantID") FROM stdin;
\.


--
-- Data for Name: current_alerts; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.current_alerts (id, "updateAt", "createAt", "alertName", "alertContent", "alertTimes", "alertDetail", "alertSeverity", "startTime", "deviceID", "ruleIntID", "tenantID") FROM stdin;
\.


--
-- Data for Name: data_points; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.data_points (id, "createAt", "updateAt", "dataPointName", "dataPointID", "dataTransType", "pointDataType", "extendTypeAttr", "isLocationType", "locationType", enum, description, "tenantID", "productID", "userIntID") FROM stdin;
\.


--
-- Data for Name: data_streams; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.data_streams (id, "createAt", "updateAt", "streamID", "streamName", "streamType", topic, description, "tenantID", "productID", "userIntID") FROM stdin;
\.


--
-- Data for Name: device_count_day; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_count_day (id, "createAt", "updateAt", "deviceCount", "deviceOnlineCount", "deviceOfflineCount", "deviceSleepCount", "countTime", "tenantID") FROM stdin;
\.


--
-- Data for Name: device_count_hour; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_count_hour (id, "createAt", "updateAt", "deviceCount", "deviceOnlineCount", "deviceOfflineCount", "deviceSleepCount", "countTime", "tenantID") FROM stdin;
\.


--
-- Data for Name: device_count_month; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_count_month (id, "createAt", "updateAt", "deviceCount", "deviceOnlineCount", "deviceOfflineCount", "deviceSleepCount", "countTime", "tenantID") FROM stdin;
\.


--
-- Data for Name: device_events; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_events ("msgTime", "tenantID", "deviceID", "dataType", topic, "streamID", data, "responseResult") FROM stdin;
\.


--
-- Data for Name: device_events_day; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_events_day ("minValue", "maxValue", "avgValue", "sumValue", "countTime", "tenantID", "deviceID", "streamID", "dataPointID") FROM stdin;
\.


--
-- Data for Name: device_events_hour; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_events_hour ("minValue", "maxValue", "avgValue", "sumValue", "countTime", "tenantID", "deviceID", "streamID", "dataPointID", count) FROM stdin;
\.


--
-- Data for Name: device_events_latest; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_events_latest ("msgTime", "tenantID", "deviceID", "dataType", "streamID", topic, data, "responseResult") FROM stdin;
\.


--
-- Data for Name: device_events_month; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.device_events_month ("minValue", "maxValue", "avgValue", "sumValue", "countTime", "tenantID", "deviceID", "streamID", "dataPointID") FROM stdin;
\.


--
-- Data for Name: devices; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.devices (id, "createAt", "updateAt", "deviceName", "deviceType", "deviceID", "deviceUsername", token, "authType", "lastConnection", blocked, "deviceStatus", location, longitude, latitude, "softVersion", "hardwareVersion", manufacturer, "serialNumber", "deviceConsoleIP", "deviceConsoleUsername", "deviceConsolePort", carrier, "upLinkNetwork", description, mac, "metaData", "productID", "userIntID", "tenantID") FROM stdin;
\.


--
-- Data for Name: dict_code; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.dict_code (id, "createAt", "updateAt", code, "codeValue", "codeStringValue", "enLabel", "zhLabel") FROM stdin;
1	2024-01-02 01:07:31.515066	\N	serviceGroup	1	\N	Base	基础服务
2	2024-01-02 01:07:31.516497	\N	serviceGroup	2	\N	DMP	设备管理平台 DMP
3	2024-01-02 01:07:31.517085	\N	serviceGroup	3	\N	AEP	应用使能平台 AEP
4	2024-01-02 01:07:31.517797	\N	serviceGroup	4	\N	Value-Added	增值服务
5	2024-01-02 01:07:31.518397	\N	msgType	1	\N	login	登录
6	2024-01-02 01:07:31.518922	\N	msgType	2	\N	subscribe	订阅
7	2024-01-02 01:07:31.519425	\N	msgType	3	\N	unsubscribe	取消订阅
8	2024-01-02 01:07:31.519961	\N	msgType	4	\N	publish	发布
9	2024-01-02 01:07:31.520761	\N	msgType	5	\N	receive	接收消息
10	2024-01-02 01:07:31.521711	\N	enableStatus	1	\N	Enable	可用
11	2024-01-02 01:07:31.522543	\N	enableStatus	0	\N	Disable	不可用
12	2024-01-02 01:07:31.523301	\N	tenantType	1	\N	Individual User	个人用户
13	2024-01-02 01:07:31.523914	\N	tenantType	2	\N	Business User	企业用户
14	2024-01-02 01:07:31.524416	\N	userAuthType	1	\N	Role	角色
15	2024-01-02 01:07:31.524861	\N	userAuthType	2	\N	Role and Group	角色和分组
16	2024-01-02 01:07:31.525255	\N	inviteStatus	0	\N	Not Joined	未加入
17	2024-01-02 01:07:31.525662	\N	inviteStatus	1	\N	Joined	已加入
18	2024-01-02 01:07:31.526045	\N	isLogged	0	\N	Failed	失败
19	2024-01-02 01:07:31.526548	\N	isLogged	1	\N	Success	成功
20	2024-01-02 01:07:31.527563	\N	deviceType	1	\N	endDevice	终端设备
21	2024-01-02 01:07:31.528631	\N	deviceType	2	\N	gateway	网关设备
22	2024-01-02 01:07:31.530178	\N	deviceStatus	0	\N	Offline	离线
23	2024-01-02 01:07:31.531434	\N	deviceStatus	1	\N	Online	在线
24	2024-01-02 01:07:31.532063	\N	deviceStatus	2	\N	Sleep	休眠
25	2024-01-02 01:07:31.532559	\N	authType	1	\N	Token	Token
26	2024-01-02 01:07:31.532975	\N	authType	2	\N	Certificate	证书
27	2024-01-02 01:07:31.533422	\N	upLinkSystem	1	\N	Cloud	云
28	2024-01-02 01:07:31.533827	\N	upLinkSystem	2	\N	Device	设备
29	2024-01-02 01:07:31.534223	\N	upLinkSystem	3	\N	Gateway	网关
30	2024-01-02 01:07:31.53459	\N	connectStatus	0	\N	Offline	下线
31	2024-01-02 01:07:31.535167	\N	connectStatus	1	\N	Online	上线
32	2024-01-02 01:07:31.535783	\N	connectStatus	2	\N	Authenticate Failed	认证失败
33	2024-01-02 01:07:31.536722	\N	deviceBlocked	0	\N	Allowed	允许访问
34	2024-01-02 01:07:31.537677	\N	deviceBlocked	1	\N	Not Allowed	不允许访问
35	2024-01-02 01:07:31.538519	\N	enable	1	\N	Enable	允许
36	2024-01-02 01:07:31.539374	\N	enable	0	\N	Disable	不允许
37	2024-01-02 01:07:31.540082	\N	sdkType	1	\N	Application	应用程序
38	2024-01-02 01:07:31.540611	\N	sdkType	2	\N	Firmware	固件
39	2024-01-02 01:07:31.541133	\N	sdkType	3	\N	Kernel	内核
40	2024-01-02 01:07:31.542012	\N	upLinkNetwork	1	\N	2G	2G
41	2024-01-02 01:07:31.542592	\N	upLinkNetwork	2	\N	3G	3G
42	2024-01-02 01:07:31.543085	\N	upLinkNetwork	3	\N	4G	4G
43	2024-01-02 01:07:31.543655	\N	upLinkNetwork	4	\N	Wi-Fi	Wi-Fi
44	2024-01-02 01:07:31.544455	\N	upLinkNetwork	5	\N	NB-IoT	NB-IoT
45	2024-01-02 01:07:31.545155	\N	upLinkNetwork	6	\N	BlueTooth	BlueTooth
46	2024-01-02 01:07:31.545958	\N	upLinkNetwork	7	\N	Wired	有线
47	2024-01-02 01:07:31.546792	\N	fcntCheck	0	\N	Strict 16-bit	Strict 16-bit
48	2024-01-02 01:07:31.547635	\N	fcntCheck	1	\N	Strict 32-bit	Strict 32-bit
49	2024-01-02 01:07:31.548412	\N	fcntCheck	2	\N	Reset on zero	Reset on zero
50	2024-01-02 01:07:31.549151	\N	fcntCheck	3	\N	Disabled	Disabled
51	2024-01-02 01:07:31.549736	\N	region	\N	EU863-870	EU 863-870MHz	EU 863-870MHz
52	2024-01-02 01:07:31.550342	\N	region	\N	US902-928	US 902-928MHz	US 902-928MHz
53	2024-01-02 01:07:31.550807	\N	region	\N	US902-928-PR	US 902-928MHz (Private)	US 902-928MHz (Private)
54	2024-01-02 01:07:31.551169	\N	region	\N	CN779-787	China 779-787MHz	China 779-787MHz
55	2024-01-02 01:07:31.551723	\N	region	\N	EU433	EU 433MHz	EU 433MHz
56	2024-01-02 01:07:31.552306	\N	region	\N	AU915-928	Australia 915-928MHz	Australia 915-928MHz
57	2024-01-02 01:07:31.552903	\N	region	\N	CN470-510	China 470-510MHz	China 470-510MHz
58	2024-01-02 01:07:31.55379	\N	region	\N	KR920-923	South Korea 920-923MHz	South Korea 920-923MHz
59	2024-01-02 01:07:31.554342	\N	productType	1	\N	Device	设备
60	2024-01-02 01:07:31.554724	\N	productType	2	\N	Gateway	网关
61	2024-01-02 01:07:31.555101	\N	gatewayProtocol	1	\N	MQTT	MQTT
62	2024-01-02 01:07:31.555476	\N	gatewayProtocol	2	\N	CoAP	CoAP
63	2024-01-02 01:07:31.555882	\N	gatewayProtocol	3	\N	LwM2M	LwM2M
64	2024-01-02 01:07:31.556291	\N	gatewayProtocol	4	\N	LoRa	LoRa
65	2024-01-02 01:07:31.556673	\N	gatewayProtocol	5	\N	HTTP	HTTP
66	2024-01-02 01:07:31.557033	\N	gatewayProtocol	6	\N	WebSocket	WebSocket
67	2024-01-02 01:07:31.557442	\N	gatewayProtocol	7	\N	Modbus	Modbus
68	2024-01-02 01:07:31.557849	\N	cloudProtocol	1	\N	MQTT	MQTT
69	2024-01-02 01:07:31.558238	\N	cloudProtocol	2	\N	CoAP	CoAP
70	2024-01-02 01:07:31.558626	\N	cloudProtocol	3	\N	LwM2M	LwM2M
71	2024-01-02 01:07:31.559012	\N	cloudProtocol	4	\N	LoRa	LoRa
72	2024-01-02 01:07:31.559407	\N	cloudProtocol	5	\N	HTTP	HTTP
73	2024-01-02 01:07:31.560156	\N	cloudProtocol	6	\N	WebSocket	WebSocket
74	2024-01-02 01:07:31.560816	\N	cloudProtocol	7	\N	Modbus	Modbus
75	2024-01-02 01:07:31.561374	\N	pointDataType	1	\N	Number	数值
76	2024-01-02 01:07:31.561833	\N	pointDataType	2	\N	String	字符串
77	2024-01-02 01:07:31.562255	\N	pointDataType	3	\N	Boolean	布尔
78	2024-01-02 01:07:31.562726	\N	pointDataType	4	\N	Datetime	时间
79	2024-01-02 01:07:31.563172	\N	pointDataType	5	\N	Location	地理位置
80	2024-01-02 01:07:31.563733	\N	dataTransType	1	\N	Up	只上报
81	2024-01-02 01:07:31.564605	\N	dataTransType	2	\N	Down	只下发
82	2024-01-02 01:07:31.565073	\N	dataTransType	3	\N	Up and Down	可上报可下发
83	2024-01-02 01:07:31.565575	\N	streamType	1	\N	Device Up	设备数据上报
84	2024-01-02 01:07:31.566025	\N	streamType	2	\N	Device Down	设备数据下发
85	2024-01-02 01:07:31.56645	\N	streamDataType	1	\N	JSON	JSON
86	2024-01-02 01:07:31.566893	\N	streamDataType	2	\N	Binary	二进制
87	2024-01-02 01:07:31.567485	\N	locationType	1	\N	Longitude	经度
88	2024-01-02 01:07:31.568086	\N	locationType	2	\N	Latitude	纬度
89	2024-01-02 01:07:31.568598	\N	locationType	3	\N	Altitude	海拔
90	2024-01-02 01:07:31.569049	\N	publishStatus	0	\N	Publish Failed	下发失败
91	2024-01-02 01:07:31.569517	\N	publishStatus	1	\N	Published	已下发
92	2024-01-02 01:07:31.569915	\N	publishStatus	2	\N	Publish Arrived	已到达
93	2024-01-02 01:07:31.570298	\N	publishStatus	3	\N	Timed Publish	定时下发
94	2024-01-02 01:07:31.570666	\N	publishStatus	4	\N	Operate Success	操作成功
95	2024-01-02 01:07:31.571024	\N	publishStatus	5	\N	Operate Failed	操作失败
96	2024-01-02 01:07:31.571385	\N	timerType	1	\N	Fixed timing	固定定时
97	2024-01-02 01:07:31.57175	\N	timerType	2	\N	Interval timing	间隔定时
98	2024-01-02 01:07:31.57211	\N	taskType	1	\N	Async Task	异步任务
99	2024-01-02 01:07:31.572482	\N	taskType	2	\N	Timed Task	定时任务
100	2024-01-02 01:07:31.572872	\N	taskStatus	1	\N	Waiting	等待中
101	2024-01-02 01:07:31.573759	\N	taskStatus	2	\N	Executing	执行中
102	2024-01-02 01:07:31.57457	\N	taskStatus	3	\N	Success	成功
103	2024-01-02 01:07:31.575204	\N	taskStatus	4	\N	Failed	失败
104	2024-01-02 01:07:31.575596	\N	taskStatus	5	\N	Retry	重试
105	2024-01-02 01:07:31.575963	\N	ruleType	1	\N	Business Rule	业务规则
106	2024-01-02 01:07:31.576328	\N	ruleType	2	\N	Scope Rule	围栏规则
107	2024-01-02 01:07:31.576708	\N	actionType	1	\N	Alert	告警
108	2024-01-02 01:07:31.577074	\N	actionType	2	\N	Mail	邮件
109	2024-01-02 01:07:31.577514	\N	actionType	3	\N	Webhook	Webhook
110	2024-01-02 01:07:31.577901	\N	actionType	4	\N	Publish	指令下发
111	2024-01-02 01:07:31.578271	\N	actionType	5	\N	MQTT	MQTT消息转发
112	2024-01-02 01:07:31.578617	\N	chargeType	1	\N	Free	免费
113	2024-01-02 01:07:31.578971	\N	chargeType	2	\N	Time	时长
114	2024-01-02 01:07:31.579345	\N	chargeType	3	\N	Times	次数
115	2024-01-02 01:07:31.579702	\N	chargeType	4	\N	Amount	条数
116	2024-01-02 01:07:31.580013	\N	alertSeverity	1	\N	Urgent	紧急
117	2024-01-02 01:07:31.580255	\N	alertSeverity	2	\N	Primary	主要
118	2024-01-02 01:07:31.580478	\N	alertSeverity	3	\N	Secondary	次要
119	2024-01-02 01:07:31.580695	\N	alertSeverity	4	\N	Warning	警告
120	2024-01-02 01:07:31.580917	\N	messageType	1	\N	Finance	财务消息
121	2024-01-02 01:07:31.581183	\N	messageType	2	\N	Product	产品消息
122	2024-01-02 01:07:31.581438	\N	messageType	3	\N	Security	安全消息
123	2024-01-02 01:07:31.581686	\N	messageType	4	\N	Other	其它消息
124	2024-01-02 01:07:31.581964	\N	messageType	5	\N	Announcement	公告
125	2024-01-02 01:07:31.582241	\N	webhookType	1	\N	Private	私有
126	2024-01-02 01:07:31.582507	\N	webhookType	2	\N	APICloud	APICloud
127	2024-01-02 01:07:31.58279	\N	webhookType	3	\N	LeanCloud	LeanCloud
128	2024-01-02 01:07:31.58302	\N	carrier	1	\N	China Telecom	中国电信
129	2024-01-02 01:07:31.583241	\N	carrier	2	\N	China Mobile	中国移动
130	2024-01-02 01:07:31.583451	\N	carrier	3	\N	China Unicom	中国联通
131	2024-01-02 01:07:31.583658	\N	carrier	4	\N	Other	其它
132	2024-01-02 01:07:31.583868	\N	scopeType	1	\N	Active Area	活动区域
133	2024-01-02 01:07:31.584076	\N	scopeType	2	\N	Forbidden Area	禁止区域
134	2024-01-02 01:07:31.584301	\N	codeStatus	1	\N	Review Pending	待审核
135	2024-01-02 01:07:31.584526	\N	codeStatus	2	\N	Review Success	审核成功
136	2024-01-02 01:07:31.584886	\N	codeStatus	3	\N	Review Failed	审核失败
137	2024-01-02 01:07:31.58542	\N	dataType	1	\N	event	event
138	2024-01-02 01:07:31.585728	\N	dataType	2	\N	response	response
139	2024-01-02 01:07:31.586002	\N	topUpType	1	\N	Alipay	支付宝
140	2024-01-02 01:07:31.586221	\N	topUpType	2	\N	Wechat Pay	微信支付
141	2024-01-02 01:07:31.586471	\N	topUpStatus	0	\N	Top Up Failed	充值失败
142	2024-01-02 01:07:31.586693	\N	topUpStatus	1	\N	Top Up Pending	充值等待
143	2024-01-02 01:07:31.586906	\N	topUpStatus	2	\N	Top Up Success	充值完成
144	2024-01-02 01:07:31.587115	\N	feeType	1	\N	Top Up	充值
145	2024-01-02 01:07:31.587326	\N	feeType	2	\N	Expense	消费
146	2024-01-02 01:07:31.587536	\N	invoiceType	1	\N	Individual	个人增值税普通发票
147	2024-01-02 01:07:31.587745	\N	invoiceType	2	\N	Enterprise	企业增值税普通发票
148	2024-01-02 01:07:31.588011	\N	invoiceStatus	0	\N	Review Pending	审核中
149	2024-01-02 01:07:31.58824	\N	invoiceStatus	1	\N	Canceled	已取消
150	2024-01-02 01:07:31.588447	\N	invoiceStatus	2	\N	Posted	已邮寄
151	2024-01-02 01:07:31.588653	\N	invoiceStatus	3	\N	Review Failed	未过审
152	2024-01-02 01:07:31.588858	\N	allow	1	\N	Allow	允许
153	2024-01-02 01:07:31.589064	\N	allow	0	\N	Deny	拒绝
154	2024-01-02 01:07:31.589302	\N	access	1	\N	Publish	发布
155	2024-01-02 01:07:31.589529	\N	access	2	\N	Subscribe	订阅
156	2024-01-02 01:07:31.589747	\N	access	3	\N	Publish or Subscribe	发布或订阅
157	2024-01-02 01:07:31.589955	\N	chartType	1	\N	Line Chart	折线图
158	2024-01-02 01:07:31.590164	\N	chartType	2	\N	Histogram	柱状图
\.


--
-- Data for Name: emqx_bills; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.emqx_bills ("msgTime", "tenantID", "productID", "deviceID", "msgType", "msgSize") FROM stdin;
\.


--
-- Data for Name: emqx_bills_day; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.emqx_bills_day (id, "createAt", "updateAt", "msgType", "msgCount", "msgSize", "countTime", "tenantID") FROM stdin;
\.


--
-- Data for Name: emqx_bills_hour; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.emqx_bills_hour ("msgType", "msgCount", "msgSize", "countTime", "tenantID") FROM stdin;
\.


--
-- Data for Name: emqx_bills_month; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.emqx_bills_month (id, "createAt", "updateAt", "msgType", "msgCount", "msgSize", "countTime", "tenantID") FROM stdin;
\.


--
-- Data for Name: end_devices; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.end_devices (id, "loraData", "lwm2mData", "upLinkSystem", gateway, "parentDevice") FROM stdin;
\.


--
-- Data for Name: gateways; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.gateways (id) FROM stdin;
\.


--
-- Data for Name: groups; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.groups (id, "createAt", "updateAt", "groupID", "groupName", description, "userIntID") FROM stdin;
\.


--
-- Data for Name: groups_devices; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.groups_devices ("deviceIntID", "groupID") FROM stdin;
\.


--
-- Data for Name: history_alerts; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.history_alerts (id, "updateAt", "createAt", "alertName", "alertContent", "alertTimes", "alertDetail", "alertSeverity", "startTime", "endTime", "deviceID", "tenantID") FROM stdin;
\.


--
-- Data for Name: invitations; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.invitations (id, "createAt", "updateAt", "inviteEmail", "roleIntID", "tenantID", "inviteStatus", "userIntID") FROM stdin;
\.


--
-- Data for Name: login_logs; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.login_logs (id, "createAt", "updateAt", "IP", "isLogged", "loginTime", "userIntID") FROM stdin;
1	2024-01-02 01:07:55.767497	\N	172.25.0.1,172.25.0.1	1	2024-01-02 01:07:55.677633	1
\.


--
-- Data for Name: lwm2m_items; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.lwm2m_items (id, "createAt", "updateAt", "itemName", "itemID", "objectItem", description, "itemType", "itemOperations", "itemUnit", "rangeEnumeration", mandatory, "multipleInstance", "objectID") FROM stdin;
1	2024-01-02 01:07:31.847845	\N	Event Type	6011	/10274/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10274
2	2024-01-02 01:07:31.850151	\N	Alarm Realtime	6012	/10274/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10274
3	2024-01-02 01:07:31.851111	\N	Alarm State	6013	/10274/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10274
4	2024-01-02 01:07:31.851966	\N	Alarm Set Threshold	6014	/10274/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10274
5	2024-01-02 01:07:31.852745	\N	Alarm Set Operator	6015	/10274/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10274
6	2024-01-02 01:07:31.853573	\N	Alarm Clear Threshold	6016	/10274/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10274
7	2024-01-02 01:07:31.85422	\N	Alarm Clear Operator	6017	/10274/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10274
8	2024-01-02 01:07:31.854712	\N	Alarm Maximum Event Count	6018	/10274/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10274
9	2024-01-02 01:07:31.85518	\N	Alarm Maximum Event Period	6019	/10274/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10274
10	2024-01-02 01:07:31.855661	\N	Latest Delivered Event Time	6020	/10274/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10274
11	2024-01-02 01:07:31.856123	\N	Latest Recorded Event Time	6021	/10274/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10274
12	2024-01-02 01:07:31.856596	\N	Alarm Clear	6022	/10274/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10274
13	2024-01-02 01:07:31.857049	\N	Alarm Auto Clear	6023	/10274/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10274
14	2024-01-02 01:07:31.857553	\N	Event Code	6024	/10274/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10274
40	2024-01-02 01:07:31.871956	\N	Interval Delivery Midnight Aligned	6007	/10267/6007	The Delivery Midnight Aligned is a readable and writable resource used to indicate if data is delivered only to the previous midnight (1) or if part-day data can be delivered (0). Calculating Midnight should consider the Interval UTC Offset resource, or if empty, the Device [/3/0/14] object instance resource.	Boolean	RW	\N	\N	Mandatory	Single	10267
60	2024-01-02 01:07:31.889335	\N	Down Counter	5542	/3344/5542	Counts the times the decrease control has been operated. Writing a 0 resets the counter.	Integer	RW	\N	\N	Optional	Single	3344
61	2024-01-02 01:07:31.890348	\N	Application Type	5750	/3344/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3344
62	2024-01-02 01:07:31.891215	\N	Digital Input State	5500	/3302/5500	The current state of the presence sensor	Boolean	R	\N	\N	Mandatory	Single	3302
15	2024-01-02 01:07:31.858026	\N	Latest Payload	6025	/10274/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10274
16	2024-01-02 01:07:31.859118	\N	ApplicableEventCategories	0	/2054/0	Contains  a list of Event Category values	Integer	RW	\N	\N	Mandatory	Multiple	2054
17	2024-01-02 01:07:31.859788	\N	NetworkAccessRule	1	/2054/1	Contains 0 or more references to CmdhNwAccessRule Object Instances 	Objlnk	RW	\N	\N	Optional	Multiple	2054
18	2024-01-02 01:07:31.860352	\N	Sensor Value	5700	/3330/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3330
19	2024-01-02 01:07:31.860988	\N	Sensor Units	5701	/3330/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3330
20	2024-01-02 01:07:31.861682	\N	Min Measured Value	5601	/3330/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3330
21	2024-01-02 01:07:31.862215	\N	Max Measured Value	5602	/3330/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3330
22	2024-01-02 01:07:31.862692	\N	Min Range Value	5603	/3330/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3330
23	2024-01-02 01:07:31.863172	\N	Max Range Value	5604	/3330/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3330
24	2024-01-02 01:07:31.863634	\N	Reset Min and Max Measured Values	5605	/3330/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3330
25	2024-01-02 01:07:31.864097	\N	Current Calibration	5821	/3330/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3330
26	2024-01-02 01:07:31.864616	\N	Application Type	5750	/3330/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3330
27	2024-01-02 01:07:31.865163	\N	X Value	5702	/3313/5702	The measured value along the X axis.	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3313
28	2024-01-02 01:07:31.86564	\N	Y Value	5703	/3313/5703	The measured value along the Y axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3313
29	2024-01-02 01:07:31.866092	\N	Z Value	5704	/3313/5704	The measured value along the Z axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3313
30	2024-01-02 01:07:31.86655	\N	Sensor Units	5701	/3313/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\N	\N	Optional	Single	3313
31	2024-01-02 01:07:31.867014	\N	Min Range Value	5603	/3313/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3313
32	2024-01-02 01:07:31.867962	\N	Max Range Value	5604	/3313/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3313
33	2024-01-02 01:07:31.86867	\N	Interval Period	6000	/10267/6000	The Interval Period resource is an Integer value representing the width in seconds of the intervals being managed by this interval data object. This resource is read only and can only be changed by resource 11 (Change Interval Configuration). It is recommended that the Interval Period be set to a devisor of 24 hours (86400 seconds) to provide a consistent interval period. Examples of Interval Period include:-\n30 = Every 30 seconds\n600 = Every 10 minutes\n1800 = Every 30 minutes\n3600 = Hourly\n7200 = Every 2 hours\n14400 = Every 4 hours\n43200 = Every 12 hours\n86400 = Every Day\n172600 = Every Second Day	Integer	R	Seconds	1-864000	Mandatory	Single	10267
34	2024-01-02 01:07:31.86918	\N	Interval Start Offset	6001	/10267/6001	The Interval Start Offset resource is a read only resource representing the number of seconds past midnight for which the first interval is recorded. If this resource is empty, it is assumed that the intervals are midnight aligned. This can be used to adjust interval boundaries. As an example, an Interval Period of 3600 seconds and an Interval Start time of 300 represents hourly interval data, starting at 00:05.	Integer	R	Seconds	0-86399	Optional	Single	10267
35	2024-01-02 01:07:31.869652	\N	Interval UTC Offset	6002	/10267/6002	The Interval UTC Offset resource is a read only resource representing the time zone offset for this Interval Data instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided. UTC+X [ISO 8601].	String	R	\N	\N	Optional	Single	10267
36	2024-01-02 01:07:31.870119	\N	Interval Collection Start Time	6003	/10267/6003	The Collection Start Time resource is a read only resource representing the time when the first interval was recorded on the device. Interval times represent the end of the interval, not the beginning. As an example, the first four hourly interval past midnight will have a timestamp of 04:00 (adjusting for UTC offset). 	Time	R	\N	\N	Mandatory	Single	10267
37	2024-01-02 01:07:31.870594	\N	Oldest Recorded Interval	6004	/10267/6004	The Oldest Recorded Interval resource is a read-only resource representing the oldest available interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10267
38	2024-01-02 01:07:31.871048	\N	Last Delivered Interval	6005	/10267/6005	The Last Delivered Interval is a readable and writable resource used to represent the last interval delivered to the LwM2M server. Interval times represent the end of the interval, not the beginning. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Payload resource. This resource is writable to allow the server to adjust the Last Delivered Interval value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10267
39	2024-01-02 01:07:31.871505	\N	Latest Recorded Interval	6006	/10267/6006	The Latest Recorded Interval is a readable resource representing the currently highest recorded interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10267
414	2024-01-02 01:07:32.201813	\N	Broadcast SSID	6	/12/6	0: Do not broadcast SSID\n1: Broadcast SSID\n	Boolean	RW	\N	\N	Optional	Single	12
41	2024-01-02 01:07:31.872413	\N	Interval Historical Read	6008	/10267/6008	Historical Interval Read is an executable resource designed to retrieve ad-hoc interval read data. The resource takes two arguments:-\nArgument 0: First Interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nArgument 1: Last interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nThe dates should be inclusive based on the end time of the interval. The data retrieved from this resource will be readable (or observable) from the Historical Read Payload Resource.\n\nAs an example, the Argument List to retrieve data from Midnight 2nd March (UTC+10) to Midnight 6rd March (UTC+10) for a specific instance of the interval data object, would be constructed as follows:-\n\n0='1488463200',1='1488808800'	\N	E	\N	\N	Optional	Single	10267
42	2024-01-02 01:07:31.872957	\N	Interval Historical Read Payload	6009	/10267/6009	The Historical Read Payload resource is the representation of the data requested by the Historical Interval Read executable resource. The format of this Opaque value should be identical to the Latest Payload resource. If no Historical Interval Read has been executed, this resource should return and empty Opaque value. This resource can either be Read from the Server or set up as an observation and Notified to the server as soon as the historical data is available. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Historical Read Payload should be set to an empty Opaque value.	Opaque	R	\N	\N	Optional	Single	10267
43	2024-01-02 01:07:31.873551	\N	Interval Change Configuration	6010	/10267/6010	Change Interval Configuration is an executable resource designed to allow the Interval Period, Interval Start Offset and Interval UTC Offset to be reconfigured. The resource takes three arguments:-\nArgument 0: [Mandatory] Interval Period represented as an integer as defined in the Interval Period Resource.\nArgument 1: [Optional] Interval start offset represented as an integer as defined in the Interval Start Offset Resource. If not provided, leave the value as per the current configuration\nArgument 2: [Optional] Interval UTC offset represented as a String as defined in the Interval UTC Offset Resource. If not provided, leave the value as per the current configuration.\n\nDepending on the specifics of the implementation of this object, reconfiguring the Interval data object may result in the removal of all historical data for this Interval Data Object Instance. Please consult with your device vendor as to the implications of reconfiguring an Interval Data Object Instance.\n\nAs an example, the Argument List to change an interval data object instance from its existing values to one hour intervals, midnight aligned in UTC+10 time zone:-\n\n0='3600',1='0',1='UTC+10'	\N	E	\N	\N	Optional	Single	10267
44	2024-01-02 01:07:31.874046	\N	Start	6026	/10267/6026	Start is an executable resource that enables the recording of interval data. The first interval recorded will have a timestamp based on the Interval Start Offset resource. This executable resource takes no arguments. Refer to re-usable resource LogStart for further details.	\N	E	\N	\N	Optional	Single	10267
45	2024-01-02 01:07:31.87476	\N	Stop	6027	/10267/6027	Stop (LogStop) is an executable resource that disables the recording of interval data for this object instance. This executable resource takes no arguments. Refer to re-usable resource LogStop for further details.	\N	E	\N	\N	Optional	Single	10267
46	2024-01-02 01:07:31.875614	\N	Status	6028	/10267/6028	Recording Enabled is a read-only resource providing an indication of if interval data is currently being recorded for this object instance. Refer to re-usable resource LogStatus for further details.	Integer	R	\N	\N	Optional	Single	10267
47	2024-01-02 01:07:31.87661	\N	Latest Payload	6029	/10267/6029	The Latest Payload resource is a read-only serialised Opaque (Binary) representation of all the Interval Data between the Last Delivered Interval and the Latest Recorded Interval, accounting for the Delivery Midnight Aligned resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded as follows:\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Interval Data Instance ID/ Class [16-bit integer]\n3. Timestamp of first Interval [32-bit integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n4. Interval Period in seconds [32-bit integer]\n5. Number of intervals in Payload [16-bit integer]\n6. Number of Values Per Interval [8-bit integer]\n7. Size of Value 1 in bits [8-bit integer]\n8. Size of Value 2 in bits [8-bit integer]\n...\n9. Size of Value N in bits [8-bit integer]\n10. Interval 1 Value 1 [x bits]\n11. Interval 1 Value 2 [x bits]\n...\n12. Interval 1 Value N [x bits]\n...\n13. Interval N Value N [x bits]\n\nIf for some implementation specific reason, there are missing intervals in the sequence, the payload may consist of multiple blocks of the above serialised data (appended into a single binary opaque value), each block representing a continuous series of interval data.\n	Opaque	R	\N	\N	Mandatory	Single	10267
48	2024-01-02 01:07:31.877676	\N	Sensor Value	5700	/3318/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3318
49	2024-01-02 01:07:31.878614	\N	Sensor Units	5701	/3318/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3318
50	2024-01-02 01:07:31.879568	\N	Min Measured Value	5601	/3318/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3318
51	2024-01-02 01:07:31.880516	\N	Max Measured Value	5602	/3318/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3318
52	2024-01-02 01:07:31.881448	\N	Min Range Value	5603	/3318/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3318
53	2024-01-02 01:07:31.882346	\N	Max Range Value	5604	/3318/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3318
54	2024-01-02 01:07:31.883187	\N	Reset Min and Max Measured Values	5605	/3318/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3318
55	2024-01-02 01:07:31.884089	\N	Current Calibration	5821	/3318/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3318
56	2024-01-02 01:07:31.885505	\N	Application Type	5750	/3318/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3318
57	2024-01-02 01:07:31.886667	\N	Increase Input State	5532	/3344/5532	Indicates an increase control action.	Boolean	R	\N	\N	Mandatory	Single	3344
58	2024-01-02 01:07:31.887584	\N	Decrease Input State	5533	/3344/5533	Indicates a decrease control action.	Boolean	R	\N	\N	Mandatory	Single	3344
59	2024-01-02 01:07:31.888416	\N	Up Counter	5541	/3344/5541	Counts the number of times the increase control has been operated. Writing a 0 resets the counter.	Integer	RW	\N	\N	Optional	Single	3344
63	2024-01-02 01:07:31.892096	\N	Digital Input Counter	5501	/3302/5501	The cumulative value of active state detected.	Integer	R	\N	\N	Optional	Single	3302
64	2024-01-02 01:07:31.89318	\N	Digital Input Counter Reset	5505	/3302/5505	Reset the Counter value	Opaque	E	\N	\N	Optional	Single	3302
65	2024-01-02 01:07:31.894221	\N	Sensor Type	5751	/3302/5751	The type of the sensor (for instance PIR type)	String	R	\N	\N	Optional	Single	3302
66	2024-01-02 01:07:31.89512	\N	Busy to Clear delay	5903	/3302/5903	Delay from the detection state to the clear state in ms	Integer	RW	ms	\N	Optional	Single	3302
67	2024-01-02 01:07:31.895975	\N	Clear to Busy delay	5904	/3302/5904	Delay from the clear state to the busy state in ms	Integer	RW	ms	\N	Optional	Single	3302
68	2024-01-02 01:07:31.89684	\N	Event Type	6011	/10273/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10273
69	2024-01-02 01:07:31.897916	\N	Alarm Realtime	6012	/10273/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10273
70	2024-01-02 01:07:31.898799	\N	Alarm State	6013	/10273/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10273
71	2024-01-02 01:07:31.899728	\N	Alarm Set Threshold	6014	/10273/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10273
72	2024-01-02 01:07:31.900671	\N	Alarm Set Operator	6015	/10273/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10273
73	2024-01-02 01:07:31.901638	\N	Alarm Clear Threshold	6016	/10273/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10273
74	2024-01-02 01:07:31.902575	\N	Alarm Clear Operator	6017	/10273/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10273
75	2024-01-02 01:07:31.903654	\N	Alarm Maximum Event Count	6018	/10273/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10273
76	2024-01-02 01:07:31.904794	\N	Alarm Maximum Event Period	6019	/10273/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10273
77	2024-01-02 01:07:31.905798	\N	Latest Delivered Event Time	6020	/10273/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10273
78	2024-01-02 01:07:31.906863	\N	Latest Recorded Event Time	6021	/10273/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10273
79	2024-01-02 01:07:31.90775	\N	Alarm Clear	6022	/10273/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10273
80	2024-01-02 01:07:31.908637	\N	Alarm Auto Clear	6023	/10273/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10273
81	2024-01-02 01:07:31.909676	\N	Event Code	6024	/10273/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10273
117	2024-01-02 01:07:31.947909	\N	Serving Cell (CrowdBox) eNB RSRQ	3	/10249/3	The RSRQ of the CrowdBox eNB, as defined in TS 36.133, Section 9.1.7. Range: RSRQ_-30; RSRQ_-29 .. RSRQ_46	Integer	R	\N	-30..46	Mandatory	Single	10249
82	2024-01-02 01:07:31.910658	\N	Latest Payload	6025	/10273/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10273
83	2024-01-02 01:07:31.912602	\N	Latitude	5514	/3336/5514	The decimal notation of latitude, e.g. -43.5723 (World Geodetic System 1984).	String	R	\N	\N	Mandatory	Single	3336
84	2024-01-02 01:07:31.914082	\N	Longitude	5515	/3336/5515	The decimal notation of longitude, e.g. 153.21760 (World Geodetic System 1984).	String	R	\N	\N	Mandatory	Single	3336
85	2024-01-02 01:07:31.915107	\N	Uncertainty	5516	/3336/5516	The accuracy of the position in meters.	String	R	\N	\N	Optional	Single	3336
86	2024-01-02 01:07:31.916037	\N	Compass Direction	5705	/3336/5705	Measured Direction.	Float	R	Degrees	0-360	Optional	Single	3336
87	2024-01-02 01:07:31.917019	\N	Velocity	5517	/3336/5517	The velocity of the device as defined in 3GPP 23.032 GAD specification. This set of values may not be available if the device is static.	Opaque	R	\N	\N	Optional	Single	3336
88	2024-01-02 01:07:31.918289	\N	Timestamp	5518	/3336/5518	The timestamp of when the location measurement was performed.	Time	R	\N	\N	Optional	Single	3336
89	2024-01-02 01:07:31.919656	\N	Application Type	5750	/3336/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3336
90	2024-01-02 01:07:31.920732	\N	servingCellID	0	/3378/0	Serving Cell ID	Integer	R	\N	\N	Mandatory	Single	3378
91	2024-01-02 01:07:31.922363	\N	crcResult	1	/3378/1	fail=0\npass=1	Boolean	R	\N	\N	Mandatory	Single	3378
92	2024-01-02 01:07:31.923377	\N	sysFrameNumber	6037	/3378/6037	system frame number when pbch was decoded	Integer	R	\N	\N	Mandatory	Single	3378
93	2024-01-02 01:07:31.924339	\N	Data	0	/19/0	Indicates the application data content.	Opaque	RW	\N	\N	Mandatory	Multiple	19
94	2024-01-02 01:07:31.92532	\N	Data Priority	1	/19/1	Indicates the Application data priority:\n0:Immediate\n1:BestEffort\n2:Latest\n3-100: Reserved for future use.\n101-254: Proprietary mode.	Integer	RW	\N	1 bytes	Optional	Single	19
95	2024-01-02 01:07:31.926321	\N	Data Creation Time	2	/19/2	Indicates the object instance creation timestamp.	Time	RW	\N	\N	Optional	Single	19
96	2024-01-02 01:07:31.927286	\N	Data Description	3	/19/3	Indicates the data description.\ne.g. "meter reading".	String	RW	\N	32 bytes	Optional	Single	19
97	2024-01-02 01:07:31.928236	\N	Data Format	4	/19/4	Indicates the format of the Application Data.\ne.g. YG-Meter-Water-Reading\nUTF8-string\n	String	RW	\N	32 bytes	Optional	Single	19
98	2024-01-02 01:07:31.929156	\N	App ID	5	/19/5	Indicates the destination Application ID.	Integer	RW	\N	2 bytes	Optional	Single	19
99	2024-01-02 01:07:31.930156	\N	timeRLF	0	/3356/0	Modem time when RLF is occurred\n	Integer	R	\N	\N	Mandatory	Single	3356
100	2024-01-02 01:07:31.931073	\N	rlfCause	1	/3356/1	Radio Link Failure cause\n        0 = configurationFailue\n        1 = handoverFailure\n        2 = rachFailure,\n        3 = maxRetransmission,\n        4 = ipCheckFailue\n        5 = sibReadingFailure\n        6 = mibChange\n        7 = other	Integer	R	\N	\N	Mandatory	Single	3356
101	2024-01-02 01:07:31.93198	\N	MacRachAttemptReasonType	0	/3367/0	1 = Connection-Request\n2 = Radio-Link-Failure\n3 = UL-Data-Arrival\n4 = DL-Data-Arrival\n5 = Handover	Integer	R	\N	\N	Mandatory	Single	3367
102	2024-01-02 01:07:31.932856	\N	ueID	1	/3367/1	UE ID	Integer	R	\N	\N	Mandatory	Single	3367
103	2024-01-02 01:07:31.934088	\N	contentionBased	2	/3367/2	1 = Contention based\n0 = otherwise	Boolean	R	\N	\N	Mandatory	Single	3367
104	2024-01-02 01:07:31.935256	\N	preamble	3	/3367/3	preamble= The random access preambles are generated from Zadoff-Chu sequences with zero correlation zone (3GPP TS 36.211)	Integer	R	\N	\N	Mandatory	Single	3367
105	2024-01-02 01:07:31.936389	\N	preambleGroupChosen	4	/3367/4	0: Group A, 1: Group B	Boolean	R	\N	\N	Mandatory	Single	3367
106	2024-01-02 01:07:31.93731	\N	Key	0	/10260/0	The name of the RDB variable that this instance currently represents. Writing to this resource will not rename or otherwise modify the associated RDB variable, rather it will re-assign the instance to represent a different variable.	String	RW	\n        	\n        	Mandatory	Single	10260
107	2024-01-02 01:07:31.938219	\N	Value	1	/10260/1	The current value of the RDB variable associated with this instance. If the associated RDB variable does not currently exist then reading this resource will return a "Not Found" error code, and writing to this resource will create the variable.	String	RW	\n        	\n        	Mandatory	Single	10260
108	2024-01-02 01:07:31.939108	\N	Persistent	2	/10260/2	Configure whether or not the RDB variable associated with this instance will be saved to persistent storage.	Boolean	RW	\n        	\n        	Mandatory	Single	10260
109	2024-01-02 01:07:31.940589	\N	Unset	3	/10260/3	Delete the RDB variable associated with this instance.	String	E	\n        	\n        	Mandatory	Single	10260
110	2024-01-02 01:07:31.941494	\N	Digital Input State	5500	/3347/5500	The current state of a digital input.	Boolean	R	\N	\N	Mandatory	Single	3347
111	2024-01-02 01:07:31.942382	\N	Digital Input State	5501	/3347/5501	The number of times the input transitions from 0 to 1.	Integer	R	\N	\N	Optional	Single	3347
112	2024-01-02 01:07:31.9433	\N	Application Type	5750	/3347/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3347
113	2024-01-02 01:07:31.944231	\N	ActiveLink	0	/2049/0	Contains the reference to the CMDH policies (CmdhPolicy Object Instance) currently active for the associated CSE.	Objlnk	RW	\N	\N	Mandatory	Single	2049
114	2024-01-02 01:07:31.945172	\N	Connected User MMEC	0	/10249/0	MMEC signalled by the UE to the eNB in the RRCConnectionRequest message (see TS 36.331).	Integer	R	\N	0..255	Mandatory	Single	10249
115	2024-01-02 01:07:31.946082	\N	Connected User M-TMSI	1	/10249/1	M-TMSI signalled by the UE to the eNB in the RRCConnectionRequest message (see TS 36.331).	Integer	R	\N	0..2^32-1	Mandatory	Single	10249
116	2024-01-02 01:07:31.946994	\N	Serving Cell (CrowdBox) eNB RSRP	2	/10249/2	The RSRP of the CrowdBox eNB, as defined in TS 36.133, Section 9.1.4. Range: RSRP_00; RSRP_01 .. RSRP_97	Integer	R	\N	0..97	Mandatory	Single	10249
415	2024-01-02 01:07:32.202713	\N	Beacon Enabled	7	/12/7	0: Do not broadcast beacons\n1: Broadcast beacons	Boolean	RW	\N	\N	Optional	Single	12
118	2024-01-02 01:07:31.94884	\N	Cumulative Timing Advance per Connected User	4	/10249/4	The cumulative timing advance signalled by the eNB to each currently connected UE. This is the sum of the initial timing advance signalled in the MAC payload of the Random Access Response (11 bits, 0 .. 1282) and subsequent adjustments signalled in the MAC PDU of DL-SCH transmissions (6 bits, -31 .. 32). See TS 36.321 for details.	Integer	R	\N	0-65535	Optional	Single	10249
119	2024-01-02 01:07:31.949886	\N	Last downlink CQI report per Connected User	5	/10249/5	The last downlink wideband CQI reported by a connected user the eNB. The CQI format is defined in Table 7.2.3-1 of TS 36.213.	Integer	R	\N	0..255	Mandatory	Single	10249
120	2024-01-02 01:07:31.95126	\N	Cumulative Downlink Throughput per Connected User	6	/10249/6	The total number of MAC bytes sent to the connected user over the immediately preceding period specified by the "Cumulative Measurement Window" field.	Integer	R	bytes	0..2^32-1	Mandatory	Single	10249
121	2024-01-02 01:07:31.952485	\N	Cumulative Uplink Throughput per Connected User	7	/10249/7	The total number of MAC bytes received from the connected user over the immediately preceding period specified by the "Cumulative Measurement Window" field.	Integer	R	bytes	0..2^32-1	Mandatory	Single	10249
122	2024-01-02 01:07:31.953525	\N	Neighbour Cell Report	8	/10249/8	A link to the "Neighbour Cell Report" object for each neighbour cell reported to the CrowdBox by the connected UE	Objlnk	R	\N	\N	Mandatory	Multiple	10249
123	2024-01-02 01:07:31.954418	\N	Sensor Value	5700	/3304/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3304
124	2024-01-02 01:07:31.955305	\N	Min Measured Value	5601	/3304/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3304
125	2024-01-02 01:07:31.956474	\N	Max Measured Value	5602	/3304/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3304
126	2024-01-02 01:07:31.957434	\N	Min Range Value	5603	/3304/5603	The minimum value that can be measured by the sensor	String	R	Defined by “Units” resource.	\N	Optional	Single	3304
127	2024-01-02 01:07:31.958349	\N	Max Range Value	5604	/3304/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3304
128	2024-01-02 01:07:31.959235	\N	Sensor Units	5701	/3304/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\N	\N	Optional	Single	3304
129	2024-01-02 01:07:31.960264	\N	Reset Min and Max Measured Values	5605	/3304/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3304
130	2024-01-02 01:07:31.961193	\N	Event Type	6011	/10284/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10284
131	2024-01-02 01:07:31.962177	\N	Alarm Realtime	6012	/10284/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10284
132	2024-01-02 01:07:31.96308	\N	Alarm State	6013	/10284/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10284
133	2024-01-02 01:07:31.963973	\N	Alarm Set Threshold	6014	/10284/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10284
134	2024-01-02 01:07:31.96489	\N	Alarm Set Operator	6015	/10284/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10284
135	2024-01-02 01:07:31.965884	\N	Alarm Clear Threshold	6016	/10284/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10284
136	2024-01-02 01:07:31.967256	\N	Alarm Clear Operator	6017	/10284/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10284
137	2024-01-02 01:07:31.968421	\N	Alarm Maximum Event Count	6018	/10284/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10284
189	2024-01-02 01:07:32.0203	\N	Application Type	5750	/10258/5750	The application type of the sensor or actuator as a string, for instance, “Air Pressure”.	String	RW	\n        	\n        	Optional	Single	10258
190	2024-01-02 01:07:32.02122	\N	Current Calibration	5821	/10258/5821	Read or Write the current calibration coefficient	Float	RW	\n        	\n        	Optional	Single	10258
138	2024-01-02 01:07:31.96955	\N	Alarm Maximum Event Period	6019	/10284/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10284
139	2024-01-02 01:07:31.970558	\N	Latest Delivered Event Time	6020	/10284/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10284
140	2024-01-02 01:07:31.971453	\N	Latest Recorded Event Time	6021	/10284/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10284
141	2024-01-02 01:07:31.972324	\N	Alarm Clear	6022	/10284/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10284
142	2024-01-02 01:07:31.973518	\N	Alarm Auto Clear	6023	/10284/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10284
143	2024-01-02 01:07:31.974447	\N	Event Code	6024	/10284/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10284
144	2024-01-02 01:07:31.975391	\N	Latest Payload	6025	/10284/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10284
145	2024-01-02 01:07:31.976359	\N	Interval Period	6000	/10269/6000	The Interval Period resource is an Integer value representing the width in seconds of the intervals being managed by this interval data object. This resource is read only and can only be changed by resource 11 (Change Interval Configuration). It is recommended that the Interval Period be set to a devisor of 24 hours (86400 seconds) to provide a consistent interval period. Examples of Interval Period include:-\n30 = Every 30 seconds\n600 = Every 10 minutes\n1800 = Every 30 minutes\n3600 = Hourly\n7200 = Every 2 hours\n14400 = Every 4 hours\n43200 = Every 12 hours\n86400 = Every Day\n172600 = Every Second Day	Integer	R	Seconds	1-864000	Mandatory	Single	10269
146	2024-01-02 01:07:31.977374	\N	Interval Start Offset	6001	/10269/6001	The Interval Start Offset resource is a read only resource representing the number of seconds past midnight for which the first interval is recorded. If this resource is empty, it is assumed that the intervals are midnight aligned. This can be used to adjust interval boundaries. As an example, an Interval Period of 3600 seconds and an Interval Start time of 300 represents hourly interval data, starting at 00:05.	Integer	R	Seconds	0-86399	Optional	Single	10269
147	2024-01-02 01:07:31.978302	\N	Interval UTC Offset	6002	/10269/6002	The Interval UTC Offset resource is a read only resource representing the time zone offset for this Interval Data instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided. UTC+X [ISO 8601].	String	R	\N	\N	Optional	Single	10269
148	2024-01-02 01:07:31.979266	\N	Interval Collection Start Time	6003	/10269/6003	The Collection Start Time resource is a read only resource representing the time when the first interval was recorded on the device. Interval times represent the end of the interval, not the beginning. As an example, the first four hourly interval past midnight will have a timestamp of 04:00 (adjusting for UTC offset). 	Time	R	\N	\N	Mandatory	Single	10269
149	2024-01-02 01:07:31.98024	\N	Oldest Recorded Interval	6004	/10269/6004	The Oldest Recorded Interval resource is a read-only resource representing the oldest available interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10269
150	2024-01-02 01:07:31.981217	\N	Last Delivered Interval	6005	/10269/6005	The Last Delivered Interval is a readable and writable resource used to represent the last interval delivered to the LwM2M server. Interval times represent the end of the interval, not the beginning. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Payload resource. This resource is writable to allow the server to adjust the Last Delivered Interval value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10269
151	2024-01-02 01:07:31.982226	\N	Latest Recorded Interval	6006	/10269/6006	The Latest Recorded Interval is a readable resource representing the currently highest recorded interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10269
152	2024-01-02 01:07:31.983117	\N	Interval Delivery Midnight Aligned	6007	/10269/6007	The Delivery Midnight Aligned is a readable and writable resource used to indicate if data is delivered only to the previous midnight (1) or if part-day data can be delivered (0). Calculating Midnight should consider the Interval UTC Offset resource, or if empty, the Device [/3/0/14] object instance resource.	Boolean	RW	\N	\N	Mandatory	Single	10269
191	2024-01-02 01:07:32.022195	\N	TargetNetwork	0	/2055/0	Contains identifiers of Underlying networks	String	RW	\N	\N	Mandatory	Multiple	2055
192	2024-01-02 01:07:32.023214	\N	SpreadingWaitTime	1	/2055/1	Contains a value in ms such that before accessing the underlying network (typically to forward an incoming request), the CSE will wait for an additional amount of time randomly chosen between 0 and this value	Integer	RW	ms	\N	Mandatory	Single	2055
153	2024-01-02 01:07:31.984769	\N	Interval Historical Read	6008	/10269/6008	Historical Interval Read is an executable resource designed to retrieve ad-hoc interval read data. The resource takes two arguments:-\nArgument 0: First Interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nArgument 1: Last interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nThe dates should be inclusive based on the end time of the interval. The data retrieved from this resource will be readable (or observable) from the Historical Read Payload Resource.\n\nAs an example, the Argument List to retrieve data from Midnight 2nd March (UTC+10) to Midnight 6rd March (UTC+10) for a specific instance of the interval data object, would be constructed as follows:-\n\n0='1488463200',1='1488808800'	\N	E	\N	\N	Optional	Single	10269
154	2024-01-02 01:07:31.986081	\N	Interval Historical Read Payload	6009	/10269/6009	The Historical Read Payload resource is the representation of the data requested by the Historical Interval Read executable resource. The format of this Opaque value should be identical to the Latest Payload resource. If no Historical Interval Read has been executed, this resource should return and empty Opaque value. This resource can either be Read from the Server or set up as an observation and Notified to the server as soon as the historical data is available. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Historical Read Payload should be set to an empty Opaque value.	Opaque	R	\N	\N	Optional	Single	10269
155	2024-01-02 01:07:31.987076	\N	Interval Change Configuration	6010	/10269/6010	Change Interval Configuration is an executable resource designed to allow the Interval Period, Interval Start Offset and Interval UTC Offset to be reconfigured. The resource takes three arguments:-\nArgument 0: [Mandatory] Interval Period represented as an integer as defined in the Interval Period Resource.\nArgument 1: [Optional] Interval start offset represented as an integer as defined in the Interval Start Offset Resource. If not provided, leave the value as per the current configuration\nArgument 2: [Optional] Interval UTC offset represented as a String as defined in the Interval UTC Offset Resource. If not provided, leave the value as per the current configuration.\n\nDepending on the specifics of the implementation of this object, reconfiguring the Interval data object may result in the removal of all historical data for this Interval Data Object Instance. Please consult with your device vendor as to the implications of reconfiguring an Interval Data Object Instance.\n\nAs an example, the Argument List to change an interval data object instance from its existing values to one hour intervals, midnight aligned in UTC+10 time zone:-\n\n0='3600',1='0',1='UTC+10'	\N	E	\N	\N	Optional	Single	10269
156	2024-01-02 01:07:31.98803	\N	Start	6026	/10269/6026	Start is an executable resource that enables the recording of interval data. The first interval recorded will have a timestamp based on the Interval Start Offset resource. This executable resource takes no arguments. Refer to re-usable resource LogStart for further details.	\N	E	\N	\N	Optional	Single	10269
157	2024-01-02 01:07:31.988963	\N	Stop	6027	/10269/6027	Stop (LogStop) is an executable resource that disables the recording of interval data for this object instance. This executable resource takes no arguments. Refer to re-usable resource LogStop for further details.	\N	E	\N	\N	Optional	Single	10269
158	2024-01-02 01:07:31.989891	\N	Status	6028	/10269/6028	Recording Enabled is a read-only resource providing an indication of if interval data is currently being recorded for this object instance. Refer to re-usable resource LogStatus for further details.	Integer	R	\N	\N	Optional	Single	10269
159	2024-01-02 01:07:31.990787	\N	Latest Payload	6029	/10269/6029	The Latest Payload resource is a read-only serialised Opaque (Binary) representation of all the Interval Data between the Last Delivered Interval and the Latest Recorded Interval, accounting for the Delivery Midnight Aligned resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded as follows:\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Interval Data Instance ID/ Class [16-bit integer]\n3. Timestamp of first Interval [32-bit integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n4. Interval Period in seconds [32-bit integer]\n5. Number of intervals in Payload [16-bit integer]\n6. Number of Values Per Interval [8-bit integer]\n7. Size of Value 1 in bits [8-bit integer]\n8. Size of Value 2 in bits [8-bit integer]\n...\n9. Size of Value N in bits [8-bit integer]\n10. Interval 1 Value 1 [x bits]\n11. Interval 1 Value 2 [x bits]\n...\n12. Interval 1 Value N [x bits]\n...\n13. Interval N Value N [x bits]\n\nIf for some implementation specific reason, there are missing intervals in the sequence, the payload may consist of multiple blocks of the above serialised data (appended into a single binary opaque value), each block representing a continuous series of interval data.\n	Opaque	R	\N	\N	Mandatory	Single	10269
160	2024-01-02 01:07:31.99177	\N	Event Type	6011	/10282/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Yes	Single	10282
161	2024-01-02 01:07:31.992724	\N	Alarm Realtime	6012	/10282/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Yes	Single	10282
162	2024-01-02 01:07:31.993772	\N	Alarm State	6013	/10282/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	No	Single	10282
163	2024-01-02 01:07:31.994724	\N	Alarm Set Threshold	6014	/10282/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	No	Single	10282
263	2024-01-02 01:07:32.090993	\N	Acceptable RSSI (1xEV-DO)	4	/13/4	Provides guide to the application when performing manual network selection.	Integer	RW	\N	\N	Optional	Single	13
164	2024-01-02 01:07:31.995637	\N	Alarm Set Operator	6015	/10282/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	No	Single	10282
165	2024-01-02 01:07:31.99661	\N	Alarm Clear Threshold	6016	/10282/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	No	Single	10282
166	2024-01-02 01:07:31.997532	\N	Alarm Clear Operator	6017	/10282/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	No	Single	10282
167	2024-01-02 01:07:31.998494	\N	Alarm Maximum Event Count	6018	/10282/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	No	Single	10282
168	2024-01-02 01:07:31.999427	\N	Alarm Maximum Event Period	6019	/10282/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	No	Single	10282
169	2024-01-02 01:07:32.000852	\N	Latest Delivered Event Time	6020	/10282/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	No	Single	10282
170	2024-01-02 01:07:32.002131	\N	Latest Recorded Event Time	6021	/10282/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Yes	Single	10282
171	2024-01-02 01:07:32.003057	\N	Alarm Clear	6022	/10282/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	No	Single	10282
172	2024-01-02 01:07:32.003947	\N	Alarm Auto Clear	6023	/10282/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	No	Single	10282
173	2024-01-02 01:07:32.004823	\N	Event Code	6024	/10282/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Yes	Single	10282
174	2024-01-02 01:07:32.005775	\N	Latest Payload	6025	/10282/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Yes	Single	10282
175	2024-01-02 01:07:32.006727	\N	EMMCause	0	/3364/0	EMM Failure Causes - 3GPP 24.301	Integer	R	\N	\N	Mandatory	Single	3364
176	2024-01-02 01:07:32.007623	\N	tpc	0	/3377/0	TPC	Integer	R	\N	\N	Mandatory	Single	3377
177	2024-01-02 01:07:32.008505	\N	resourceIndicatorValue	1	/3377/1	Resource Indicator Value	Integer	R	\N	\N	Mandatory	Single	3377
178	2024-01-02 01:07:32.009408	\N	cqi	2	/3377/2	CQI	Integer	R	\N	\N	Mandatory	Single	3377
179	2024-01-02 01:07:32.010356	\N	uplinkDelay	3	/3377/3	0=no delay, 1=delay	Boolean	R	\N	\N	Mandatory	Single	3377
180	2024-01-02 01:07:32.011299	\N	hoppingEnabled	4	/3377/4	0=Disabled, 1=Enabled	Boolean	R	\N	\N	Mandatory	Single	3377
181	2024-01-02 01:07:32.012194	\N	numRb	5	/3377/5	num RB	Integer	R	\N	\N	Mandatory	Single	3377
182	2024-01-02 01:07:32.013089	\N	transportBlockSizeIndex	6	/3377/6	Transport Block Size Index	Integer	R	\N	\N	Mandatory	Single	3377
183	2024-01-02 01:07:32.014086	\N	ModulationType	7	/3377/7	Modulation Type	Integer	R	\N	\N	Mandatory	Single	3377
184	2024-01-02 01:07:32.014977	\N	redundancyVersionIndex	8	/3377/8	Redundancy Version Index	Integer	R	\N	\N	Mandatory	Single	3377
185	2024-01-02 01:07:32.015877	\N	Current Loop Output Current Value	0	/10258/0	The current value of the current loop output.	Float	RW	mA	3.8-20.5	Mandatory	Single	10258
186	2024-01-02 01:07:32.016903	\N	Min Range Value	5603	/10258/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\n        	Optional	Single	10258
187	2024-01-02 01:07:32.018266	\N	Max Range Value	5604	/10258/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\n        	Optional	Single	10258
188	2024-01-02 01:07:32.019399	\N	Sensor Units	5701	/10258/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\n        	\n        	Optional	Single	10258
193	2024-01-02 01:07:32.024144	\N	MinReqVolume	2	/2055/2	Minimum amount of data that needs to be aggregated before any of the Underlying Networks matching with the targetNetwork Resource of the current Instance of the  CmdhNwAccessRule Object can be used for forwarding information to other CSEs.	Integer	RW	Byte	\N	Mandatory	Single	2055
194	2024-01-02 01:07:32.025172	\N	BackOffParameters	3	/2055/3	Reference to an Instance of BackOffParameterSet Object defining parameters that define how usage of any of the Underlying Networks matching with the targetNetwork Resource  of that Object Instance, shall be handled when attempts to use such networks have failed.\n	Objlnk	RW	\N	\N	Mandatory	Single	2055
195	2024-01-02 01:07:32.026103	\N	OtherConditions	4	/2055/4	List of additional conditions that need to be fulfilled before any of the Underlying Networks matching with the TargetNetwork Resource of this CmdhNwAccessRule Object Instance can be used for forwarding information to other CSEs. 	String	RW	\N	\N	Mandatory	Single	2055
196	2024-01-02 01:07:32.027386	\N	AllowedSchedule	5	/2055/5	Contains time schedules in form of extended crontab syntax defined in oneM2M Protocol TS-0004 	String	RW	\N	\N	Mandatory	Multiple	2055
197	2024-01-02 01:07:32.028629	\N	Sensor Value	5700	/3325/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3325
198	2024-01-02 01:07:32.030233	\N	Sensor Units	5701	/3325/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3325
199	2024-01-02 01:07:32.031659	\N	Min Measured Value	5601	/3325/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3325
200	2024-01-02 01:07:32.033159	\N	Max Measured Value	5602	/3325/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3325
201	2024-01-02 01:07:32.034729	\N	Min Range Value	5603	/3325/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3325
202	2024-01-02 01:07:32.035723	\N	Max Range Value	5604	/3325/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3325
203	2024-01-02 01:07:32.036727	\N	Reset Min and Max Measured Values	5605	/3325/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3325
204	2024-01-02 01:07:32.037812	\N	Current Calibration	5821	/3325/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3325
205	2024-01-02 01:07:32.038834	\N	Application Type	5750	/3325/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3325
206	2024-01-02 01:07:32.039783	\N	Host Device Manufacturer	5905	/10241/5905	Human readable host device manufacturer name	String	R	\N	\N	Mandatory	Multiple	10241
207	2024-01-02 01:07:32.040716	\N	Host Device Model Number	5906	/10241/5906	A host device model identifier (manufacturer specified string)	String	R	\N	\N	Mandatory	Multiple	10241
208	2024-01-02 01:07:32.041672	\N	Host Device Unique ID	5907	/10241/5907	The host device unique ID as assigned by an OEM, MNO, or other as the Device ID in the onboarding or manufacturing process.	String	R	\N	\N	Mandatory	Multiple	10241
209	2024-01-02 01:07:32.042558	\N	Host Device Software Version	5908	/10241/5908	Current software version of the host device. (manufacturer specified string).	String	R	\N	\N	Mandatory	Multiple	10241
210	2024-01-02 01:07:32.043546	\N	ssrc	0	/3386/0	id of RTP stream	Integer	R	\N	\N	Mandatory	Single	3386
211	2024-01-02 01:07:32.044539	\N	packetsLost	1	/3386/1	Number of RTP packets lost	Integer	R	\N	\N	Mandatory	Single	3386
212	2024-01-02 01:07:32.04548	\N	Event Type	6011	/10278/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10278
213	2024-01-02 01:07:32.046455	\N	Alarm Realtime	6012	/10278/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10278
214	2024-01-02 01:07:32.047345	\N	Alarm State	6013	/10278/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10278
215	2024-01-02 01:07:32.04835	\N	Alarm Set Threshold	6014	/10278/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10278
216	2024-01-02 01:07:32.049755	\N	Alarm Set Operator	6015	/10278/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10278
217	2024-01-02 01:07:32.051035	\N	Alarm Clear Threshold	6016	/10278/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10278
238	2024-01-02 01:07:32.070879	\N	Name	0	/10262/0	The Name resource provides a way to identify different Interval Data Delivery instances. Name is a readable and writable attribute. Name is defined as an arbitrary length text string	String	RW	\N	\N	Mandatory	Single	10262
264	2024-01-02 01:07:32.091582	\N	Cell lock list	5	/13/5	Comma separated list of allowed Global Cell Identities.	String	RW	\N	\N	Optional	Single	13
410	2024-01-02 01:07:32.198146	\N	Radio Enabled	2	/12/2	0: Disabled\n1: 2.4 GHz\n2: 5 GHz\n3: 0.9 GHz\n4: 3.7 GHz\n5: 45 GHz\n6: 60 GHz	Integer	RW	\N	\N	Optional	Single	12
218	2024-01-02 01:07:32.051987	\N	Alarm Clear Operator	6017	/10278/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10278
219	2024-01-02 01:07:32.052978	\N	Alarm Maximum Event Count	6018	/10278/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10278
220	2024-01-02 01:07:32.053913	\N	Alarm Maximum Event Period	6019	/10278/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10278
221	2024-01-02 01:07:32.05481	\N	Latest Delivered Event Time	6020	/10278/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10278
222	2024-01-02 01:07:32.055692	\N	Latest Recorded Event Time	6021	/10278/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10278
223	2024-01-02 01:07:32.056861	\N	Alarm Clear	6022	/10278/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10278
224	2024-01-02 01:07:32.057815	\N	Alarm Auto Clear	6023	/10278/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10278
225	2024-01-02 01:07:32.058706	\N	Event Code	6024	/10278/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10278
226	2024-01-02 01:07:32.059621	\N	Latest Payload	6025	/10278/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10278
227	2024-01-02 01:07:32.060612	\N	Order	0	/2053/0	Contains index indicating in which order the concerned CmdhLimits Object Instance will be treated by the CSE to determine a value for the limit parameters.	Integer	RW	\N	\N	Mandatory	Single	2053
228	2024-01-02 01:07:32.061605	\N	RequestOrigin	1	/2053/1	List of zero or more Local AE-IDs, App-IDs, or the strings “localAE” or “thisCSE”	String	RW	\N	\N	Mandatory	Multiple	2053
229	2024-01-02 01:07:32.062668	\N	RequestContext	2	/2053/2	Represents the Dynamic Context condition under which CMDH parameter limits defined inside the concerned CmdhLimits Object Instance is applicable.	String	RW	\N	\N	Optional	Single	2053
230	2024-01-02 01:07:32.063761	\N	RequestContextNotificatio	3	/2053/3	Contains true/false flag indicating whether or not notification procedures apply.	Boolean	RW	\N	\N	Optional	Single	2053
231	2024-01-02 01:07:32.064808	\N	RequestCharacteristics	4	/2053/4	Represents conditions pertaining to the request itself, (e.g. the requested Response Type  ) than needs to be matched	String	RW	\N	\N	Optional	Single	2053
232	2024-01-02 01:07:32.065904	\N	LimitsEventCategory	5	/2053/5	Allowed values for the Event Category parameter in a request of any of the Originators indicated in the requestOrigin attribute.	Integer	RW	\N	\N	Mandatory	Multiple	2053
233	2024-01-02 01:07:32.066712	\N	LimitsRequestExpTime 	6	/2053/6	Defines a range of values for the Request Expiration Time parameter for a request of any Originator indicated in the requestOrigin Resource\nInst 0 : minTime\nInst 1:  maxTime\n 	Integer	RW	ms	2 Instances	Mandatory	Multiple	2053
234	2024-01-02 01:07:32.067351	\N	LimitsResultExpTime	7	/2053/7	Defines a range of values for the Result Expiration Time parameter for a request of any Originator indicated in the requestOrigin Resource\nInst 0 : minTime\nInst 1:  maxTime\n	Integer	RW	ms	2 Instances	Mandatory	Multiple	2053
235	2024-01-02 01:07:32.068343	\N	LimitsOptExpTime	8	/2053/8	Defines a range of values for the Operation Expiration Time parameter for a request of any Originator indicated in the requestOrigin Resource\nInst 0 : minTime\nInst 1:  maxTime\n	Integer	RW	ms	2 Instances	Mandatory	Multiple	2053
236	2024-01-02 01:07:32.069453	\N	LimitsRespPersistence	9	/2053/9	Defines a range of values for the Result Persistence parameter for a request of any Originator indicated in the requestOrigin Resource\nInst 0 : minTime\nInst 1:  maxTime\n	Integer	RW	ms	2 Instances	Mandatory	Multiple	2053
237	2024-01-02 01:07:32.070227	\N	LimitsDelAggregation	10	/2053/10	Contains the permitted settings of the DeliveryAggregation parameter of request primitives. \n'0' means 'False' '1' means 'True' '0 1' means 'False' or 'True'\n	String	RW	\N	\N	Mandatory	Multiple	2053
359	2024-01-02 01:07:32.158167	\N	Link Utilization	6	/4/6	The average utilization of the link to the next-hop IP router in %.	Integer	R	%	0-100	Optional	Single	4
239	2024-01-02 01:07:32.071501	\N	Interval Data Links	1	/10262/1	The Interval Data Links resource is a set of object links that point to each of the Interval Data Object Instances that are managed by this Interval Data Delivery Object Instance. An Object Link is two 16-bit integer values representing the Object ID and the Object Instance ID. This resource can have multiple instances allowing this Interval Data Delivery object to manage many Interval Data instances.	Objlnk	RW	\N	\N	Mandatory	Multiple	10262
240	2024-01-02 01:07:32.072475	\N	Latest Payload	2	/10262/2	The Latest Payload resource is a multiple instance resource representing the Latest Payload resource from each of the Interval Data objects defined in the Interval Data Links Resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should for each of the Interval Data objects defined in the Interval Data Links Resource must be updated. When no new data exists for a specific Interval Data instance and empty Opaque value should be provided. When a specific Interval Data Instance is disabled (Recording Enabled Resource = 0), no payload data should be provided at all.	Opaque	R	\N	\N	Mandatory	Multiple	10262
241	2024-01-02 01:07:32.073456	\N	Schedule	3	/10262/3	The Schedule resource provides link to a schedule object. This Schedule object is used to provide fine grain control the Notification schedule delivery when the default LwM2M NOTIFICATION attributes do not provide sufficient control. If no schedule is required, an Object Link referencing no Object Instance will contain the concatenation of 2 MAX-ID values (null link).	Objlnk	RW	\N	\N	Optional	Single	10262
242	2024-01-02 01:07:32.074366	\N	On/Off	5850	/3311/5850	This resource represents a light, which can be controlled, the setting of which is a Boolean value (1,0) where 1 is on and 0 is off.	Boolean	RW	\N	\N	Mandatory	Single	3311
243	2024-01-02 01:07:32.075139	\N	Dimmer	5851	/3311/5851	This resource represents a light dimmer setting, which has an Integer value between 0 and 100 as a percentage.	Integer	RW	%	0-100	Optional	Single	3311
244	2024-01-02 01:07:32.075757	\N	On Time	5852	/3311/5852	The time in seconds that the light has been on. Writing a value of 0 resets the counter.	Integer	RW	sec	\N	Optional	Single	3311
245	2024-01-02 01:07:32.076732	\N	Cumulative active power	5805	/3311/5805	The total power in Wh that the light has used.	Float	R	Wh	\N	Optional	Single	3311
246	2024-01-02 01:07:32.0777	\N	Power Factor	5820	/3311/5820	The power factor of the light.	Float	R	\N	\N	Optional	Single	3311
247	2024-01-02 01:07:32.078333	\N	Colour	5706	/3311/5706	A string representing a value in some color space	String	RW	\N	\N	Optional	Single	3311
248	2024-01-02 01:07:32.07904	\N	Sensor Units	5701	/3311/5701	If present, the type of sensor defined as the UCUM Unit Definition e.g. “Cel” for Temperature in Celcius.	String	R	\N	\N	Optional	Single	3311
249	2024-01-02 01:07:32.079794	\N	Latitude	0	/6/0	The decimal notation of latitude, e.g., -43.5723 [World Geodetic System 1984].	Float	R	Deg	\N	Mandatory	Single	6
250	2024-01-02 01:07:32.080553	\N	Longitude	1	/6/1	The decimal notation of longitude, e.g., 153.21760 [World Geodetic System 1984].	Float	R	Deg	\N	Mandatory	Single	6
251	2024-01-02 01:07:32.081349	\N	Altitude	2	/6/2	The decimal notation of altitude in meters above sea level.	Float	R	m	\N	Optional	Single	6
252	2024-01-02 01:07:32.082139	\N	Radius	3	/6/3	The value in the Radius Resource indicates the size in meters of a circular area around a point of geometry.	Float	R	m	\N	Optional	Single	6
253	2024-01-02 01:07:32.082867	\N	Velocity	4	/6/4	The velocity in the LwM2M Client is defined in [3GPP-TS_23.032].	Opaque	R	\N	\N	Optional	Single	6
254	2024-01-02 01:07:32.083608	\N	Timestamp	5	/6/5	The timestamp of when the location measurement was performed.	Time	R	\N	\N	Mandatory	Single	6
255	2024-01-02 01:07:32.084565	\N	Speed	6	/6/6	Speed is the time rate of change in position of a LwM2M Client without regard for direction: the scalar component of velocity.	Float	R	Meters per second	\N	Optional	Single	6
256	2024-01-02 01:07:32.085661	\N	publishResult	0	/3383/0	-1 = Publish message not available\n0 = Success (when 200 OK is received)\n1 = Failure (when any error other than 401 is received; else when 408 timeout occurs)	Integer	R	\N	\N	Mandatory	Single	3383
257	2024-01-02 01:07:32.086354	\N	rrcState	0	/3357/0	RRC state\n       0 =  null\n        1 = idleCampedOnAnyCell\n        2 = idleCampedNormally\n       3 =  idlConnecting\n        4 = connectedNormally\n        5 = releasing(when going from connected to idle)	Integer	R	\N	\N	Mandatory	Single	3357
258	2024-01-02 01:07:32.086938	\N	rrcStateChangeCause	1	/3357/1	Trigger for RRC state change\n 0 = toNull (Generic cause for all state transitions to null state. From any stable state other than null to null state)\n1 = IdleFromUpperLayer (Camped due to connection aborted from upper layers. From any stable state to idlecampednormally)\n2 = idleT300Expiry (Camped due to T300expiry. From any stable state other than connectednormally to idlecampednormally)\n3= idleConnectionReject (Camped due to connection rejected from eNB. From any stable state other than connectednormally to idlecampednormally)\n4 = idleCellReselectionFailure (Camped due to cell reselection. From idlecampednormally to idlecampednormally)\n5 = idleBarred (Camped due to access barring. From any stable state to idlecampednormally)\n6 = idleOtherRrcFailue (Camped due to other reasons. From any stable state to idlecampednormally)\n7 = idleEnteringLte (From null to idlecampednormally)\n8 = connectingEmergencyCall (Enter connecting due to emergency call. Any stable state other than connectednormally to connectednormally)\n9 = connectingHighPriAccess (Enter connecting due to high priority access. From idlecampednormally to connectednormally)\n10 = connectingReceiveCall (Enter connecting due to receiving call. From idlecampednormally to connectednormally)\n11 = connectingMakingCall (Enter connecting due to making call. From idlecampednormally to connectednormally)\n12 = connectingMoData (Enter connecting due to originating a data session. From idlecampednormally to connectednormally)\n13 = connectedHoFailure (Camped on a cell in connected state due to handover failure. From connectednormally to idlecampednormally or idlecampedonanycell)\n14 = connectedOther (Camped on a cell in connected state due to other reasons. From connectednormally to idlecampednormally or idlecampedonanycell.\n15 = releasingT311Expriry (Enter releasing due to T311 expiry. From connected normally to idlecampednormally)\n16 = releasingT301Expriry (Enter releasing due to T301 expiry. From connected normally to idlecampednormally)\n17 = releasingReject (Enter releasing due to RRC connection reestablishment reject. From connected normally to idlecampednormally)\n18 = connectingOther (From idlecampednormally to connectednormally for other procedures like Extended service request, TAU, or RRC reestablishment	Integer	R	\N	\N	Mandatory	Single	3357
259	2024-01-02 01:07:32.087707	\N	Preferred Communications Bearer	0	/13/0	Used in network selection and, if applicable, in subsequent mobility management procedures:\n0: auto connect\n1: 3GPP PS preferred\n2: 3GPP PS GSM (GPRS) preferred (including EC-GSM-IoT)\n3: 3GPP PS UMTS preferred\n4: 3GPP PS LTE preferred\n5: 1xEV-DO preferred (1)\n6: 3GPP CS preferred (1)\n7: WLAN preferred\n8: Ethernet preferred (1)\n9: DSL preferred (1)\n10: Bluetooth preferred (1)\n11: WIMAX preferred (1)\n12: 3GPP PS LTE with CIoT EPS optimisations, User Plane preferred (2)\n13: 3GPP PS LTE with CIoT EPS optimisations, Control Plane preferred (2)14: 3GPP PS NB-IoT Control Plane optimisations preferred (2)\n15: 3GPP PS NB-IoT User Plane optimisations preferred (2) \n16-100: Reserved for future use\nThe Preferred Communications Bearer resource specifies the preferred communications bearer that the LWM2M Client is requested to use for connecting to the LWM2M Server. If multiple preferred communications bearers are specified, the priority order is reflected by the resource instance order. E.g. the bearer which appears first in the list of resource instances is to have higher priority over the rest of available bearers. The LWM2M Client SHOULD use the preferred bearers with higher priority first if they are available. If none of indicated preferred bearers is available, the LWM2M Client SHOULD wait until one of them becomes available. 	Integer	RW	\N	8-bit	Optional	Multiple	13
260	2024-01-02 01:07:32.088581	\N	Acceptable RSSI (GSM)	1	/13/1	Provides guide to the application when performing manual network selection.	Integer	RW	\N	\N	Optional	Single	13
261	2024-01-02 01:07:32.089405	\N	Acceptable RSCP (UMTS)	2	/13/2	Provides guide to the application when performing manual network selection.	Integer	RW	\N	\N	Optional	Single	13
262	2024-01-02 01:07:32.090297	\N	Acceptable RSRP (LTE)	3	/13/3	Provides guide to the application when performing manual network selection.	Integer	RW	\N	\N	Optional	Single	13
265	2024-01-02 01:07:32.092149	\N	Operator list	6	/13/6	Comma separated list of MCC+MNC of operators, in priority order.\nResource “operator list mode” indicates how to process this list.	String	RW	\N	\N	Optional	Single	13
266	2024-01-02 01:07:32.092895	\N	Operator list mode	7	/13/7	Indicates whether resource “operator list” represents the allowed operator list (white list), or, the preferred operator list.\n0=preferred\n1=allowed	Boolean	RW	\N	\N	Optional	Single	13
267	2024-01-02 01:07:32.093919	\N	List of available PLMNs	8	/13/8	Allows server to see results of network scan (e.g. result of AT+COPS=?)	String	R	\N	\N	Optional	Single	13
268	2024-01-02 01:07:32.095007	\N	Vendor specific extensions	9	/13/9	Links to a vendor specific object.	Objlnk	R	\N	\N	Optional	Single	13
269	2024-01-02 01:07:32.095856	\N	Acceptable RSRP (NB-IoT)	10	/13/10	Provides guide to the application when performing manual network selection.	Integer	RW	\N	\N	Optional	Single	13
270	2024-01-02 01:07:32.096655	\N	Higher Priority PLMN Search Timer	11	/13/11	Interval between periodic searches for higher priority PLMNs of the same country when camped on a visited PLMN, i.e. roaming scenario; based on SIM configuration, EFHPPLMN [3GPP-TS_31.102, section 4.2.6]	Integer	RW	\N	\N	Optional	Single	13
271	2024-01-02 01:07:32.09721	\N	Attach without PDN connection	12	/13/12	0=attach with PDN connection\n1=attach without PDN connection\n	Boolean	RW	\N	\N	Optional	Single	13
272	2024-01-02 01:07:32.097765	\N	sysFrameNumber	6037	/3379/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3379
273	2024-01-02 01:07:32.098303	\N	subFrameNumber	6038	/3379/6038	Sub Frame Number	Integer	R	\N	\N	Mandatory	Single	3379
274	2024-01-02 01:07:32.098943	\N	pucchTxPowerValue	2	/3379/2	PUCCH Tx power measurement in dB (-112..23) 	Integer	\N	\N	\N	Mandatory	Single	3379
275	2024-01-02 01:07:32.099793	\N	dlPathLoss	3	/3379/3	Downlink path loss calculated in UE (0..255)	Integer	R	\N	\N	Mandatory	Single	3379
276	2024-01-02 01:07:32.100617	\N	PkgName	0	/9/0	Name of the software package	String	R	\N	0-255 bytes	Mandatory	Single	9
277	2024-01-02 01:07:32.101317	\N	PkgVersion	1	/9/1	Version of the software package	String	R	\N	0-255 bytes	Mandatory	Single	9
278	2024-01-02 01:07:32.101891	\N	Package	2	/9/2	Software package\nThe package can be in one single software component, or any delivery material used by the Device to determine the software component(s) and proceed to their installation.\nCan be archive file, executable, manifest. This resource to be used when it is single block of delivery.\n	Opaque	W	\N	\N	Optional	Single	9
279	2024-01-02 01:07:32.102438	\N	Package URI	3	/9/3	URI from where the device can download the software package by an alternative mechanism. As soon the device has received the Package URI it performs the download at the next practical opportunity.\nCan be direct link to a single software component or link to archive file, executable, or manifest, used by the Device to determine, then access to the software component(s). This resource to be used when it is single block of delivery.\n	String	W	\N	0-255 bytes	Optional	Single	9
280	2024-01-02 01:07:32.102965	\N	Install	4	/9/4	Installs software from the package either stored in Package resource, or, downloaded from the Package URI. This Resource is only executable when the value of the State Resource is DELIVERED.	\N	E	\N	\N	Mandatory	Single	9
281	2024-01-02 01:07:32.103505	\N	Checkpoint	5	/9/5	Link to a Checkpoint“ object which allows to specify conditions/dependencies for a software update. E.g. power connected, sufficient memory, target system.	Objlnk	R	\N	\N	Optional	Single	9
282	2024-01-02 01:07:32.104267	\N	Uninstall	6	/9/6	Uninstalls the software package.\nThis executable resource may have one argument.\nIf used with no argument or argument is 0, the Package is removed i from the Device. If the argument is 1 (“ForUpdate”), the Client MUST prepare itself for receiving a Package used to upgrade the Software already in place. Update State is set back to INITIAL state.\n	\N	E	\N	\N	Mandatory	Single	9
283	2024-01-02 01:07:32.105032	\N	Update State	7	/9/7	Indicates current state with respect to this software update. This value is set by the LwM2M Client.\n0: INITIAL\nBefore downloading.\n(see 5.1.2.1)\n1: DOWNLOAD STARTED\nThe downloading process has started and is on-going.\n(see 5.1.2.2)\n2: DOWNLOADED\nThe package has been completely downloaded \n(see 5.1.2.3)\n3: DELIVERED\nIn that state, the package has been correctly downloaded and is ready to be installed. \n(see 5.1.2.4)\nIf executing the Install Resource failed, the state remains at DELIVERED.\nIf executing the Install Resource was successful, the state changes from DELIVERED to INSTALLED.\nAfter executing the UnInstall Resource, the state changes to INITIAL.\n4: INSTALLED\nIn that state the software is correctly installed and can be activated or deactivated according to the Activation State Machine.\n(see 5.1.2.5)\n	Integer	R	\N	0-4	Mandatory	Single	9
284	2024-01-02 01:07:32.105878	\N	Update Supported Objects	8	/9/8	If this value is true, the LwM2M Client MUST inform the registered LwM2M Servers of Objects and Object Instances parameter by sending an Update or Registration message after the software update operation at the next practical opportunity if supported Objects in the LwM2M Client have changed, in order for the LwM2M Servers to promptly manage newly installed Objects. \nIf false, Objects and Object Instances parameter MUST be reported at the next periodic Update message.\nThe default value is false.\n	Boolean	RW	\N	\N	Optional	Single	9
285	2024-01-02 01:07:32.106713	\N	Update Result	9	/9/9	Contains the result of downloading or installing/uninstalling the software\n0: Initial value. Prior to download any new package in the Device, Update Result MUST be reset to this initial value. One side effect of executing the Uninstall resource is to reset Update Result to this initial value “0”.\n1: Downloading. The package downloading process is on-going.\n2: Software successfully installed.\n3: Successfully Downloaded and package integrity verified\n(( 4-49, for expansion, of other scenarios))\n50: Not enough storage for the new software package.\n51: Out of memory during downloading process.\n52: Connection lost during downloading process.\n53: Package integrity check failure.\n54: Unsupported package type.\n56: Invalid URI\n57: Device defined update error\n58: Software installation failure\n59: Uninstallation Failure during forUpdate(arg=0)\n60-200 : (for expansion, selection to be in blocks depending on new introduction of features)\nThis Resource MAY be reported by sending Observe operation.\n	Integer	R	\N	0-200	Mandatory	Single	9
286	2024-01-02 01:07:32.107511	\N	Activate	10	/9/10	This action activates the software previously successfully installed (the Package Installation State Machine is currently in the INSTALLED state)	\N	E	\N	\N	Mandatory	Single	9
287	2024-01-02 01:07:32.108119	\N	Deactivate	11	/9/11	This action deactivates softwareif the Package Installation State Machine is currently in the INSTALLED state.	\N	E	\N	\N	Mandatory	Single	9
288	2024-01-02 01:07:32.108637	\N	Activation State	12	/9/12	Indicates the current activation state of this software:\n0: DISABLED\nActivation State is DISABLED if the Software Activation State Machine is in the INACTIVE state or not alive.\n1: ENABLED\nActivation State is ENABLED only if the Software Activation State Machine is in the ACTIVE state\n	Boolean	R	\N	\N	Mandatory	Single	9
289	2024-01-02 01:07:32.109188	\N	Package Settings	13	/9/13	Link to “Package Settings” object which allows to modify at any time software configuration settings. This is an application specific object. \nNote: OMA might provide a template for a Package Settings object in a future release of this specification.\n	Objlnk	RW	\N	\N	Optional	Single	9
290	2024-01-02 01:07:32.109934	\N	User Name	14	/9/14	User Name for access to SW Update Package in pull mode.\nKey based mechanism can alternatively use for talking to the component server instead of user name and password combination.\n	String	W	\N	0-255 bytes	Optional	Single	9
291	2024-01-02 01:07:32.11052	\N	Password	15	/9/15	Password for access to SW Update Package in pull mode.	String	W	\N	0-255 bytes	Optional	Single	9
292	2024-01-02 01:07:32.111094	\N	NasEsmExpiryEvent	0	/3363/0	1 = t3480\n2 = t3482\n3 = t3481\n4 = t3492	Integer	R	\N	\N	Mandatory	Single	3363
293	2024-01-02 01:07:32.111754	\N	sysFrameNumber	6037	/3373/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3373
294	2024-01-02 01:07:32.112491	\N	subFrameNumber	6038	/3373/6038	Sub Frame Number	Integer	R	\N	\N	Mandatory	Single	3373
295	2024-01-02 01:07:32.113067	\N	headroom-value	2	/3373/2	headroom value in dB (-23..40)	Integer	R	\N	\N	Mandatory	Single	3373
296	2024-01-02 01:07:32.113637	\N	Profile name	0	/11/0	Human-readable identifier. Multiple connection profiles can share the same APN value but e.g. have different credentials.	String	RW	\N	\N	Mandatory	Single	11
297	2024-01-02 01:07:32.114371	\N	APN	1	/11/1	Presented to network during connection to PDN e.g. ‘internet.15.234’.\nThis resource is not included in case ‘Auto select APN by device’ resource has the value TRUE.\nIf the APN resource is present but contains an empty string, then the device shall not provide an APN in the connection request (invoking default APN procedures in the network).	String	RW	\N	\N	Optional	Single	11
298	2024-01-02 01:07:32.115126	\N	Auto select APN by device	2	/11/2	If this resource is present for a connection profile, it enables the device to choose an APN according to a device specific algorithm. It provides a fall-back mechanism e.g. for some MVNO SIMs the configured APN may not work.  Resource not included in case the ‘APN’ resource is specified.	Boolean	RW	\N	\N	Optional	Single	11
299	2024-01-02 01:07:32.116014	\N	Enable status	3	/11/3	True: connection is activated\nFalse: connection is de-activated.\nAllows the profile to be remotely activated or deactivated.	Boolean	RW	\N	\N	Optional	Single	11
300	2024-01-02 01:07:32.117056	\N	Authentication Type	4	/11/4	Enumerated type:\n0: PAP\n1: CHAP\n2: PAP or CHAP\n3: None	Integer	RW	\N	\N	Mandatory	Single	11
301	2024-01-02 01:07:32.117956	\N	User Name	5	/11/5	Used with e.g. PAP.	String	RW	\N	\N	Optional	Single	11
302	2024-01-02 01:07:32.118519	\N	Secret	6	/11/6	Used with e.g. PAP.	String	RW	\N	\N	Optional	Single	11
303	2024-01-02 01:07:32.119112	\N	Reconnect Schedule	7	/11/7	Comma separated list of retry delay values in seconds to be used in case of unsuccessful connection establishment attempts. e.g. “10,60,600,3600,86400”	String	RW	\N	\N	Optional	Single	11
304	2024-01-02 01:07:32.119651	\N	Validity (MCC, MNC)	8	/11/8	Coma separated mobile country code, then mobile network code – for which this APN is valid.	String	RW	\N	\N	Optional	Multiple	11
305	2024-01-02 01:07:32.120442	\N	Connection establishment time (1)	9	/11/9	UTC time of connection request. See note (1)	Time	R	\N	\N	Optional	Multiple	11
306	2024-01-02 01:07:32.121138	\N	Connection establishment result (1)	10	/11/10	0 = accepted\n1 = rejected\n	Integer	R	\N	\N	Optional	Multiple	11
307	2024-01-02 01:07:32.121719	\N	Connection establishment reject cause (1)	11	/11/11	Reject cause, see [3GPP-TS_24.008, 3GPP-TS_24.301]	Integer	R	\N	0-111	Optional	Multiple	11
308	2024-01-02 01:07:32.122287	\N	Connection end time (1)	12	/11/12	UTC time of connection end.	Time	R	\N	\N	Optional	Multiple	11
309	2024-01-02 01:07:32.122875	\N	TotalBytesSent	13	/11/13	Rolling counter for total number of bytes sent via this interface since last device reset.	Integer	R	\N	\N	Optional	Single	11
310	2024-01-02 01:07:32.123628	\N	TotalBytesReceived	14	/11/14	Rolling counter for total number of bytes received via this interface since last device reset.	Integer	R	\N	\N	Optional	Single	11
311	2024-01-02 01:07:32.12422	\N	IP address (2)	15	/11/15	May be IPv4 or IPv6 address.	String	RW	\N	\N	Optional	Multiple	11
312	2024-01-02 01:07:32.124749	\N	Prefix length(2)	16	/11/16	Associated with IPv6 address.	String	RW	\N	\N	Optional	Multiple	11
313	2024-01-02 01:07:32.125298	\N	Subnet mask (2)	17	/11/17	Subnet mask.	String	RW	\N	\N	Optional	Multiple	11
314	2024-01-02 01:07:32.125855	\N	Gateway (2)	18	/11/18	Gateway.	String	RW	\N	\N	Optional	Multiple	11
315	2024-01-02 01:07:32.126395	\N	Primary DNS address (2)	19	/11/19	Primary DNS address.	String	RW	\N	\N	Optional	Multiple	11
316	2024-01-02 01:07:32.126949	\N	Secondary DNS address (2)	20	/11/20	Secondary DNS address.	String	RW	\N	\N	Optional	Multiple	11
317	2024-01-02 01:07:32.127695	\N	QCI (3)	21	/11/21	For LTE and NB-IoT only\nQCI=Quality of service Class Identifier\nThis resource enables the LWM2M server to signal the LWM2M client which QCI it shall request from the network.\nSee [3GPP-TS_23.203, and 3GPP-TS_24.301] for a description of QCI values. See note (3).	Integer	R	\N	1-9	Optional	Single	11
318	2024-01-02 01:07:32.128658	\N	Vendor specific extensions	22	/11/22	Links to a vendor specific object.	Objlnk	R	\N	\N	Optional	Single	11
319	2024-01-02 01:07:32.129434	\N	TotalPacketsSent	23	/11/23	Rolling counter for total number of packets sent via this interface since last device reset.	Integer	R	\N	\N	Optional	Single	11
320	2024-01-02 01:07:32.130166	\N	PDN Type	24	/11/24	0=Non-IP\n1=IPv4\n2=IPv6\n3=IPv4v6	Integer	RW	\N	\N	Optional	Single	11
321	2024-01-02 01:07:32.131011	\N	APN Rate Control	25	/11/25	Determines the number of allowed uplink PDU transmissions per time interval per APN.\nRate Control information is part of the Protocol Configuration Options (PCO) according to [3GPP-TS_24.008 and 3GPP-TS_27.060]\n	Integer	R	\N	\N	Optional	Single	11
322	2024-01-02 01:07:32.131813	\N	Identity	0	/16/0	Data Storage extension for other Object Instances. \n e.g  for [GSMA]  : \n0 : Host Device ID, \n1:  Host Device Manufacturer\n2:  Host Device Model\n3:  Host Device Software Version,\n\nThis Resource contains data that the GetAuthData executable Resource can work with.\n	String	RW	\N	\N	Mandatory	Multiple	16
323	2024-01-02 01:07:32.132851	\N	GetAuthData	1	/16/1	Executable resource to trigger Services described in Section 5.2.2 \nArguments definitions are described in Section 5.2.1 as well as in table 2 of this document\n	\N	E	\N	\N	Optional	Single	16
324	2024-01-02 01:07:32.133684	\N	AuthData	2	/16/2	Buffer which contains the data generated by the  process triggered by a GetAuthData request	Opaque	R	\N	\N	Optional	Multiple	16
360	2024-01-02 01:07:32.158913	\N	APN	7	/4/7	Access Point Name in case Network Bearer Resource is a Cellular Network.	String	R	\N	\N	Optional	Multiple	4
411	2024-01-02 01:07:32.198941	\N	Status	3	/12/3	0: Disabled\n1: UP (OK)\n2: Error	Integer	R	\N	\N	Mandatory	Single	12
412	2024-01-02 01:07:32.199835	\N	BSSID	4	/12/4	The MAC address of the interface, in hexadecimal form.	String	R	\N	12 bytes 	Mandatory	Single	12
325	2024-01-02 01:07:32.134267	\N	AuthStatus	3	/16/3	This Resource contains the state related to the process triggered by GetAuthData  request.\n0 :  IDLE_STATE :  AuthData doesn’t contain any valid data\n1 :  DATA_AVAIL_STATE : AuthData  contains a valid data \n2 :  ERROR_STATE :  an error occurred  \nThis state is reset to IDLE_STATE, when the executable resource “GetAuthData” is triggered or when the AuthData resource has been returned to the LwM2M Server (READ / NOTIFY) .\n	Integer	R	\N	[0-2]	Optional	Single	16
326	2024-01-02 01:07:32.134989	\N	Sensor Value	5700	/3321/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3321
327	2024-01-02 01:07:32.135641	\N	Sensor Units	5701	/3321/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3321
328	2024-01-02 01:07:32.136202	\N	Min Measured Value	5601	/3321/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3321
329	2024-01-02 01:07:32.136771	\N	Max Measured Value	5602	/3321/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3321
330	2024-01-02 01:07:32.137577	\N	Min Range Value	5603	/3321/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3321
331	2024-01-02 01:07:32.138361	\N	Max Range Value	5604	/3321/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3321
332	2024-01-02 01:07:32.139099	\N	Reset Min and Max Measured Values	5605	/3321/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3321
333	2024-01-02 01:07:32.139847	\N	Current Calibration	5821	/3321/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3321
334	2024-01-02 01:07:32.140429	\N	Application Type	5750	/3321/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3321
335	2024-01-02 01:07:32.141061	\N	Manufacturer	0	/10257/0	Human readable manufacturer name	String	R	\N	\N	Optional	Single	10257
336	2024-01-02 01:07:32.141845	\N	Model Number	1	/10257/1	A model identifier (manufacturer specified string)	String	R	\N	\N	Optional	Single	10257
337	2024-01-02 01:07:32.142372	\N	Serial Number	2	/10257/2	Serial number of the meter	String	R	\N	\N	Optional	Single	10257
338	2024-01-02 01:07:32.143003	\N	Description	3	/10257/3	Description of the meter	String	R	\N	\N	Optional	Single	10257
339	2024-01-02 01:07:32.143782	\N	Error code	11	/10257/11	Error code reported by the meter	Integer	R	\n        	\n        	Optional	Multiple	10257
340	2024-01-02 01:07:32.144565	\N	Instantaneous active power	5800	/10257/5800	The current active power	Float	R	W	\n        	Optional	Single	10257
341	2024-01-02 01:07:32.14534	\N	Max Measured active power	5802	/10257/5802	The maximum active power measured by the sensor since it is ON	Float	R	W	\n        	Mandatory	Multiple	10257
342	2024-01-02 01:07:32.146099	\N	Cumulative active power	5805	/10257/5805	The cumulative active power since the last cumulative energy reset or device start	Float	R	Wh	\n        	Optional	Single	10257
343	2024-01-02 01:07:32.146837	\N	Flow temperature	12	/10257/12	Flow temperature	Float	R	Celcius	\n        	Optional	Single	10257
344	2024-01-02 01:07:32.147549	\N	Max Measured flow temperature	13	/10257/13	The maximum flow temperature measured by the meter	Float	R	Celcius	\n        	Optional	Single	10257
345	2024-01-02 01:07:32.148296	\N	Return temperature	14	/10257/14	Return temperature	Float	R	Celcius	\n        	Optional	Single	10257
346	2024-01-02 01:07:32.149226	\N	Max Measured return temperature	15	/10257/15	The maximum return temperature measured by the meter 	Float	R	Celcius	\n        	Optional	Single	10257
347	2024-01-02 01:07:32.150143	\N	Temperature difference	16	/10257/16	Temperature difference	Float	R	Kelvin	\n        	Optional	Single	10257
348	2024-01-02 01:07:32.150879	\N	Flow rate	17	/10257/17	The flow rate	Float	R	m^3 / s	\n        	Optional	Single	10257
349	2024-01-02 01:07:32.151438	\N	Max Measured flow	18	/10257/18	The maximum flow measured by the meter 	Float	R	m^3 / s	\n        	Optional	Single	10257
350	2024-01-02 01:07:32.151972	\N	Flow volume	20	/10257/20	The cumulative flow volume measured on the flow pipe	Float	R	m^3	\n        	Optional	Single	10257
351	2024-01-02 01:07:32.152495	\N	Return volume	21	/10257/21	The cumulative flow volume measured on the return pipe	Float	R	m^3	\n        	Optional	Single	10257
352	2024-01-02 01:07:32.153187	\N	Current Time	5506	/10257/5506	Unix Time. A signed integer representing the number of seconds since Jan 1st, 1970 in the UTC time zone.	Time	RW	\n        	\n        	Optional	Single	10257
353	2024-01-02 01:07:32.15395	\N	Network Bearer	0	/4/0	Indicates the network bearer used for the current LwM2M communication session from the below network bearer list.\n0~20 are Cellular Bearers\n0: GSM cellular network\n1: TD-SCDMA cellular network\n2: WCDMA cellular network\n3: CDMA2000 cellular network\n4: WiMAX cellular network\n5: LTE-TDD cellular network\n6: LTE-FDD cellular network\n7: NB-IoT\n8~20: Reserved for other type cellular network\n21~40 are Wireless Bearers\n21: WLAN network\n22: Bluetooth network\n23: IEEE 802.15.4 network\n24~40: Reserved for other type local wireless network\n41~50 are Wireline Bearers\n41: Ethernet\n42: DSL\n43: PLC\n44~50: reserved for others type wireline networks.	Integer	R	\N	\N	Mandatory	Single	4
354	2024-01-02 01:07:32.154694	\N	Available Network Bearer	1	/4/1	Indicates list of current available network bearer. Each Resource Instance has a value from the network bearer list.	Integer	R	\N	\N	Mandatory	Multiple	4
355	2024-01-02 01:07:32.155418	\N	Radio Signal Strength	2	/4/2	This node contains the average value of the\nreceived signal strength indication used in the\ncurrent network bearer (as indicated by\nResource 0 of this Object). For the following network bearers the signal strength parameters indicated below are represented by this resource:\nGSM:    RSSI\nUMTS:  RSCP\nLTE:      RSRP\nNB-IoT: NRSRP\nFor more details\non Network Measurement Report, refer to the\nappropriate Cellular or Wireless Network\nstandards. (e.g., for LTE Cellular Network\nrefer to ETSI TS 36.133 specification).	Integer	R	dBm	\N	Mandatory	Single	4
356	2024-01-02 01:07:32.156088	\N	Link Quality	3	/4/3	This contains received link quality  e.g. LQI for IEEE 802.15.4 (range 0..255), RxQual Downlink for GSM (range 0…7, refer to [3GPP 44.018] for more details on Network Measurement Report encoding), RSRQ for LTE, (refer to [3GPP 36.214]), NRSRQ for NB-IoT (refer to [3GPP 36.214]).	Integer	R	\N	\N	Optional	Single	4
357	2024-01-02 01:07:32.156667	\N	IP Addresses	4	/4/4	The IP addresses assigned to the connectivity interface. (e.g., IPv4, IPv6, etc.)	String	R	\N	\N	Mandatory	Multiple	4
358	2024-01-02 01:07:32.157397	\N	Router IP Addresses	5	/4/5	The IP address of the next-hop IP router, on each of the interfaces specified in resource 4 (IP Addresses).\nNote: This IP Address doesn’t indicate the Server IP address.	String	R	\N	\N	Optional	Multiple	4
413	2024-01-02 01:07:32.200715	\N	SSID	5	/12/5	The Service Set Identifier for this interface.	String	RW	\N	1-32 Bytes	Mandatory	Single	12
361	2024-01-02 01:07:32.159656	\N	Cell ID	8	/4/8	Serving Cell ID in case Network Bearer Resource is a Cellular Network.\nAs specified in TS [3GPP 23.003] and in [3GPP. 24.008]. Range (0…65535) in GSM/EDGE\nUTRAN Cell ID has a length of 28 bits.\nCell Identity in WCDMA/TD-SCDMA. Range: (0..268435455).\nLTE Cell ID has a length of 28 bits.\nParameter definitions in [3GPP 25.331].	Integer	R	\N	\N	Optional	Single	4
362	2024-01-02 01:07:32.160567	\N	SMNC	9	/4/9	Serving Mobile Network Code. In case Network Bearer Resource has 0(cellular network). Range (0…999).\nAs specified in TS [3GPP 23.003].	Integer	R	%	\N	Optional	Single	4
363	2024-01-02 01:07:32.161363	\N	SMCC	10	/4/10	Serving Mobile Country Code. In case Network Bearer Resource has 0 (cellular network). Range (0…999).\nAs specified in TS [3GPP 23.003].	Integer	R	\N	\N	Optional	Single	4
364	2024-01-02 01:07:32.162192	\N	Schedule Start Time	0	/10264/0	Schedule Start Time is a readable and writable resource representing the number of seconds past midnight for which this schedule commences	Integer	RW	\N	\N	Mandatory	Single	10264
365	2024-01-02 01:07:32.162938	\N	Schedule UTC Offset	1	/10264/1	The Schedule UTC Offset resource is a readable and writable resource representing the time zone offset for the Schedule Start Time Resource for this Delivery Schedule instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided.  UTC+X [ISO 8601].	String	RW	\N	\N	Mandatory	Single	10264
366	2024-01-02 01:07:32.163672	\N	Delivery Frequency	2	/10264/2	The Delivery Frequency resource is a readable and writable resource representing the number of seconds between deliveries. It is recommended that the Delivery Frequency be set to a devisor of 24 hours (86400 seconds) to provide a consistent interval period. Examples of Delivery Frequency include:-\n30 = Every 30 seconds\n600 = Every 10 minutes\n1800 = Every 30 minutes\n3600 = Hourly\n7200 = Every 2 hours\n14400 = Every 4 hours\n43200 = Every 12 hours\n86400 = Every Day\n172600 = Every Second Day\n	Integer	RW	\N	\N	Mandatory	Single	10264
367	2024-01-02 01:07:32.164404	\N	Randomised Delivery Window	3	/10264/3	The Randomised Delivery Window resource is a readable and writable resource representing a randomisation widow in seconds for the triggering of the notification delivery to the LwM2M server. If not provided, the randomised delivery window should default to 0 and the Notification should be sent immediately. The Randomised Delivery Window resource should be set to a value smaller than the delivery frequency.	Integer	RW	\N	\N	Optional	Single	10264
368	2024-01-02 01:07:32.165163	\N	Number of Retries	4	/10264/4	The Number of Retries resource is a readable and writable resource representing the number of retry attempts that should be attempted when the delivery notification is not successful. If not provided, this value defaults to 0 and no retries are attempted. This retry behaviour is at an application level and should be set with consideration of standard CoAP retry behaviour.	Integer	RW	\N	\N	Optional	Single	10264
369	2024-01-02 01:07:32.165939	\N	Retry Period	5	/10264/5	The Retry Period resource is a readable and writable resource representing the number of seconds between each application level retry. 	Integer	RW	\N	\N	Optional	Single	10264
370	2024-01-02 01:07:32.166819	\N	macTimerName	0	/3368/0	0 = TA\n1 = RA\n2 = Contention\n3 = RACH_Back_Off	Integer	R	\N	\N	Mandatory	Single	3368
371	2024-01-02 01:07:32.167575	\N	Text	5527	/3341/5527	A string of text.	String	RW	\N	\N	Mandatory	Single	3341
372	2024-01-02 01:07:32.168167	\N	X Coordinate	5528	/3341/5528	X Coordinate.	Integer	RW	\N	\N	Optional	Single	3341
373	2024-01-02 01:07:32.168693	\N	Y Coordinate	5529	/3341/5529	Y Coordinate.	Integer	RW	\N	\N	Optional	Single	3341
374	2024-01-02 01:07:32.169434	\N	Max X Coordinate	5545	/3341/5545	The highest X coordinate the display supports before wrapping to the next line.	Integer	R	\N	\N	Optional	Single	3341
375	2024-01-02 01:07:32.170216	\N	Max Y Coordinate	5546	/3341/5546	The highest Y coordinate the display supports before wrapping to the next line.	Integer	R	\N	\N	Optional	Single	3341
376	2024-01-02 01:07:32.171004	\N	Clear Display	5530	/3341/5530	Command to clear the display.	\N	E	\N	\N	Optional	Single	3341
377	2024-01-02 01:07:32.17178	\N	Dimmer	5851	/3341/5851	Proportional control, integer value between 0 and 100 as a percentage.	Float	RW	%	0-100	Optional	Single	3341
378	2024-01-02 01:07:32.172531	\N	Contrast	5531	/3341/5531	Proportional control, integer value between 0 and 100 as a percentage.	Float	RW	%	0-100	Optional	Single	3341
379	2024-01-02 01:07:32.173384	\N	Application Type	5750	/3341/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3341
380	2024-01-02 01:07:32.174141	\N	Event Type	6011	/10283/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10283
381	2024-01-02 01:07:32.174976	\N	Alarm Realtime	6012	/10283/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10283
382	2024-01-02 01:07:32.175725	\N	Alarm State	6013	/10283/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10283
383	2024-01-02 01:07:32.17649	\N	Alarm Set Threshold	6014	/10283/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10283
407	2024-01-02 01:07:32.1953	\N	Application Type	5750	/3324/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3324
408	2024-01-02 01:07:32.196092	\N	Interface name	0	/12/0	Human-readable identifier\neg. wlan0	String	RW	\N	\N	Mandatory	Single	12
409	2024-01-02 01:07:32.197199	\N	Enable	1	/12/1	0: Disabled\n1: Enabled\nEnable / Disable interface\nWhen disabled radio must also be disabled	Boolean	RW	\N	\N	Mandatory	Single	12
384	2024-01-02 01:07:32.177328	\N	Alarm Set Operator	6015	/10283/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10283
385	2024-01-02 01:07:32.178327	\N	Alarm Clear Threshold	6016	/10283/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10283
386	2024-01-02 01:07:32.179086	\N	Alarm Clear Operator	6017	/10283/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10283
387	2024-01-02 01:07:32.17982	\N	Alarm Maximum Event Count	6018	/10283/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10283
388	2024-01-02 01:07:32.18058	\N	Alarm Maximum Event Period	6019	/10283/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10283
389	2024-01-02 01:07:32.181374	\N	Latest Delivered Event Time	6020	/10283/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10283
390	2024-01-02 01:07:32.182117	\N	Latest Recorded Event Time	6021	/10283/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10283
391	2024-01-02 01:07:32.182845	\N	Alarm Clear	6022	/10283/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10283
392	2024-01-02 01:07:32.183551	\N	Alarm Auto Clear	6023	/10283/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10283
393	2024-01-02 01:07:32.184264	\N	Event Code	6024	/10283/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10283
394	2024-01-02 01:07:32.184982	\N	Latest Payload	6025	/10283/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10283
395	2024-01-02 01:07:32.1858	\N	plmnID	6030	/3353/6030	PLMN - mcc/mnc	Integer	R	\N	\N	Mandatory	Single	3353
396	2024-01-02 01:07:32.186524	\N	BandIndicator	6031	/3353/6031	Band Indicator	Integer	R	\N	\N	Mandatory	Single	3353
397	2024-01-02 01:07:32.18724	\N	TrackingAreaCode	2	/3353/2	Tracking Area Code	Integer	R	\N	\N	Mandatory	Single	3353
398	2024-01-02 01:07:32.187956	\N	CellID	6033	/3353/6033	Cell ID	Integer	R	\N	\N	Mandatory	Single	3353
399	2024-01-02 01:07:32.188667	\N	Sensor Value	5700	/3324/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3324
400	2024-01-02 01:07:32.189507	\N	Sensor Units	5701	/3324/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3324
401	2024-01-02 01:07:32.19037	\N	Min Measured Value	5601	/3324/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3324
402	2024-01-02 01:07:32.191143	\N	Max Measured Value	5602	/3324/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3324
403	2024-01-02 01:07:32.191904	\N	Min Range Value	5603	/3324/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3324
404	2024-01-02 01:07:32.192667	\N	Max Range Value	5604	/3324/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3324
405	2024-01-02 01:07:32.193555	\N	Reset Min and Max Measured Values	5605	/3324/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3324
406	2024-01-02 01:07:32.194481	\N	Current Calibration	5821	/3324/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3324
416	2024-01-02 01:07:32.203629	\N	Mode	8	/12/8	0: Access Point\n1: Client (Station)\n2: Bridge\n3: Repeater	Integer	RW	\N	\N	Mandatory	Single	12
417	2024-01-02 01:07:32.204579	\N	Channel	9	/12/9	The current radio channel in use by this interface.\n0: Disabled\n1: Enabled\n	Integer	RW	\N	0-255	Mandatory	Single	12
418	2024-01-02 01:07:32.205512	\N	Auto Channel	10	/12/10	0: Disabled\n1: Enabled	Boolean	RW	\N	\N	Optional	Single	12
419	2024-01-02 01:07:32.206407	\N	Supported Channels	11	/12/11	Array of supported radio channels.	Integer	RW	\N	\N	Optional	Multiple	12
420	2024-01-02 01:07:32.207304	\N	Channels In Use	12	/12/12	Array of channels which the access point has determined are ‘in use’.\nIncluding any channels in-use by access point itself.	Integer	RW	\N	\N	Optional	Multiple	12
421	2024-01-02 01:07:32.208212	\N	Regulatory Domain	13	/12/13	802.11d Regulatory Domain String. \nFirst two octets are ISO/IEC 3166-1 two-character country code. \nThe third octet is either “ ” (all environments), “O” (outside) or “I” (inside).	String	RW	\N	3 Bytes	Optional	Single	12
422	2024-01-02 01:07:32.209408	\N	Standard	14	/12/14	0: 802.11a\n1: 802.11b\n2: 802.11bg \n3: 802.11g\n4: 802.11n\n5: 802.11bgn\n6: 802.11ac\n7: 802.11ah	Integer	RW	\N	\N	Mandatory	Single	12
423	2024-01-02 01:07:32.210599	\N	Authentication Mode	15	/12/15	0: None (Open)\n1: PSK\n2: EAP\n3: EAP+PSK\n4: EAPSIM	Integer	RW	\N	\N	Mandatory	Single	12
424	2024-01-02 01:07:32.211502	\N	Encryption Mode	16	/12/16	0: AES (WPA2)\n1: TKIP (WPA)\n2: WEP (1)	Integer	RW	\N	\N	Optional	Single	12
425	2024-01-02 01:07:32.212374	\N	WPA Pre Shared Key	17	/12/17	WPA/WPA2 Key expressed as a hex string.\nWrite – Only.	String	W	\N	64 Bytes	Optional	Single	12
426	2024-01-02 01:07:32.213299	\N	WPA Key Phrase	18	/12/18	WPA/WPA2 Key Phrase.\nWrite Only.	String	W	\N	1-64 Bytes	Optional	Single	12
427	2024-01-02 01:07:32.2142	\N	WEP Encryption Type	19	/12/19	Description.0: None\n1: 40-bit\n2: 104-bit	Integer	RW	\N	\N	Optional	Single	12
428	2024-01-02 01:07:32.215109	\N	WEP Key Index	20	/12/20	Index of the default WEP key.	Integer	RW	\N	[1:4]	Optional	Single	12
429	2024-01-02 01:07:32.215992	\N	WEP Key Phrase	21	/12/21	WPA/WPA2 Key Phrase.\nWrite Only.	String	W	\N	1-64 Bytes	Optional	Single	12
430	2024-01-02 01:07:32.21687	\N	WEP Key 1	22	/12/22	WEP Key 1 expressed as a hexadecimal string.\n10 Bytes for a 40 Bit key\n26 Bytes for a 104 Bit key	String	W	\N	0 or 26 Bytes	Optional	Single	12
431	2024-01-02 01:07:32.217795	\N	WEP Key 2	23	/12/23	WEP Key 2 expressed as a hexadecimal string.\n10 Bytes for a 40 Bit key\n26 Bytes for a 104 Bit key	String	W	\N	0 or 26 Bytes	Optional	Single	12
432	2024-01-02 01:07:32.218746	\N	WEP Key 3	24	/12/24	WEP Key 3 expressed as a hexadecimal string.\n10 Bytes for a 40 Bit key\n26 Bytes for a 104 Bit key	String	W	\N	10 or 26 Bytes	Optional	Single	12
433	2024-01-02 01:07:32.219652	\N	WEP Key 4	25	/12/25	WEP Key 4 expressed as a hexadecimal string.\n10 Bytes for a 40 Bit key\n26 Bytes for a 104 Bit key	String	W	\N	10 or 26 Bytes	Optional	Single	12
434	2024-01-02 01:07:32.220543	\N	RADIUS Server	26	/12/26	RADIUS Authentication Server Address	String	RW	\N	1-256 Bytes	Optional	Single	12
435	2024-01-02 01:07:32.22146	\N	RADIUS Server Port	27	/12/27	RADIUS Authentication Server Port Number	Integer	RW	\N	\N	Optional	Single	12
436	2024-01-02 01:07:32.22236	\N	RADIUS Secret	28	/12/28	RADIUS Shared Secret	String	W	\N	1-256 Bytes	Optional	Single	12
437	2024-01-02 01:07:32.223239	\N	WMM Supported	29	/12/29	0: WMM NOT Supported\n1: WMM Wupported	Boolean	R	\N	\N	Optional	Single	12
438	2024-01-02 01:07:32.224115	\N	WMM Enabled	30	/12/30	0: Disabled\n1: Enabled	Boolean	RW	\N	\N	Optional	Single	12
439	2024-01-02 01:07:32.224987	\N	MAC Control Enabled	31	/12/31	0: Any Client MAC Address accepted\n1: Client MAC address must exist in MACAddressList	Boolean	RW	\N	\N	Optional	Single	12
440	2024-01-02 01:07:32.225919	\N	MAC Address List	32	/12/32	Array of allowed client MAC addresses, in hexadecimal form.	String	RW	\N	12 Bytes 	Optional	Multiple	12
441	2024-01-02 01:07:32.22698	\N	Total Bytes Sent	33	/12/33	Total number of bytes sent via this interface	Integer	R	\N	\N	Optional	Single	12
442	2024-01-02 01:07:32.22792	\N	Total Bytes Received	34	/12/34	Total number of bytes received via this interface	Integer	R	\N	\N	Optional	Single	12
443	2024-01-02 01:07:32.228818	\N	Total Packets Sent	35	/12/35	Total packets sent via this interface	Integer	R	\N	\N	Optional	Single	12
444	2024-01-02 01:07:32.229747	\N	Total Packets Received	36	/12/36	Total packets received via this interface	Integer	R	\N	\N	Optional	Single	12
445	2024-01-02 01:07:32.230622	\N	Transmit Errors	37	/12/37	Total number of packets which could not be transmitted because of errors.	Integer	R	\N	\N	Optional	Single	12
446	2024-01-02 01:07:32.231522	\N	Receive Errors	38	/12/38	Total number of packets received with errors which prevented those packets from being delivered.	Integer	R	\N	\N	Optional	Single	12
447	2024-01-02 01:07:32.232398	\N	Unicast Packets Sent	39	/12/39	Count of Unicast Packets Sent	Integer	R	\N	\N	Optional	Single	12
448	2024-01-02 01:07:32.233332	\N	Unicast Packets Received	40	/12/40	Count of Unicast Packets Received	Integer	R	\N	\N	Optional	Single	12
449	2024-01-02 01:07:32.234275	\N	Multicast Packets  Received	41	/12/41	Count of Multicast Packets Sent	Integer	R	\N	\N	Optional	Single	12
450	2024-01-02 01:07:32.235171	\N	Multicast Packets  Received	42	/12/42	Count of Multicast Packets Received	Integer	R	\N	\N	Optional	Single	12
451	2024-01-02 01:07:32.236045	\N	Broadcast Packets Sent	43	/12/43	Count of Broadcast Packets Sent	Integer	R	\N	\N	Optional	Single	12
452	2024-01-02 01:07:32.236918	\N	44 Broadcast Packets Received	44	/12/44	Count of Broadcast Packets Received	Integer	R	\N	\N	Optional	Single	12
453	2024-01-02 01:07:32.237849	\N	Discard Packets Sent	45	/12/45	Count of valid outbound packets intentionally discarded without transmission, for example a packet may be discarded to manage buffer space.	Integer	R	\N	\N	Optional	Single	12
454	2024-01-02 01:07:32.238734	\N	Discard Packets Received	46	/12/46	Count of valid packets received and intentionally discarded without delivery to the system, for example a packet may be discarded to manage buffer space.	Integer	R	\N	\N	Optional	Single	12
455	2024-01-02 01:07:32.239776	\N	Unknown Packets Received	47	/12/47	Count of Unknown Packets Received	Integer	R	\N	\N	Optional	Single	12
456	2024-01-02 01:07:32.24067	\N	Vendor specific extensions	48	/12/48	Links to a vendor specific object.	Objlnk	R	\N	\N	Optional	Single	12
457	2024-01-02 01:07:32.241677	\N	Colour	5706	/3335/5706	A string representing a value in some colour space.	String	RW	\N	\N	Mandatory	Single	3335
458	2024-01-02 01:07:32.242612	\N	Sensor Units	5701	/3335/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\N	\N	Optional	Single	3335
459	2024-01-02 01:07:32.243678	\N	Application Type	5750	/3335/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3335
460	2024-01-02 01:07:32.244712	\N	Name	0	/2048/0	Contains the name of a CmdhPolicy Object Instance 	String	RW	\N	\N	Mandatory	Single	2048
461	2024-01-02 01:07:32.245685	\N	DefaultRule	1	/2048/1	1 reference to CmdhDefaults Object  Instance	Objlnk	RW	\N	\N	Mandatory	Single	2048
462	2024-01-02 01:07:32.24667	\N	LimiRules	2	/2048/2	1 or more references to CmdhLimits Object Instances	Objlnk	RW	\N	\N	Mandatory	Multiple	2048
463	2024-01-02 01:07:32.247566	\N	NetworkAccessECRules	3	/2048/3	1 or more references to CmdhNetworkAccessRules Object Instances	Objlnk	RW	\N	\N	Mandatory	Multiple	2048
464	2024-01-02 01:07:32.248472	\N	BufferRules	4	/2048/4	1 or more references to CmdhBuffer Object Instances	Objlnk	RW	\N	\N	Mandatory	Multiple	2048
465	2024-01-02 01:07:32.2494	\N	ApplicableEventCategory	0	/2056/0	Contains a list of event category values	Integer	RW	\N	\N	Mandatory	Multiple	2056
466	2024-01-02 01:07:32.250303	\N	MaxBufferSize	1	/2056/1	Contains the max Buffer size of the CmdhBuffer Object Instance 	Integer	RW	Byte	\N	Mandatory	Single	2056
467	2024-01-02 01:07:32.251205	\N	StoragePriority	2	/2056/2	Storage priority for the buffered data associated to that CmdhBuffer Object Instance. t \nBuffered requests associated with a lower storage priority shall be purged before buffered requests with a higher storage priority.\n	Integer	RW	\N	1..10	Mandatory	Single	2056
468	2024-01-02 01:07:32.252174	\N	Public Key	0	/10253/0	Object public key provided from the server side	Opaque	RW	\n        	\n        	Mandatory	Single	10253
469	2024-01-02 01:07:32.253086	\N	Application Data	1	/10253/1	Application Data encrypted by the Public Key	Opaque	R	\n        	\n        	Mandatory	Single	10253
470	2024-01-02 01:07:32.25409	\N	Event Type	6011	/10277/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10277
471	2024-01-02 01:07:32.255056	\N	Alarm Realtime	6012	/10277/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10277
472	2024-01-02 01:07:32.255952	\N	Alarm State	6013	/10277/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10277
473	2024-01-02 01:07:32.257028	\N	Alarm Set Threshold	6014	/10277/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10277
474	2024-01-02 01:07:32.257997	\N	Alarm Set Operator	6015	/10277/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10277
475	2024-01-02 01:07:32.258924	\N	Alarm Clear Threshold	6016	/10277/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10277
476	2024-01-02 01:07:32.259923	\N	Alarm Clear Operator	6017	/10277/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10277
477	2024-01-02 01:07:32.260983	\N	Alarm Maximum Event Count	6018	/10277/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10277
478	2024-01-02 01:07:32.26193	\N	Alarm Maximum Event Period	6019	/10277/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10277
479	2024-01-02 01:07:32.262823	\N	Latest Delivered Event Time	6020	/10277/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10277
480	2024-01-02 01:07:32.263716	\N	Latest Recorded Event Time	6021	/10277/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10277
481	2024-01-02 01:07:32.264631	\N	Alarm Clear	6022	/10277/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10277
482	2024-01-02 01:07:32.265571	\N	Alarm Auto Clear	6023	/10277/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10277
483	2024-01-02 01:07:32.266568	\N	Event Code	6024	/10277/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10277
484	2024-01-02 01:07:32.267475	\N	Latest Payload	6025	/10277/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10277
485	2024-01-02 01:07:32.268397	\N	Event Type	6011	/10280/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10280
486	2024-01-02 01:07:32.269393	\N	Alarm Realtime	6012	/10280/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10280
487	2024-01-02 01:07:32.27029	\N	Alarm State	6013	/10280/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10280
488	2024-01-02 01:07:32.271186	\N	Alarm Set Threshold	6014	/10280/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10280
489	2024-01-02 01:07:32.272072	\N	Alarm Set Operator	6015	/10280/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10280
490	2024-01-02 01:07:32.27314	\N	Alarm Clear Threshold	6016	/10280/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10280
491	2024-01-02 01:07:32.274081	\N	Alarm Clear Operator	6017	/10280/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10280
492	2024-01-02 01:07:32.274984	\N	Alarm Maximum Event Count	6018	/10280/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10280
493	2024-01-02 01:07:32.27591	\N	Alarm Maximum Event Period	6019	/10280/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10280
494	2024-01-02 01:07:32.276927	\N	Latest Delivered Event Time	6020	/10280/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10280
495	2024-01-02 01:07:32.277912	\N	Latest Recorded Event Time	6021	/10280/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10280
522	2024-01-02 01:07:32.302942	\N	Current Calibration	5821	/3346/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3346
496	2024-01-02 01:07:32.278833	\N	Alarm Clear	6022	/10280/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10280
497	2024-01-02 01:07:32.279803	\N	Alarm Auto Clear	6023	/10280/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10280
498	2024-01-02 01:07:32.28069	\N	Event Code	6024	/10280/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10280
499	2024-01-02 01:07:32.28165	\N	Latest Payload	6025	/10280/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10280
500	2024-01-02 01:07:32.282582	\N	DefaultEcRules	0	/2050/0	1 or more references to  CmdhDefEcValue Object Instances containing default values for the ec (event category) parameter of an incoming request or response when this parameter is not indicated in the message itself 	Objlnk	RW	\N	\N	Mandatory	Multiple	2050
501	2024-01-02 01:07:32.283469	\N	DefaultEcParamRules	1	/2050/1	1 or more references to CmdhEcDefParamValues Object Instances 	Objlnk	RW	\N	\N	Mandatory	Multiple	2050
502	2024-01-02 01:07:32.284361	\N	Name	0	/10263/0	The Name resource provides a way to identify different Event Data Delivery instances. Name is a readable and writable attribute. Name is defined as an arbitrary length text string	String	RW	\N	\N	Mandatory	Single	10263
503	2024-01-02 01:07:32.285271	\N	Event Data Links	1	/10263/1	The Event Data Links resource is a set of object links that point to each of the Event Data Object Instances that are managed by this Event Data Delivery Object Instance. An Object Link is two 16-bit integer values representing the Object ID and the Object Instance ID. This resource can have multiple instances allowing this Event Data Delivery object to manage many Event Data instances.	Objlnk	RW	\N	\N	Mandatory	Multiple	10263
504	2024-01-02 01:07:32.28618	\N	Latest Eventlog	2	/10263/2	The Latest Eventlog resource is a multiple instance resource representing the Latest Eventlog resource from each of the Event Data objects defined in the Event Data Links Resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Event Time for each of the Event Data objects defined in the Event Data Links Resource must be updated. When no new event data exists for any of the linked Event Data instances an empty Opaque value should be provided.\n\nIf this resource has an LwM2M server observation and one of the Event Data Instance is configured as Realtime and has been triggered, the Event Data Delivery object must send all undelivered events for all linked Event Data objects. \n	Opaque	R	\N	\N	Mandatory	Multiple	10263
505	2024-01-02 01:07:32.287092	\N	Schedule	3	/10263/3	The Schedule resource provides link to a schedule object. This Schedule object is used to provide fine grain control the Notification schedule delivery when the default LwM2M NOTIFICATION attributes do not provide sufficient control. If no schedule is required, an Object Link referencing no Object Instance will contain the concatenation of 2 MAX-ID values (null link).	Objlnk	RW	\N	\N	Mandatory	Single	10263
506	2024-01-02 01:07:32.288008	\N	Sensor Value	5700	/3320/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3320
507	2024-01-02 01:07:32.288897	\N	Sensor Units	5701	/3320/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3320
508	2024-01-02 01:07:32.289821	\N	Min Measured Value	5601	/3320/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3320
509	2024-01-02 01:07:32.290724	\N	Max Measured Value	5602	/3320/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3320
510	2024-01-02 01:07:32.29166	\N	Min Range Value	5603	/3320/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3320
511	2024-01-02 01:07:32.29258	\N	Max Range Value	5604	/3320/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3320
512	2024-01-02 01:07:32.293637	\N	Reset Min and Max Measured Values	5605	/3320/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3320
513	2024-01-02 01:07:32.294599	\N	Current Calibration	5821	/3320/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3320
514	2024-01-02 01:07:32.295499	\N	Application Type	5750	/3320/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3320
515	2024-01-02 01:07:32.296397	\N	Sensor Value	5700	/3346/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3346
516	2024-01-02 01:07:32.297355	\N	Sensor Units	5701	/3346/5701	Measurement Units Definition e.g. Rate, example units = Feet per Second	Float	R	\N	\N	Optional	Single	3346
517	2024-01-02 01:07:32.298314	\N	Min Measured Value	5601	/3346/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3346
518	2024-01-02 01:07:32.299228	\N	Max Measured Value	5602	/3346/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3346
519	2024-01-02 01:07:32.300119	\N	Min Range Value	5603	/3346/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3346
520	2024-01-02 01:07:32.301056	\N	Max Range Value	5604	/3346/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3346
521	2024-01-02 01:07:32.302045	\N	Reset Min and Max Measured Values	5605	/3346/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3346
523	2024-01-02 01:07:32.303825	\N	Application Type	5750	/3346/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3346
524	2024-01-02 01:07:32.304787	\N	sysFrameNumber	6037	/3371/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3371
525	2024-01-02 01:07:32.305752	\N	subFrameNumber	6038	/3371/6038	Sub Frame Number	Integer	R	\N	\N	Mandatory	Single	3371
526	2024-01-02 01:07:32.306654	\N	pci	6034	/3371/6034	PCI (0..504)	Integer	R	\N	\N	Mandatory	Single	3371
527	2024-01-02 01:07:32.307547	\N	rsrp	6035	/3371/6035	RSRP Value in dBm (-180..-30)	Integer	R	\N	\N	Mandatory	Single	3371
528	2024-01-02 01:07:32.308437	\N	rsrq	6036	/3371/6036	RSRQ Value in dB (-30..10)	Integer	R	\N	\N	Mandatory	Single	3371
529	2024-01-02 01:07:32.309398	\N	dlEarfcn	6032	/3371/6032	EARFCN - frequency	Integer	R	\N	\N	Mandatory	Single	3371
530	2024-01-02 01:07:32.31049	\N	Protocol supported	0	/10255/0	Manifest protocol supported	Integer	R	\n        	\n        	Mandatory	Single	10255
531	2024-01-02 01:07:32.311435	\N	Bootloader hash	1	/10255/1	Hash of the bootloader. This is used for tracking the version of the bootloader used.	Opaque	R	\n        	\n        	Mandatory	Single	10255
532	2024-01-02 01:07:32.312332	\N	OEM bootloader hash	2	/10255/2	If the end-user has modified the bootloader the hash of the modified bootloader is recorded here	Opaque	R	\n        	\n        	Mandatory	Single	10255
533	2024-01-02 01:07:32.313248	\N	Vendor	3	/10255/3	Vendor Class UUID	String	R	\n        	\n        	Mandatory	Single	10255
534	2024-01-02 01:07:32.314138	\N	Class	4	/10255/4	Class UUID	String	R	\n        	\n        	Mandatory	Single	10255
535	2024-01-02 01:07:32.315036	\N	Device	5	/10255/5	Device UUID	String	R	\n        	\n        	Mandatory	Single	10255
536	2024-01-02 01:07:32.31591	\N	sysFrameNumber	6037	/3372/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3372
537	2024-01-02 01:07:32.316784	\N	subFrameNumber	6038	/3372/6038	Sub Frame Number	Integer	R	\N	\N	Mandatory	Single	3372
538	2024-01-02 01:07:32.317693	\N	timingAdvance	2	/3372/2	in TA units microseconds	Integer	R	\N	\N	Mandatory	Single	3372
539	2024-01-02 01:07:32.318581	\N	Analog Input Current Value	5600	/3202/5600	The current value of the analog input.	Float	R	\N	0-1	Mandatory	Single	3202
540	2024-01-02 01:07:32.319474	\N	Min Measured Value	5601	/3202/5601	The minimum value measured by the sensor since power ON or reset	Float	R	\N	\N	Optional	Single	3202
541	2024-01-02 01:07:32.320354	\N	Max Measured Value	5602	/3202/5602	The maximum value measured by the sensor since power ON or reset	Float	R	\N	\N	Optional	Single	3202
542	2024-01-02 01:07:32.321251	\N	Min Range Value	5603	/3202/5603	The minimum value that can be measured by the sensor	Float	R	\N	\N	Optional	Single	3202
543	2024-01-02 01:07:32.322194	\N	Max Range Value	5604	/3202/5604	The maximum value that can be measured by the sensor	Float	R	\N	\N	Optional	Single	3202
544	2024-01-02 01:07:32.323082	\N	Application Type	5750	/3202/5750	The application type of the sensor or actuator as a string, for instance, “Air Pressure”	String	RW	\N	\N	Optional	Single	3202
545	2024-01-02 01:07:32.323979	\N	Sensor Type	5751	/3202/5751	The type of the sensor, for instance PIR type	String	R	\N	\N	Optional	Single	3202
546	2024-01-02 01:07:32.32486	\N	Reset Min and Max Measured Values	5605	/3202/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3202
547	2024-01-02 01:07:32.3258	\N	SMS Tx Counter	0	/7/0	Indicate the total number of SMS successfully transmitted during the collection period.	Integer	R	\N	\N	Optional	Single	7
548	2024-01-02 01:07:32.326796	\N	SMS Rx Counter	1	/7/1	Indicate the total number of SMS successfully received during the collection period.	Integer	R	\N	\N	Optional	Single	7
549	2024-01-02 01:07:32.327779	\N	Tx Data	2	/7/2	Indicate the total amount of IP data transmitted during the collection period.	Integer	R	Kilo-Bytes	\N	Optional	Single	7
550	2024-01-02 01:07:32.328692	\N	Rx Data	3	/7/3	Indicate the total amount of IP data received during the collection period.	Integer	R	Kilo-Bytes	\N	Optional	Single	7
551	2024-01-02 01:07:32.329642	\N	Max Message Size	4	/7/4	The maximum IP message size that is used during the collection period.	Integer	R	Byte	\N	Optional	Single	7
552	2024-01-02 01:07:32.330543	\N	Average Message Size	5	/7/5	The average IP message size that is used during the collection period.	Integer	R	Byte	\N	Optional	Single	7
553	2024-01-02 01:07:32.331495	\N	Start	6	/7/6	Reset resources 0-5 to 0 and start to collect information, If resource 8 (Collection Period) value is 0, the client will keep collecting information until resource 7 (Stop) is executed, otherwise the client will stop collecting information after specified period ended.\n        Note:When reporting the Tx Data or Rx Data, the LwM2M Client reports the total KB transmitted/received over IP bearer(s), including all protocol header bytes up to and including the IP header. This does not include lower level retransmissions/optimizations (e.g. RAN, header compression) or SMS messages.	\N	E	\N	\N	Mandatory	Single	7
554	2024-01-02 01:07:32.33242	\N	Stop	7	/7/7	Stop collecting information, but do not reset resources 0-5.	\N	E	\N	\N	Mandatory	Single	7
555	2024-01-02 01:07:32.333357	\N	Collection Period	8	/7/8	The default collection period in seconds. The value 0 indicates that the collection period is not set.	Integer	RW	Seconds	\N	Optional	Single	7
556	2024-01-02 01:07:32.334293	\N	Order	0	/2051/0	Contains an index defining the order of processing this CmdhDefEcValue Object Instance will be handled	Integer	RW	\N	\N	Mandatory	Single	2051
557	2024-01-02 01:07:32.335189	\N	DefEcValue	1	/2051/1	Represents the default Event category value to be applied when the conditions given in this Object Instance are matched	String	RW	\N	\N	Mandatory	Single	2051
558	2024-01-02 01:07:32.336069	\N	RequestOrigin	2	/2051/2	List of zero or more Local AE-IDs, App-IDs, or the strings “localAE” or “thisCSE”	String	RW	\N	\N	Mandatory	Multiple	2051
559	2024-01-02 01:07:32.336961	\N	RequestContext	3	/2051/3	Contains the requestContext information of this Object Instance which needs to be matched  	String	RW	\N	\N	Optional	Single	2051
560	2024-01-02 01:07:32.338227	\N	RequestContextNotification	4	/2051/4	Contains true/false flag indicating whether or not notification procedures apply.	Boolean	RW	\N	\N	Optional	Single	2051
561	2024-01-02 01:07:32.339114	\N	RequestCharacteristics	5	/2051/5	Represents conditions pertaining to the request itself, (e.g. the requested Response Type  ) than needs to be matched	String	RW	\N	\N	Optional	Single	2051
562	2024-01-02 01:07:32.340219	\N	Component Identity	0	/14/0	Name or identifier of the software component	String	R	\N	0-255 bytes	Optional	Single	14
563	2024-01-02 01:07:32.341125	\N	Component Pack	1	/14/1	Software components is stored in this resource	Opaque	R	\N	\N	Optional	Single	14
564	2024-01-02 01:07:32.342076	\N	Component Version	2	/14/2	Version of the software component.	String	R	\N	0-255 bytes	Optional	Single	14
565	2024-01-02 01:07:32.343029	\N	Activate	3	/14/3	This action activates the software previously successfully installed (the SW Update Package Installation State Machine is currently in the INSTALLED state).	\N	E	\N	\N	Optional	Single	14
566	2024-01-02 01:07:32.344128	\N	Deactivate	4	/14/4	This action deactivates software if the SW Update Package Installation State Machine is currently in the INSTALLED state.	\N	E	\N	\N	Optional	Single	14
567	2024-01-02 01:07:32.345248	\N	Activation State	5	/14/5	Indicates the current activation state of this software component:\n0: DISABLED\nActivation State is DISABLED if the Software Component Activation State Machine is in the INACTIVE state or not alive.\n1: ENABLED\nActivation State is ENABLED only if the Software Component Activation State Machine is in the ACTIVE state.\n	Boolean	R	\N	\N	Optional	Single	14
568	2024-01-02 01:07:32.346172	\N	timeHandoverStart	0	/3355/0	Modem time when handover is initiated	Integer	R	\N	\N	Mandatory	Single	3355
569	2024-01-02 01:07:32.347082	\N	dlEarfcn	6032	/3355/6032	EARFCN - frequency	Integer	R	\N	\N	Mandatory	Single	3355
570	2024-01-02 01:07:32.348007	\N	CellID	6033	/3355/6033	Cell Identity	Integer	R	\N	\N	Mandatory	Single	3355
571	2024-01-02 01:07:32.348883	\N	handoverResult	3	/3355/3	0 = Pass\n1 = InvalidCfg (Validation failure)\n2 = PhysicalFailure (Physical layer failure on the target cell)\n3 = Rach (T304 expiry due to RACH failure on target cell)\n4 = RachMeasConfigIncluded (T304 expiry due to RACH failure on target cell when MeasConfig IE was included)\n5 = Other (other failure reason than ones above)	Integer	R	\N	\N	Mandatory	Single	3355
572	2024-01-02 01:07:32.349809	\N	TargetEarfcn	4	/3355/4	Target EARFCN	Integer	R	\N	\N	Mandatory	Single	3355
573	2024-01-02 01:07:32.350691	\N	TargetPhysicalCellID	5	/3355/5	Target Physical Cell ID	Integer	R	\N	\N	Mandatory	Single	3355
574	2024-01-02 01:07:32.351578	\N	targetCellRsrp	6	/3355/6	Target Cell RSRP in dBm	Integer	R	\N	\N	Mandatory	Single	3355
575	2024-01-02 01:07:32.352457	\N	Manufacturer	0	/10242/0	\n                Human readable manufacturer name\n            	String	R	\N	\N	Optional	Single	10242
576	2024-01-02 01:07:32.353349	\N	Model Number	1	/10242/1	\n                A model identifier (manufacturer specified string)\n            	String	R	\N	\N	Optional	Single	10242
577	2024-01-02 01:07:32.354238	\N	Serial Number	2	/10242/2	\n                Serial number of the meter\n            	String	R	\N	\N	Optional	Single	10242
578	2024-01-02 01:07:32.355119	\N	Description	3	/10242/3	\n                Description of the meter\n            	String	R	\N	\N	Optional	Single	10242
579	2024-01-02 01:07:32.356002	\N	Tension R	4	/10242/4	\n                Voltage phase 1 (phase to neutral)\n            	Float	R	V	\N	Mandatory	Single	10242
580	2024-01-02 01:07:32.356897	\N	Current R	5	/10242/5	\n                Current phase 1\n            	Float	R	A	\N	Mandatory	Single	10242
581	2024-01-02 01:07:32.357834	\N	Active Power R	6	/10242/6	\n                Active Power phase 1\n            	Float	R	kW	\N	Optional	Single	10242
582	2024-01-02 01:07:32.358722	\N	Reactive Power R	7	/10242/7	\n                Reactive Power phase 1\n            	Float	R	kvar	\N	Optional	Single	10242
583	2024-01-02 01:07:32.359719	\N	Inductive Reactive Power R	8	/10242/8	\n                Inductive Reactive Power phase 1\n            	Float	R	kvarL	\N	Optional	Single	10242
584	2024-01-02 01:07:32.360766	\N	Capacitive Reactive Power R	9	/10242/9	\n                Capacitive Reactive Power phase 1\n            	Float	R	kvarC	\N	Optional	Single	10242
585	2024-01-02 01:07:32.361733	\N	Apparent Power R	10	/10242/10	\n                Apparent Power phase 1\n            	Float	R	kVA	\N	Optional	Single	10242
586	2024-01-02 01:07:32.362663	\N	Power Factor R	11	/10242/11	\n                Power Factor phase 1\n            	Float	R	\N	-1..1	Optional	Single	10242
587	2024-01-02 01:07:32.363543	\N	THD-V R	12	/10242/12	\n                Total Harmonic Distortion phase 1 (Tension)\n            	Float	R	%	\N	Optional	Single	10242
588	2024-01-02 01:07:32.364459	\N	THD-A R	13	/10242/13	\n                Total Harmonig Distortion phase 1 (Current)\n            	Float	R	%	\N	Optional	Single	10242
589	2024-01-02 01:07:32.365403	\N	Tension S	14	/10242/14	\n                Voltage phase 2 (phase to neutral)\n            	Float	R	V	\N	Mandatory	Single	10242
590	2024-01-02 01:07:32.366337	\N	Current S	15	/10242/15	\n                Current phase 2\n            	Float	R	A	\N	Mandatory	Single	10242
591	2024-01-02 01:07:32.367221	\N	Active Power S	16	/10242/16	\n                Active Power phase 2\n            	Float	R	kW	\N	Optional	Single	10242
592	2024-01-02 01:07:32.368119	\N	Reactive Power S	17	/10242/17	\n                Reactive Power phase 2\n            	Float	R	kvar	\N	Optional	Single	10242
593	2024-01-02 01:07:32.368999	\N	Inductive Reactive Power S	18	/10242/18	\n                Inductive Reactive Power phase 2\n            	Float	R	kvarL	\N	Optional	Single	10242
594	2024-01-02 01:07:32.369947	\N	Capacitive Reactive Power S	19	/10242/19	\n                Capacitive Reactive Power phase 2\n            	Float	R	kvarC	\N	Optional	Single	10242
595	2024-01-02 01:07:32.370835	\N	Apparent Power S	20	/10242/20	\n                Apparent Power phase 2\n            	Float	R	kVA	\N	Optional	Single	10242
596	2024-01-02 01:07:32.371733	\N	Power Factor S	21	/10242/21	\n                Power Factor phase 2\n            	Float	R	\N	-1..1	Optional	Single	10242
597	2024-01-02 01:07:32.372619	\N	THD-V S	22	/10242/22	\n                Total Harmonic Distortion phase 2 (Tension)\n            	Float	R	%	\N	Optional	Single	10242
598	2024-01-02 01:07:32.373527	\N	THD-A S	23	/10242/23	\n                Total Harmonic Distortion phase 2 (Current)\n            	Float	R	%	\N	Optional	Single	10242
599	2024-01-02 01:07:32.374435	\N	Tension T	24	/10242/24	\n                Voltage phase 3 (phase to neutral)\n            	Float	R	V	\N	Mandatory	Single	10242
600	2024-01-02 01:07:32.375331	\N	Current T	25	/10242/25	\n                Current phase 3\n            	Float	R	A	\N	Mandatory	Single	10242
601	2024-01-02 01:07:32.376262	\N	Active Power T	26	/10242/26	\n                Active Power phase 3\n            	Float	R	kW	\N	Optional	Single	10242
602	2024-01-02 01:07:32.377279	\N	Reactive Power T	27	/10242/27	\n                Reactive Power phase 3\n            	Float	R	kvar	\N	Optional	Single	10242
603	2024-01-02 01:07:32.378296	\N	Inductive Reactive Power T	28	/10242/28	\n                Inductive Reactive Power phase 3\n            	Float	R	kvarL	\N	Optional	Single	10242
604	2024-01-02 01:07:32.379218	\N	Capacitive Reactive Power T	29	/10242/29	\n                Capacitive Reactive Power phase 3\n            	Float	R	kvarC	\N	Optional	Single	10242
605	2024-01-02 01:07:32.38012	\N	Apparent Power T	30	/10242/30	\n                Apparent Power phase 3\n            	Float	R	kVA	\N	Optional	Single	10242
606	2024-01-02 01:07:32.381037	\N	Power Factor T	31	/10242/31	\n                Power Factor phase 3\n            	Float	R	\N	-1..1	Optional	Single	10242
607	2024-01-02 01:07:32.381953	\N	THD-V T	32	/10242/32	\n                Total Harmonic Distortion phase 3 (Tension)\n            	Float	R	%	\N	Optional	Single	10242
608	2024-01-02 01:07:32.382842	\N	THD-A T	33	/10242/33	\n                Total Harmonic Distortion phase 3 (Current)\n            	Float	R	%	\N	Optional	Single	10242
609	2024-01-02 01:07:32.38373	\N	3-Phase Active Power	34	/10242/34	\n                3-Phase Active Power\n            	Float	R	kW III	\N	Optional	Single	10242
610	2024-01-02 01:07:32.384604	\N	3-Phase Reactive Power	35	/10242/35	\n                3-Phase Reactive Power\n            	Float	R	kvar III	\N	Optional	Single	10242
611	2024-01-02 01:07:32.385675	\N	3-Phase Inductive Reactive Power	36	/10242/36	\n                3-Phase Inductive Reactive Power\n            	Float	R	kvarL III	\N	Optional	Single	10242
612	2024-01-02 01:07:32.386577	\N	3-Phase Capacitive Reactive Power	37	/10242/37	\n                3-Phase Capacitive Reactive Power\n            	Float	R	kvarC III	\N	Optional	Single	10242
613	2024-01-02 01:07:32.387459	\N	3-Phase Apparent Power	38	/10242/38	\n                3-Phase Apparent Power\n            	Float	R	kVA III	\N	Optional	Single	10242
614	2024-01-02 01:07:32.388336	\N	3-Phase Power Factor	39	/10242/39	\n                3-Phase Power Factor\n            	Float	R	\N	-1..1	Optional	Single	10242
615	2024-01-02 01:07:32.389251	\N	3-Phase phi cosine	40	/10242/40	\n                3-Phase phi cosine\n            	Float	R	\N	-1..1	Optional	Single	10242
616	2024-01-02 01:07:32.390617	\N	Active Energy	41	/10242/41	\n                Active Energy\n            	Float	R	kW/h III	\N	Optional	Single	10242
617	2024-01-02 01:07:32.391515	\N	Reactive Energy	42	/10242/42	\n                Reactive Energy\n            	Float	R	kvar/h III	\N	Optional	Single	10242
618	2024-01-02 01:07:32.392434	\N	Inductive Reactive Energy	43	/10242/43	\n                Inductive Reactive Energy\n            	Float	R	kvarL/h III	\N	Optional	Single	10242
619	2024-01-02 01:07:32.393507	\N	Capacitive Reactive Energy	44	/10242/44	\n                Capacitive Reactive Energy\n            	Float	R	kvarC/h III	\N	Optional	Single	10242
620	2024-01-02 01:07:32.394529	\N	Apparent Energy	45	/10242/45	\n                Apparent Energy\n            	Float	R	kVA/h III	\N	Optional	Single	10242
621	2024-01-02 01:07:32.395495	\N	Tension R-S	46	/10242/46	\n                Voltage phase 1 to phase 2\n            	Float	R	V	\N	Optional	Single	10242
622	2024-01-02 01:07:32.396381	\N	Tension S-T	47	/10242/47	\n                Voltage phase 2 to phase 3\n            	Float	R	V	\N	Optional	Single	10242
623	2024-01-02 01:07:32.397305	\N	Tension T-R	48	/10242/48	\n                Voltage phase 3 to phase 1\n            	Float	R	V	\N	Optional	Single	10242
624	2024-01-02 01:07:32.39824	\N	Frequency	49	/10242/49	\n                Frequency\n            	Float	R	Hz	\N	Optional	Single	10242
625	2024-01-02 01:07:32.39915	\N	Neutral Current	50	/10242/50	\n                Neutral Current\n            	Float	R	A	\N	Optional	Single	10242
626	2024-01-02 01:07:32.400049	\N	sysFrameNumber	6037	/3374/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3374
627	2024-01-02 01:07:32.40094	\N	subFrameNumber	6038	/3374/6038	Sub Frame Number	Integer	R	\N	\N	Mandatory	Single	3374
628	2024-01-02 01:07:32.401944	\N	outOfSyncCount	2	/3374/2	out of sync count	Integer	R	\N	\N	Mandatory	Single	3374
629	2024-01-02 01:07:32.402834	\N	inSyncCount	3	/3374/3	in Sync Count	Integer	R	\N	\N	Mandatory	Single	3374
630	2024-01-02 01:07:32.403706	\N	t310Timer	4	/3374/4	0=stopped, 1=running	Boolean	R	\N	\N	Mandatory	Single	3374
631	2024-01-02 01:07:32.404579	\N	Event Identifier	5823	/3310/5823	The event identifier as a string.	String	RW	\N	\N	Mandatory	Single	3310
632	2024-01-02 01:07:32.405483	\N	Start Time	5824	/3310/5824	Time when the load control event will start started.	String	RW	\N	\N	Mandatory	Single	3310
633	2024-01-02 01:07:32.40639	\N	Duration In Min	5825	/3310/5825	The duration of the load control event.	String	RW	Min	\N	Mandatory	Single	3310
634	2024-01-02 01:07:32.407283	\N	Criticality Level	5826	/3310/5826	The criticality of the event.  The device receiving the event will react in an appropriate fashion for the device.	String	RW	\N	\N	Optional	Single	3310
635	2024-01-02 01:07:32.408164	\N	Avg Load Adj Pct	5827	/3310/5827	Defines the maximum energy usage of the receivng device, as a percentage of the device's normal maximum energy usage.	String	RW	%	0-100	Optional	Single	3310
636	2024-01-02 01:07:32.409084	\N	Duty Cycle	5828	/3310/5828	Defines the duty cycle for the load control event, i.e, what percentage of time the receiving device is allowed to be on.	String	RW	%	0-100	Optional	Single	3310
637	2024-01-02 01:07:32.410258	\N	LWM2M  Server URI	0	/0/0	Uniquely identifies the LwM2M Server or LwM2M Bootstrap-Server. The format of the CoAP URI is defined in Section 6 of RFC 7252.	String	\N	\N	0-255 bytes	Mandatory	Single	0
638	2024-01-02 01:07:32.411265	\N	Bootstrap-Server	1	/0/1	Determines if the current instance concerns a LwM2M Bootstrap-Server (true) or a standard LwM2M Server (false)	Boolean	\N	\N	\N	Mandatory	Single	0
639	2024-01-02 01:07:32.412182	\N	Security Mode	2	/0/2	Determines which UDP payload security mode is used\n0: Pre-Shared Key mode\n1: Raw Public Key mode\n2: Certificate mode\n3: NoSec mode\n4: Certificate mode with EST	Integer	\N	\N	0-4	Mandatory	Single	0
640	2024-01-02 01:07:32.413076	\N	Public Key or Identity	3	/0/3	Stores the LwM2M Client’s Certificate (Certificate mode), public key (RPK mode) or PSK Identity (PSK mode). The format is defined in Section E.1.1 of the LwM2M version 1.0 specification.	Opaque	\N	\N	\N	Mandatory	Single	0
641	2024-01-02 01:07:32.414029	\N	Server Public Key	4	/0/4	Stores the LwM2M Server’s or LwM2M Bootstrap-Server’s Certificate (Certificate mode), public key (RPK mode). The format is defined in Section E.1.1 of the LwM2M version 1.0 specification.	Opaque	\N	\N	\N	Mandatory	Single	0
642	2024-01-02 01:07:32.414942	\N	Secret Key	5	/0/5	Stores the secret key or private key of the security mode. The format of the keying material is defined by the security mode in Section E.1.1 of the LwM2M version 1.0 specification. This Resource MUST only be changed by a bootstrap-server and MUST NOT be readable by any server.	Opaque	\N	\N	\N	Mandatory	Single	0
643	2024-01-02 01:07:32.415833	\N	SMS Security Mode	6	/0/6	Determines which SMS security mode is used (see section 7.2 of the LwM2M version 1.0 specification)\n0: Reserved for future use\n1: DTLS mode (Device terminated) PSK mode assumed\n2: Secure Packet Structure mode (Smartcard terminated)\n3: NoSec mode\n4: Reserved mode (DTLS mode with multiplexing Security Association support)\n5-203 : Reserved for future use\n204-255: Proprietary modes	Integer	\N	\N	0-255	Optional	Single	0
644	2024-01-02 01:07:32.41671	\N	SMS Binding Key Parameters	7	/0/7	Stores the KIc, KID, SPI and TAR. The format is defined in Section E.1.2 of the LwM2M version 1.0 specification.	Opaque	\N	\N	6 bytes	Optional	Single	0
645	2024-01-02 01:07:32.418262	\N	SMS Binding Secret Key(s)	8	/0/8	Stores the values of the key(s) for the SMS binding. \nThis resource MUST only be changed by a bootstrap-server and MUST NOT be readable by any server.	Opaque	\N	\N	16-32-48 bytes	Optional	Single	0
646	2024-01-02 01:07:32.419163	\N	LwM2M Server SMS Number	9	/0/9	MSISDN used by the LwM2M Client to send messages to the LwM2M Server via the SMS binding. \nThe LwM2M Client SHALL silently ignore any SMS originated from unknown MSISDN	String	\N	\N	\N	Optional	Single	0
684	2024-01-02 01:07:32.455041	\N	Max Measured Value	5602	/3329/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3329
647	2024-01-02 01:07:32.420053	\N	Short Server ID	10	/0/10	This identifier uniquely identifies each LwM2M Server configured for the LwM2M Client.\nThis Resource MUST be set when the Bootstrap-Server Resource has false value.\nSpecific ID:0 and ID:65535 values MUST NOT be used for identifying the LwM2M Server (Section 6.3 of the LwM2M version 1.0 specification).	Integer	\N	\N	1-65534	Optional	Single	0
648	2024-01-02 01:07:32.421011	\N	Client Hold Off Time	11	/0/11	Relevant information for a Bootstrap-Server only.\nThe number of seconds to wait before initiating a Client Initiated Bootstrap once the LwM2M Client has determined it should initiate this bootstrap mode.\nIn case client initiated bootstrap is supported by the LwM2M Client, this resource MUST be supported.	Integer	\N	s	\N	Optional	Single	0
649	2024-01-02 01:07:32.421972	\N	Bootstrap-Server Account Timeout	12	/0/12	The LwM2M Client MUST purge the LwM2M Bootstrap-Server Account after the timeout value given by this resource. The lowest timeout value is 1.\nIf the value is set to 0, or if this resource is not instantiated, the Bootstrap-Server Account lifetime is infinite.	Integer	\N	s	\N	Optional	Single	0
650	2024-01-02 01:07:32.422873	\N	RrcTimerExpiryEvent	0	/3358/0	1 = t300\n2 = t301\n3 = t302\n4 = t303\n5 = t304\n6 = t305\n7 = t311\n8 = t320\n9 = t321\n10 = other	Integer	R	\N	\N	Mandatory	Single	3358
651	2024-01-02 01:07:32.42384	\N	TxPowerBackoff	0	/3376/0	TX Power Backoff	Integer	R	\N	\N	Mandatory	Single	3376
652	2024-01-02 01:07:32.424747	\N	Interval Period	6000	/10271/6000	The Interval Period resource is an Integer value representing the width in seconds of the intervals being managed by this interval data object. This resource is read only and can only be changed by resource 11 (Change Interval Configuration). It is recommended that the Interval Period be set to a devisor of 24 hours (86400 seconds) to provide a consistent interval period. Examples of Interval Period include:-\n30 = Every 30 seconds\n600 = Every 10 minutes\n1800 = Every 30 minutes\n3600 = Hourly\n7200 = Every 2 hours\n14400 = Every 4 hours\n43200 = Every 12 hours\n86400 = Every Day\n172600 = Every Second Day	Integer	R	Seconds	1-864000	Mandatory	Single	10271
653	2024-01-02 01:07:32.425734	\N	Interval Start Offset	6001	/10271/6001	The Interval Start Offset resource is a read only resource representing the number of seconds past midnight for which the first interval is recorded. If this resource is empty, it is assumed that the intervals are midnight aligned. This can be used to adjust interval boundaries. As an example, an Interval Period of 3600 seconds and an Interval Start time of 300 represents hourly interval data, starting at 00:05.	Integer	R	Seconds	0-86399	Optional	Single	10271
654	2024-01-02 01:07:32.426806	\N	Interval UTC Offset	6002	/10271/6002	The Interval UTC Offset resource is a read only resource representing the time zone offset for this Interval Data instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided. UTC+X [ISO 8601].	String	R	\N	\N	Optional	Single	10271
655	2024-01-02 01:07:32.427794	\N	Interval Collection Start Time	6003	/10271/6003	The Collection Start Time resource is a read only resource representing the time when the first interval was recorded on the device. Interval times represent the end of the interval, not the beginning. As an example, the first four hourly interval past midnight will have a timestamp of 04:00 (adjusting for UTC offset). 	Time	R	\N	\N	Mandatory	Single	10271
656	2024-01-02 01:07:32.428709	\N	Oldest Recorded Interval	6004	/10271/6004	The Oldest Recorded Interval resource is a read-only resource representing the oldest available interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10271
657	2024-01-02 01:07:32.42967	\N	Last Delivered Interval	6005	/10271/6005	The Last Delivered Interval is a readable and writable resource used to represent the last interval delivered to the LwM2M server. Interval times represent the end of the interval, not the beginning. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Payload resource. This resource is writable to allow the server to adjust the Last Delivered Interval value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10271
658	2024-01-02 01:07:32.430621	\N	Latest Recorded Interval	6006	/10271/6006	The Latest Recorded Interval is a readable resource representing the currently highest recorded interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10271
659	2024-01-02 01:07:32.431575	\N	Interval Delivery Midnight Aligned	6007	/10271/6007	The Delivery Midnight Aligned is a readable and writable resource used to indicate if data is delivered only to the previous midnight (1) or if part-day data can be delivered (0). Calculating Midnight should consider the Interval UTC Offset resource, or if empty, the Device [/3/0/14] object instance resource.	Boolean	RW	\N	\N	Mandatory	Single	10271
660	2024-01-02 01:07:32.432514	\N	Interval Historical Read	6008	/10271/6008	Historical Interval Read is an executable resource designed to retrieve ad-hoc interval read data. The resource takes two arguments:-\nArgument 0: First Interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nArgument 1: Last interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nThe dates should be inclusive based on the end time of the interval. The data retrieved from this resource will be readable (or observable) from the Historical Read Payload Resource.\n\nAs an example, the Argument List to retrieve data from Midnight 2nd March (UTC+10) to Midnight 6rd March (UTC+10) for a specific instance of the interval data object, would be constructed as follows:-\n\n0='1488463200',1='1488808800'	\N	E	\N	\N	Optional	Single	10271
661	2024-01-02 01:07:32.433436	\N	Interval Historical Read Payload	6009	/10271/6009	The Historical Read Payload resource is the representation of the data requested by the Historical Interval Read executable resource. The format of this Opaque value should be identical to the Latest Payload resource. If no Historical Interval Read has been executed, this resource should return and empty Opaque value. This resource can either be Read from the Server or set up as an observation and Notified to the server as soon as the historical data is available. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Historical Read Payload should be set to an empty Opaque value.	Opaque	R	\N	\N	Optional	Single	10271
685	2024-01-02 01:07:32.455931	\N	Min Range Value	5603	/3329/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3329
686	2024-01-02 01:07:32.456864	\N	Max Range Value	5604	/3329/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3329
687	2024-01-02 01:07:32.457779	\N	Reset Min and Max Measured Values	5605	/3329/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3329
688	2024-01-02 01:07:32.458675	\N	Current Calibration	5821	/3329/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3329
662	2024-01-02 01:07:32.434339	\N	Interval Change Configuration	6010	/10271/6010	Change Interval Configuration is an executable resource designed to allow the Interval Period, Interval Start Offset and Interval UTC Offset to be reconfigured. The resource takes three arguments:-\nArgument 0: [Mandatory] Interval Period represented as an integer as defined in the Interval Period Resource.\nArgument 1: [Optional] Interval start offset represented as an integer as defined in the Interval Start Offset Resource. If not provided, leave the value as per the current configuration\nArgument 2: [Optional] Interval UTC offset represented as a String as defined in the Interval UTC Offset Resource. If not provided, leave the value as per the current configuration.\n\nDepending on the specifics of the implementation of this object, reconfiguring the Interval data object may result in the removal of all historical data for this Interval Data Object Instance. Please consult with your device vendor as to the implications of reconfiguring an Interval Data Object Instance.\n\nAs an example, the Argument List to change an interval data object instance from its existing values to one hour intervals, midnight aligned in UTC+10 time zone:-\n\n0='3600',1='0',1='UTC+10'	\N	E	\N	\N	Optional	Single	10271
663	2024-01-02 01:07:32.435373	\N	Start	6026	/10271/6026	Start is an executable resource that enables the recording of interval data. The first interval recorded will have a timestamp based on the Interval Start Offset resource. This executable resource takes no arguments. Refer to re-usable resource LogStart for further details.	\N	E	\N	\N	Optional	Single	10271
664	2024-01-02 01:07:32.43627	\N	Stop	6027	/10271/6027	Stop (LogStop) is an executable resource that disables the recording of interval data for this object instance. This executable resource takes no arguments. Refer to re-usable resource LogStop for further details.	\N	E	\N	\N	Optional	Single	10271
665	2024-01-02 01:07:32.43726	\N	Status	6028	/10271/6028	Recording Enabled is a read-only resource providing an indication of if interval data is currently being recorded for this object instance. Refer to re-usable resource LogStatus for further details.	Integer	R	\N	\N	Optional	Single	10271
666	2024-01-02 01:07:32.438161	\N	Latest Payload	6029	/10271/6029	The Latest Payload resource is a read-only serialised Opaque (Binary) representation of all the Interval Data between the Last Delivered Interval and the Latest Recorded Interval, accounting for the Delivery Midnight Aligned resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded as follows:\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Interval Data Instance ID/ Class [16-bit integer]\n3. Timestamp of first Interval [32-bit integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n4. Interval Period in seconds [32-bit integer]\n5. Number of intervals in Payload [16-bit integer]\n6. Number of Values Per Interval [8-bit integer]\n7. Size of Value 1 in bits [8-bit integer]\n8. Size of Value 2 in bits [8-bit integer]\n...\n9. Size of Value N in bits [8-bit integer]\n10. Interval 1 Value 1 [x bits]\n11. Interval 1 Value 2 [x bits]\n...\n12. Interval 1 Value N [x bits]\n...\n13. Interval N Value N [x bits]\n\nIf for some implementation specific reason, there are missing intervals in the sequence, the payload may consist of multiple blocks of the above serialised data (appended into a single binary opaque value), each block representing a continuous series of interval data.\n	Opaque	R	\N	\N	Mandatory	Single	10271
667	2024-01-02 01:07:32.439132	\N	Serving Cell ID	0	/10246/0	Serving cell ID as specified by the cellIdentity field broadcast in SIB1 of the serving cell (see TS 36.331).	Integer	R	\N	0..2^32-1	Mandatory	Single	10246
668	2024-01-02 01:07:32.440028	\N	Serving Cell RSRP	1	/10246/1	Serving cell RSRP, as defined in TS 36.133, Section 9.1.4. Range: RSRP_00; RSRP_01 .. RSRP_97	Integer	R	\N	0..97	Mandatory	Single	10246
669	2024-01-02 01:07:32.440919	\N	Serving Cell RSRQ	2	/10246/2	Serving cell RSRQ, as defined in TS 36.133, Section 9.1.7. Range: RSRQ_-30; RSRQ_-29 .. RSRQ_46	Integer	R	\N	-30..46	Mandatory	Single	10246
670	2024-01-02 01:07:32.441862	\N	Serving Cell SINR	3	/10246/3	SINR of serving cell as estimated by the CrowdBox. Note that this is a proprietary measurement dependent on the UE chipset manufacturer. The UE chipset used should be stated in the accompanying product documentation.	Integer	R	dB	-10..30	Mandatory	Single	10246
671	2024-01-02 01:07:32.442784	\N	Cumulative Backhaul Timing Advance	4	/10246/4	The cumulative timing advance signalled by the current serving cell to the CrowdBox. This is the sum of the initial timing advance signalled in the MAC payload of the Random Access Response (11 bits, 0 .. 1282) and subsequent adjustments signalled in the MAC PDU of DL-SCH transmissions (6 bits, -31 .. 32). See TS 36.321 for details.	Integer	R	\N	0..65535	Optional	Single	10246
672	2024-01-02 01:07:32.443833	\N	Neighbour Cell Report	5	/10246/5	A link to the "Neighbour Cell Report" object for each neighbour cell of the CrowdBox.	Objlnk	R	\N	\N	Mandatory	Multiple	10246
673	2024-01-02 01:07:32.444775	\N	Multi-state Input	5547	/3348/5547	The current state of a Multi-state input or selector.	Integer	R	\N	\N	Mandatory	Single	3348
674	2024-01-02 01:07:32.445755	\N	Application Type	5750	/3348/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3348
675	2024-01-02 01:07:32.446645	\N	Dimmer	5851	/3343/5851	Proportional control, integer value between 0 and 100 as a percentage.	Float	RW	%	0-100	Mandatory	Single	3343
676	2024-01-02 01:07:32.447573	\N	On Time	5852	/3343/5852	The time in seconds that the dimmer has been on (Dimmer value has to be > 0). Writing a value of 0 resets the counter.	Integer	RW	s	\N	Optional	Single	3343
677	2024-01-02 01:07:32.448511	\N	Off Time	5854	/3343/5854	The time in seconds that the dimmer has been off  (dimmer value less or equal to 0) Writing a value of 0 resets the counter. 	Integer	RW	s	\N	Optional	Single	3343
678	2024-01-02 01:07:32.449461	\N	Application Type	5750	/3343/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3343
679	2024-01-02 01:07:32.45036	\N	callStatus	0	/3385/0	0 = Inactive call\n1 = Active call\n2 = Attempting\n3 = Hold	Integer	R	\N	\N	Mandatory	Single	3385
680	2024-01-02 01:07:32.451258	\N	VolteCallStateChangeCause	1	/3385/1	0 = Not available\n1 = Normal Call Clearing\n2 = Call Drop	Integer	R	\N	\N	Mandatory	Single	3385
681	2024-01-02 01:07:32.452139	\N	Sensor Value	5700	/3329/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3329
682	2024-01-02 01:07:32.453025	\N	Sensor Units	5701	/3329/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3329
683	2024-01-02 01:07:32.454154	\N	Min Measured Value	5601	/3329/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3329
808	2024-01-02 01:07:32.572005	\N	Current Position	5536	/3337/5536	Current position or desired position of a positioner actuator.	Float	RW	%	0-100	Mandatory	Single	3337
689	2024-01-02 01:07:32.45959	\N	Application Type	5750	/3329/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3329
690	2024-01-02 01:07:32.46068	\N	Digital Input State	5500	/3342/5500	The current state of a digital input.	Boolean	R	\N	\N	Mandatory	Single	3342
691	2024-01-02 01:07:32.461706	\N	Digital Input Counter	5501	/3342/5501	The number of times the input transitions from 0 to 1.	Integer	R	\N	\N	Optional	Single	3342
692	2024-01-02 01:07:32.462633	\N	On Time	5852	/3342/5852	The time in seconds since the On command was sent. Writing a value of 0 resets the counter.	Integer	RW	s	\N	Optional	Single	3342
693	2024-01-02 01:07:32.463529	\N	Off Time	5854	/3342/5854	The time in seconds since the Off command was sent. Writing a value of 0 resets the counter.	Integer	RW	s	\N	Optional	Single	3342
694	2024-01-02 01:07:32.46443	\N	Application Type	5750	/3342/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3342
695	2024-01-02 01:07:32.465404	\N	Sensor Value	5700	/3319/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3319
696	2024-01-02 01:07:32.466328	\N	Sensor Units	5701	/3319/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3319
697	2024-01-02 01:07:32.467232	\N	Min Measured Value	5601	/3319/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3319
698	2024-01-02 01:07:32.468142	\N	Max Measured Value	5602	/3319/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3319
699	2024-01-02 01:07:32.469035	\N	Min Range Value	5603	/3319/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3319
700	2024-01-02 01:07:32.469979	\N	Max Range Value	5604	/3319/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3319
701	2024-01-02 01:07:32.470871	\N	Reset Min and Max Measured Values	5605	/3319/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3319
702	2024-01-02 01:07:32.471749	\N	Current Calibration	5821	/3319/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3319
703	2024-01-02 01:07:32.472638	\N	Application Type	5750	/3319/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3319
704	2024-01-02 01:07:32.473553	\N	Compass Direction	5705	/3332/5705	This indicates the compass direction of some phenomenon (i.e. direction of travel, wind direction…).	Float	R	deg	0-360	Mandatory	Single	3332
705	2024-01-02 01:07:32.474451	\N	Min Measured Value	5601	/3332/5601	The minimum value measured by the sensor since power ON or reset.	Float	R	\N	\N	Optional	Single	3332
706	2024-01-02 01:07:32.475343	\N	Max Measured Value	5602	/3332/5602	The maximum value measured by the sensor since power ON or reset.	Float	R	\N	\N	Optional	Single	3332
707	2024-01-02 01:07:32.476265	\N	Reset Min and Max Measured Values	5605	/3332/5605	Reset the Min and Max Measured Values to Current Value.	\N	E	\N	\N	Optional	Single	3332
708	2024-01-02 01:07:32.477296	\N	Application Type	5750	/3332/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3332
709	2024-01-02 01:07:32.478281	\N	Short Server ID	0	/1/0	Used as link to associate server Object Instance.	Integer	R	\N	1-65535	Mandatory	Single	1
710	2024-01-02 01:07:32.47917	\N	Lifetime	1	/1/1	Specify the lifetime of the registration in seconds (see Section 5.3 Registration).	Integer	RW	s	\N	Mandatory	Single	1
711	2024-01-02 01:07:32.480062	\N	Default Minimum Period	2	/1/2	The default value the LwM2M Client should use for the Minimum Period of an Observation in the absence of this parameter being included in an Observation.\nIf this Resource doesn’t exist, the default value is 0.	Integer	RW	s	\N	Optional	Single	1
712	2024-01-02 01:07:32.480981	\N	Default Maximum Period	3	/1/3	The default value the LwM2M Client should use for the Maximum Period of an Observation in the absence of this parameter being included in an Observation.	Integer	RW	s	\N	Optional	Single	1
713	2024-01-02 01:07:32.481898	\N	Disable	4	/1/4	If this Resource is executed, this LwM2M Server Object is disabled for a certain period defined in the Disabled Timeout Resource. After receiving “Execute” operation, LwM2M Client MUST send response of the operation and perform de-registration process, and underlying network connection between the Client and Server MUST be disconnected to disable the LwM2M Server account.\nAfter the above process, the LwM2M Client MUST NOT send any message to the Server and ignore all the messages from the LwM2M Server for the period.	\N	E	\N	\N	Optional	Single	1
714	2024-01-02 01:07:32.482794	\N	Disable Timeout	5	/1/5	A period to disable the Server. After this period, the LwM2M Client MUST perform registration process to the Server. If this Resource is not set, a default timeout value is 86400 (1 day).	Integer	RW	s	\N	Optional	Single	1
715	2024-01-02 01:07:32.483686	\N	Notification Storing When Disabled or Offline	6	/1/6	If true, the LwM2M Client stores “Notify” operations to the LwM2M Server while the LwM2M Server account is disabled or the LwM2M Client is offline. After the LwM2M Server account is enabled or the LwM2M Client is online, the LwM2M Client reports the stored “Notify” operations to the Server.\nIf false, the LwM2M Client discards all the “Notify” operations or temporarily disables the Observe function while the LwM2M Server is disabled or the LwM2M Client is offline.\nThe default value is true.\nThe maximum number of storing Notifications per Server is up to the implementation.	Boolean	RW	\N	\N	Mandatory	Single	1
716	2024-01-02 01:07:32.484637	\N	Binding	7	/1/7	This Resource defines the transport binding configured for the LwM2M Client.\nIf the LwM2M Client supports the binding specified in this Resource, the LwM2M Client MUST use that transport for the Current Binding Mode.	String	RW	\N	The possible values of Resource are listed in 5.3.1.1	Mandatory	Single	1
717	2024-01-02 01:07:32.485776	\N	Registration Update Trigger	8	/1/8	If this Resource is executed the LwM2M Client MUST perform an “Update” operation with this LwM2M Server using that transport for the Current Binding Mode.	\N	E	\N	\N	Mandatory	Single	1
718	2024-01-02 01:07:32.486696	\N	NetworkAction	0	/2057/0	Contains specific action actually  attempted on the network (e.g. cellular-registration)	Integer	RW	\N	1..5	Optional	Single	2057
719	2024-01-02 01:07:32.487622	\N	InitialBackoffTime	1	/2057/1	Regarding the BackOffParameters of a certain CmdhNwAccessRule  Object Instance, this Resource contains the value for the Initial wait time. 	Integer	RW	ms	\N	Mandatory	Single	2057
720	2024-01-02 01:07:32.488517	\N	AdditionalBackoffTime	2	/2057/2	Regarding the BackOffParameters of a certain CmdhNwAccessRule  Object Instance, this Resource contains the value for an additional wait tme.	Integer	RW	ms	\N	Mandatory	Single	2057
721	2024-01-02 01:07:32.489429	\N	MaximumBackoffTime	3	/2057/3	Regarding the BackOffParameters of a certain CmdhNwAccessRule  Object Instance, this Resource contains the value for the maximum wait time	Integer	RW	ms	\N	Mandatory	Single	2057
722	2024-01-02 01:07:32.490446	\N	OptionalRandomBackoffTime	4	/2057/4	Regarding the BackOffParameters of a certain CmdhNwAccessRule  Object Instance, this Resource contains the value for an optional random wait time.	Integer	RW	ms	\N	Optional	Multiple	2057
723	2024-01-02 01:07:32.491329	\N	Event Type	6011	/10275/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10275
724	2024-01-02 01:07:32.492306	\N	Alarm Realtime	6012	/10275/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10275
725	2024-01-02 01:07:32.49336	\N	Alarm State	6013	/10275/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10275
726	2024-01-02 01:07:32.494361	\N	Alarm Set Threshold	6014	/10275/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10275
727	2024-01-02 01:07:32.495268	\N	Alarm Set Operator	6015	/10275/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10275
728	2024-01-02 01:07:32.496173	\N	Alarm Clear Threshold	6016	/10275/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10275
729	2024-01-02 01:07:32.497087	\N	Alarm Clear Operator	6017	/10275/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10275
730	2024-01-02 01:07:32.498038	\N	Alarm Maximum Event Count	6018	/10275/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10275
731	2024-01-02 01:07:32.498952	\N	Alarm Maximum Event Period	6019	/10275/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10275
732	2024-01-02 01:07:32.499837	\N	Latest Delivered Event Time	6020	/10275/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10275
733	2024-01-02 01:07:32.500736	\N	Latest Recorded Event Time	6021	/10275/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10275
734	2024-01-02 01:07:32.501788	\N	Alarm Clear	6022	/10275/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10275
735	2024-01-02 01:07:32.502684	\N	Alarm Auto Clear	6023	/10275/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10275
736	2024-01-02 01:07:32.503577	\N	Event Code	6024	/10275/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10275
809	2024-01-02 01:07:32.573319	\N	Transition Time	5537	/3337/5537	The time expected to move the actuator to the new position.	Float	RW	s	\N	Optional	Single	3337
810	2024-01-02 01:07:32.574248	\N	Remaining Time	5538	/3337/5538	The time remaining in an operation.	Float	R	s	\N	Optional	Single	3337
811	2024-01-02 01:07:32.575134	\N	Min Measured Value	5601	/3337/5601	The minimum value set on the actuator since power ON or reset.	Float	R	Same as Measured Value	Same as Measured Value	Optional	Single	3337
737	2024-01-02 01:07:32.504472	\N	Latest Payload	6025	/10275/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10275
738	2024-01-02 01:07:32.505639	\N	sysFrameNumber	6037	/3380/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3380
739	2024-01-02 01:07:32.506893	\N	subFrameNumber	6038	/3380/6038	Sub Frame Number	Boolean	R	\N	\N	Mandatory	Single	3380
740	2024-01-02 01:07:32.507937	\N	rachTxPower	2	/3380/2	PRACH tx power in dB (-112..23)	Integer	R	\N	\N	Mandatory	Single	3380
741	2024-01-02 01:07:32.508839	\N	zadOffSeqNum	3	/3380/3	ZadOFF Sequence Number (0..837)	Integer	R	\N	\N	Mandatory	Single	3380
742	2024-01-02 01:07:32.509935	\N	prachConfig	4	/3380/4	Random access preamble timing for a range of preamble formats (0..64)	Integer	R	\N	\N	Mandatory	Single	3380
743	2024-01-02 01:07:32.510882	\N	preambleFormat	5	/3380/5	Preamble Format (0..4)	Integer	R	\N	\N	Mandatory	Single	3380
744	2024-01-02 01:07:32.511781	\N	maxTransmissionMsg3	6	/3380/6	Max number of HARQ re-transmissions from UE for RACH message 3 (1..8)	Integer	R	\N	\N	Mandatory	Single	3380
745	2024-01-02 01:07:32.512672	\N	raResponseWindowSize	7	/3380/7	Window size for reception of RACH message 2 (2..10)	Integer	R	\N	\N	Mandatory	Single	3380
746	2024-01-02 01:07:32.513622	\N	RachRequestResult	8	/3380/8	RACH Request success/failure - 0=fail, 1=pass	Boolean	R	\N	\N	Mandatory	Single	3380
747	2024-01-02 01:07:32.514592	\N	ce_mode	9	/3380/9	CE_mode	Integer	R	\N	\N	Mandatory	Single	3380
748	2024-01-02 01:07:32.515483	\N	ce_level	10	/3380/10	CE level	Integer	R	\N	\N	Mandatory	Single	3380
749	2024-01-02 01:07:32.516354	\N	num_prach_repetition	11	/3380/11	Number of PRACH Repetitions	Integer	R	\N	\N	Mandatory	Single	3380
750	2024-01-02 01:07:32.517241	\N	prach_repetition_seq	12	/3380/12	PRACH Repetition seq	Integer	R	\N	\N	Mandatory	Single	3380
751	2024-01-02 01:07:32.518165	\N	contextType	0	/3360/0	0=default\n1=dedicated	Integer	R	\N	\N	Mandatory	Single	3360
752	2024-01-02 01:07:32.519053	\N	bearerState	1	/3360/1	Bearer State\n0 = null\n1 = activeWaiting\n2 = active\n3 = modifying	Integer	R	\N	\N	Mandatory	Single	3360
753	2024-01-02 01:07:32.519931	\N	radioBearerId	2	/3360/2	Radio bearer ID corresponding to EPS Bearer ID of the context	Integer	R	\N	\N	Mandatory	Single	3360
754	2024-01-02 01:07:32.520823	\N	qci	3	/3360/3	QoS Class Identifier (TS 23.203)	Integer	R	\N	\N	Mandatory	Single	3360
755	2024-01-02 01:07:32.521793	\N	Interval Period	6000	/10268/6000	The Interval Period resource is an Integer value representing the width in seconds of the intervals being managed by this interval data object. This resource is read only and can only be changed by resource 11 (Change Interval Configuration). It is recommended that the Interval Period be set to a devisor of 24 hours (86400 seconds) to provide a consistent interval period. Examples of Interval Period include:-\n30 = Every 30 seconds\n600 = Every 10 minutes\n1800 = Every 30 minutes\n3600 = Hourly\n7200 = Every 2 hours\n14400 = Every 4 hours\n43200 = Every 12 hours\n86400 = Every Day\n172600 = Every Second Day	Integer	R	Seconds	1-864000	Mandatory	Single	10268
756	2024-01-02 01:07:32.5227	\N	Interval Start Offset	6001	/10268/6001	The Interval Start Offset resource is a read only resource representing the number of seconds past midnight for which the first interval is recorded. If this resource is empty, it is assumed that the intervals are midnight aligned. This can be used to adjust interval boundaries. As an example, an Interval Period of 3600 seconds and an Interval Start time of 300 represents hourly interval data, starting at 00:05.	Integer	R	Seconds	0-86399	Optional	Single	10268
757	2024-01-02 01:07:32.523614	\N	Interval UTC Offset	6002	/10268/6002	The Interval UTC Offset resource is a read only resource representing the time zone offset for this Interval Data instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided. UTC+X [ISO 8601].	String	R	\N	\N	Optional	Single	10268
758	2024-01-02 01:07:32.524511	\N	Interval Collection Start Time	6003	/10268/6003	The Collection Start Time resource is a read only resource representing the time when the first interval was recorded on the device. Interval times represent the end of the interval, not the beginning. As an example, the first four hourly interval past midnight will have a timestamp of 04:00 (adjusting for UTC offset). 	Time	R	\N	\N	Mandatory	Single	10268
759	2024-01-02 01:07:32.525436	\N	Oldest Recorded Interval	6004	/10268/6004	The Oldest Recorded Interval resource is a read-only resource representing the oldest available interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10268
760	2024-01-02 01:07:32.526449	\N	Last Delivered Interval	6005	/10268/6005	The Last Delivered Interval is a readable and writable resource used to represent the last interval delivered to the LwM2M server. Interval times represent the end of the interval, not the beginning. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Payload resource. This resource is writable to allow the server to adjust the Last Delivered Interval value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10268
761	2024-01-02 01:07:32.527526	\N	Latest Recorded Interval	6006	/10268/6006	The Latest Recorded Interval is a readable resource representing the currently highest recorded interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10268
762	2024-01-02 01:07:32.528456	\N	Interval Delivery Midnight Aligned	6007	/10268/6007	The Delivery Midnight Aligned is a readable and writable resource used to indicate if data is delivered only to the previous midnight (1) or if part-day data can be delivered (0). Calculating Midnight should consider the Interval UTC Offset resource, or if empty, the Device [/3/0/14] object instance resource.	Boolean	RW	\N	\N	Mandatory	Single	10268
812	2024-01-02 01:07:32.576057	\N	Max Measured Value	5602	/3337/5602	The maximum value set on the actuator since power ON or reset.	Float	R	Same as Measured Value	Same as Measured Value	Optional	Single	3337
813	2024-01-02 01:07:32.577071	\N	Reset Min and Max Measured Value	5605	/3337/5605	Reset the Min and Max Measured Values to Current Value.	\N	E	\N	\N	Optional	Single	3337
763	2024-01-02 01:07:32.52939	\N	Interval Historical Read	6008	/10268/6008	Historical Interval Read is an executable resource designed to retrieve ad-hoc interval read data. The resource takes two arguments:-\nArgument 0: First Interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nArgument 1: Last interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nThe dates should be inclusive based on the end time of the interval. The data retrieved from this resource will be readable (or observable) from the Historical Read Payload Resource.\n\nAs an example, the Argument List to retrieve data from Midnight 2nd March (UTC+10) to Midnight 6rd March (UTC+10) for a specific instance of the interval data object, would be constructed as follows:-\n\n0='1488463200',1='1488808800'	\N	E	\N	\N	Optional	Single	10268
764	2024-01-02 01:07:32.530408	\N	Interval Historical Read Payload	6009	/10268/6009	The Historical Read Payload resource is the representation of the data requested by the Historical Interval Read executable resource. The format of this Opaque value should be identical to the Latest Payload resource. If no Historical Interval Read has been executed, this resource should return and empty Opaque value. This resource can either be Read from the Server or set up as an observation and Notified to the server as soon as the historical data is available. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Historical Read Payload should be set to an empty Opaque value.	Opaque	R	\N	\N	Optional	Single	10268
765	2024-01-02 01:07:32.531321	\N	Interval Change Configuration	6010	/10268/6010	Change Interval Configuration is an executable resource designed to allow the Interval Period, Interval Start Offset and Interval UTC Offset to be reconfigured. The resource takes three arguments:-\nArgument 0: [Mandatory] Interval Period represented as an integer as defined in the Interval Period Resource.\nArgument 1: [Optional] Interval start offset represented as an integer as defined in the Interval Start Offset Resource. If not provided, leave the value as per the current configuration\nArgument 2: [Optional] Interval UTC offset represented as a String as defined in the Interval UTC Offset Resource. If not provided, leave the value as per the current configuration.\n\nDepending on the specifics of the implementation of this object, reconfiguring the Interval data object may result in the removal of all historical data for this Interval Data Object Instance. Please consult with your device vendor as to the implications of reconfiguring an Interval Data Object Instance.\n\nAs an example, the Argument List to change an interval data object instance from its existing values to one hour intervals, midnight aligned in UTC+10 time zone:-\n\n0='3600',1='0',1='UTC+10'	\N	E	\N	\N	Optional	Single	10268
766	2024-01-02 01:07:32.532274	\N	Start	6026	/10268/6026	Start is an executable resource that enables the recording of interval data. The first interval recorded will have a timestamp based on the Interval Start Offset resource. This executable resource takes no arguments. Refer to re-usable resource LogStart for further details.	\N	E	\N	\N	Optional	Single	10268
767	2024-01-02 01:07:32.53318	\N	Stop	6027	/10268/6027	Stop (LogStop) is an executable resource that disables the recording of interval data for this object instance. This executable resource takes no arguments. Refer to re-usable resource LogStop for further details.	\N	E	\N	\N	Optional	Single	10268
768	2024-01-02 01:07:32.53418	\N	Status	6028	/10268/6028	Recording Enabled is a read-only resource providing an indication of if interval data is currently being recorded for this object instance. Refer to re-usable resource LogStatus for further details.	Integer	R	\N	\N	Optional	Single	10268
769	2024-01-02 01:07:32.535071	\N	Latest Payload	6029	/10268/6029	The Latest Payload resource is a read-only serialised Opaque (Binary) representation of all the Interval Data between the Last Delivered Interval and the Latest Recorded Interval, accounting for the Delivery Midnight Aligned resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded as follows:\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Interval Data Instance ID/ Class [16-bit integer]\n3. Timestamp of first Interval [32-bit integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n4. Interval Period in seconds [32-bit integer]\n5. Number of intervals in Payload [16-bit integer]\n6. Number of Values Per Interval [8-bit integer]\n7. Size of Value 1 in bits [8-bit integer]\n8. Size of Value 2 in bits [8-bit integer]\n...\n9. Size of Value N in bits [8-bit integer]\n10. Interval 1 Value 1 [x bits]\n11. Interval 1 Value 2 [x bits]\n...\n12. Interval 1 Value N [x bits]\n...\n13. Interval N Value N [x bits]\n\nIf for some implementation specific reason, there are missing intervals in the sequence, the payload may consist of multiple blocks of the above serialised data (appended into a single binary opaque value), each block representing a continuous series of interval data.\n	Opaque	R	\N	\N	Mandatory	Single	10268
770	2024-01-02 01:07:32.536019	\N	Sensor Value	5700	/3327/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3327
771	2024-01-02 01:07:32.536908	\N	Sensor Units	5701	/3327/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3327
772	2024-01-02 01:07:32.537838	\N	Min Measured Value	5601	/3327/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3327
773	2024-01-02 01:07:32.53873	\N	Max Measured Value	5602	/3327/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3327
774	2024-01-02 01:07:32.539797	\N	Min Range Value	5603	/3327/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3327
775	2024-01-02 01:07:32.540921	\N	Max Range Value	5604	/3327/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3327
776	2024-01-02 01:07:32.541844	\N	Reset Min and Max Measured Values	5605	/3327/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3327
777	2024-01-02 01:07:32.54276	\N	Current Calibration	5821	/3327/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3327
778	2024-01-02 01:07:32.543856	\N	Application Type	5750	/3327/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3327
779	2024-01-02 01:07:32.544814	\N	Package	0	/5/0	Firmware package	Opaque	W	\N	\N	Mandatory	Single	5
814	2024-01-02 01:07:32.578166	\N	Min Limit	5519	/3337/5519	The minimum value that can be measured by the sensor.	Float	R	Same as Measured Value	Same as Measured Value	Optional	Single	3337
815	2024-01-02 01:07:32.579128	\N	Max Limit	5520	/3337/5520	The maximum value that can be measured by the sensor.	Float	R	Same as Measured Value	Same as Measured Value	Optional	Single	3337
780	2024-01-02 01:07:32.545755	\N	Package URI	1	/5/1	URI from where the device can download the firmware package by an alternative mechanism. As soon the device has received the Package URI it performs the download at the next practical opportunity. \nThe URI format is defined in RFC 3986. For example, coaps://example.org/firmware is a syntactically valid URI. The URI scheme determines the protocol to be used. For CoAP this endpoint MAY be a LwM2M Server but does not necessarily need to be. A CoAP server implementing block-wise transfer is sufficient as a server hosting a firmware repository and the expectation is that this server merely serves as a separate file server making firmware images available to LwM2M Clients.	String	RW	\N	0-255 bytes	Mandatory	Single	5
781	2024-01-02 01:07:32.54674	\N	Update	2	/5/2	Updates firmware by using the firmware package stored in Package, or, by using the firmware downloaded from the Package URI.\nThis Resource is only executable when the value of the State Resource is Downloaded.	\N	E	\N	\N	Mandatory	Single	5
782	2024-01-02 01:07:32.547633	\N	State	3	/5/3	Indicates current state with respect to this firmware update. This value is set by the LwM2M Client.\n0: Idle (before downloading or after successful updating)\n1: Downloading (The data sequence is on the way)\n2: Downloaded\n3: Updating\nIf writing the firmware package to Package Resource is done, or, if the device has downloaded the firmware package from the Package URI the state changes to Downloaded.\nWriting an empty string to Package URI Resource or setting the Package Resource to NULL (‘\\0’), resets the Firmware Update State Machine: the State Resource value is set to Idle and the Update Result Resource value is set to 0.\nWhen in Downloaded state, and the executable Resource Update is triggered, the state changes to Updating.\nIf the Update Resource failed, the state returns at Downloaded.\nIf performing the Update Resource was successful, the state changes from Updating to Idle. \nFirmware Update mechanisms are illustrated below in Figure 29 of the LwM2M version 1.0 specification.	Integer	R	\N	0-3	Mandatory	Single	5
783	2024-01-02 01:07:32.548558	\N	Update Result	5	/5/5	Contains the result of downloading or updating the firmware\n0: Initial value. Once the updating process is initiated (Download /Update), this Resource MUST be reset to Initial value.\n1: Firmware updated successfully,\n2: Not enough flash memory for the new firmware package.\n3. Out of RAM during downloading process.\n4: Connection lost during downloading process.\n5: Integrity check failure for new downloaded package.\n6: Unsupported package type.\n7: Invalid URI\n8: Firmware update failed\n9: Unsupported protocol. A LwM2M client indicates the failure to retrieve the firmware image using the URI provided in the Package URI resource by writing the value 9 to the /5/0/5 (Update Result resource) when the URI contained a URI scheme unsupported by the client. Consequently, the LwM2M Client is unable to retrieve the firmware image using the URI provided by the LwM2M Server in the Package URI when it refers to an unsupported protocol.	Integer	R	\N	0-9	Mandatory	Single	5
784	2024-01-02 01:07:32.549476	\N	PkgName	6	/5/6	Name of the Firmware Package	String	R	\N	0-255 bytes	Optional	Single	5
785	2024-01-02 01:07:32.550397	\N	PkgVersion	7	/5/7	Version of the Firmware package	String	R	\N	0-255 bytes	Optional	Single	5
786	2024-01-02 01:07:32.551308	\N	Firmware Update Protocol Support	8	/5/8	This resource indicates what protocols the LwM2M Client implements to retrieve firmware images. The LwM2M server uses this information to decide what URI to include in the Package URI. A LwM2M Server MUST NOT include a URI in the Package URI object that uses a protocol that is unsupported by the LwM2M client.\nFor example, if a LwM2M client indicates that it supports CoAP and CoAPS then a LwM2M Server must not provide an HTTP URI in the Packet URI.\nThe following values are defined by this version of the specification:\n0 – CoAP (as defined in RFC 7252) with the additional support for block-wise transfer. CoAP is the default setting.\n1 – CoAPS (as defined in RFC 7252) with the additional support for block-wise transfer\n2 – HTTP 1.1 (as defined in RFC 7230)\n3 – HTTPS 1.1 (as defined in RFC 7230)\nAdditional values MAY be defined in the future. Any value not understood by the LwM2M Server MUST be ignored.	Integer	R	\N	\N	Optional	Multiple	5
787	2024-01-02 01:07:32.552211	\N	Firmware Update Delivery Method	9	/5/9	The LwM2M Client uses this resource to indicate its support for transferring firmware images to the client either via the Package Resource (=push) or via the Package URI Resource (=pull) mechanism.\n0 – Pull only\n1 – Push only\n2 – Both. In this case the LwM2M Server MAY choose the preferred mechanism for conveying the firmware image to the LwM2M Client.	Integer	R	\N	\N	Mandatory	Single	5
788	2024-01-02 01:07:32.553124	\N	Interval Period	6000	/10266/6000	The Interval Period resource is an Integer value representing the width in seconds of the intervals being managed by this interval data object. This resource is read only and can only be changed by resource 11 (Change Interval Configuration). It is recommended that the Interval Period be set to a devisor of 24 hours (86400 seconds) to provide a consistent interval period. Examples of Interval Period include:-\n30 = Every 30 seconds\n600 = Every 10 minutes\n1800 = Every 30 minutes\n3600 = Hourly\n7200 = Every 2 hours\n14400 = Every 4 hours\n43200 = Every 12 hours\n86400 = Every Day\n172600 = Every Second Day	Integer	R	Seconds	1-864000	Mandatory	Single	10266
789	2024-01-02 01:07:32.554158	\N	Interval Start Offset	6001	/10266/6001	The Interval Start Offset resource is a read only resource representing the number of seconds past midnight for which the first interval is recorded. If this resource is empty, it is assumed that the intervals are midnight aligned. This can be used to adjust interval boundaries. As an example, an Interval Period of 3600 seconds and an Interval Start time of 300 represents hourly interval data, starting at 00:05.	Integer	R	Seconds	0-86399	Optional	Single	10266
790	2024-01-02 01:07:32.555043	\N	Interval UTC Offset	6002	/10266/6002	The Interval UTC Offset resource is a read only resource representing the time zone offset for this Interval Data instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided. UTC+X [ISO 8601].	String	R	\N	\N	Optional	Single	10266
791	2024-01-02 01:07:32.555919	\N	Interval Collection Start Time	6003	/10266/6003	The Collection Start Time resource is a read only resource representing the time when the first interval was recorded on the device. Interval times represent the end of the interval, not the beginning. As an example, the first four hourly interval past midnight will have a timestamp of 04:00 (adjusting for UTC offset). 	Time	R	\N	\N	Mandatory	Single	10266
792	2024-01-02 01:07:32.556811	\N	Oldest Recorded Interval	6004	/10266/6004	The Oldest Recorded Interval resource is a read-only resource representing the oldest available interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10266
816	2024-01-02 01:07:32.580042	\N	Application Type	5750	/3337/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3337
817	2024-01-02 01:07:32.580963	\N	registrationType	0	/3382/0	1 = Normal\n2 = Emergency	Integer	R	\N	\N	Mandatory	Single	3382
961	2024-01-02 01:07:32.723346	\N	Motor Speed	26	/10244/26	Rotational speed of the motor	Integer	R	rpm	\N	Mandatory	Single	10244
793	2024-01-02 01:07:32.557738	\N	Last Delivered Interval	6005	/10266/6005	The Last Delivered Interval is a readable and writable resource used to represent the last interval delivered to the LwM2M server. Interval times represent the end of the interval, not the beginning. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Payload resource. This resource is writable to allow the server to adjust the Last Delivered Interval value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10266
794	2024-01-02 01:07:32.558712	\N	Latest Recorded Interval	6006	/10266/6006	The Latest Recorded Interval is a readable resource representing the currently highest recorded interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10266
795	2024-01-02 01:07:32.559692	\N	Interval Delivery Midnight Aligned	6007	/10266/6007	The Delivery Midnight Aligned is a readable and writable resource used to indicate if data is delivered only to the previous midnight (1) or if part-day data can be delivered (0). Calculating Midnight should consider the Interval UTC Offset resource, or if empty, the Device [/3/0/14] object instance resource.	Boolean	RW	\N	\N	Mandatory	Single	10266
796	2024-01-02 01:07:32.560717	\N	Interval Historical Read	6008	/10266/6008	Historical Interval Read is an executable resource designed to retrieve ad-hoc interval read data. The resource takes two arguments:-\nArgument 0: First Interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nArgument 1: Last interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nThe dates should be inclusive based on the end time of the interval. The data retrieved from this resource will be readable (or observable) from the Historical Read Payload Resource.\n\nAs an example, the Argument List to retrieve data from Midnight 2nd March (UTC+10) to Midnight 6rd March (UTC+10) for a specific instance of the interval data object, would be constructed as follows:-\n\n0='1488463200',1='1488808800'	\N	E	\N	\N	Optional	Single	10266
797	2024-01-02 01:07:32.561717	\N	Interval Historical Read Payload	6009	/10266/6009	The Historical Read Payload resource is the representation of the data requested by the Historical Interval Read executable resource. The format of this Opaque value should be identical to the Latest Payload resource. If no Historical Interval Read has been executed, this resource should return and empty Opaque value. This resource can either be Read from the Server or set up as an observation and Notified to the server as soon as the historical data is available. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Historical Read Payload should be set to an empty Opaque value.	Opaque	R	\N	\N	Optional	Single	10266
798	2024-01-02 01:07:32.562665	\N	Interval Change Configuration	6010	/10266/6010	Change Interval Configuration is an executable resource designed to allow the Interval Period, Interval Start Offset and Interval UTC Offset to be reconfigured. The resource takes three arguments:-\nArgument 0: [Mandatory] Interval Period represented as an integer as defined in the Interval Period Resource.\nArgument 1: [Optional] Interval start offset represented as an integer as defined in the Interval Start Offset Resource. If not provided, leave the value as per the current configuration\nArgument 2: [Optional] Interval UTC offset represented as a String as defined in the Interval UTC Offset Resource. If not provided, leave the value as per the current configuration.\n\nDepending on the specifics of the implementation of this object, reconfiguring the Interval data object may result in the removal of all historical data for this Interval Data Object Instance. Please consult with your device vendor as to the implications of reconfiguring an Interval Data Object Instance.\n\nAs an example, the Argument List to change an interval data object instance from its existing values to one hour intervals, midnight aligned in UTC+10 time zone:-\n\n0='3600',1='0',1='UTC+10'	\N	E	\N	\N	Optional	Single	10266
799	2024-01-02 01:07:32.563656	\N	Start	6026	/10266/6026	Start is an executable resource that enables the recording of interval data. The first interval recorded will have a timestamp based on the Interval Start Offset resource. This executable resource takes no arguments. Refer to re-usable resource LogStart for further details.	\N	E	\N	\N	Optional	Single	10266
800	2024-01-02 01:07:32.564571	\N	Stop	6027	/10266/6027	Stop (LogStop) is an executable resource that disables the recording of interval data for this object instance. This executable resource takes no arguments. Refer to re-usable resource LogStop for further details.	\N	E	\N	\N	Optional	Single	10266
801	2024-01-02 01:07:32.56547	\N	Status	6028	/10266/6028	Recording Enabled is a read-only resource providing an indication of if interval data is currently being recorded for this object instance. Refer to re-usable resource LogStatus for further details.	Integer	R	\N	\N	Optional	Single	10266
802	2024-01-02 01:07:32.566362	\N	Latest Payload	6029	/10266/6029	The Latest Payload resource is a read-only serialised Opaque (Binary) representation of all the Interval Data between the Last Delivered Interval and the Latest Recorded Interval, accounting for the Delivery Midnight Aligned resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded as follows:\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Interval Data Instance ID/ Class [16-bit integer]\n3. Timestamp of first Interval [32-bit integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n4. Interval Period in seconds [32-bit integer]\n5. Number of intervals in Payload [16-bit integer]\n6. Number of Values Per Interval [8-bit integer]\n7. Size of Value 1 in bits [8-bit integer]\n8. Size of Value 2 in bits [8-bit integer]\n...\n9. Size of Value N in bits [8-bit integer]\n10. Interval 1 Value 1 [x bits]\n11. Interval 1 Value 2 [x bits]\n...\n12. Interval 1 Value N [x bits]\n...\n13. Interval N Value N [x bits]\n\nIf for some implementation specific reason, there are missing intervals in the sequence, the payload may consist of multiple blocks of the above serialised data (appended into a single binary opaque value), each block representing a continuous series of interval data.\n	Opaque	R	\N	\N	Mandatory	Single	10266
803	2024-01-02 01:07:32.567321	\N	On/Off	5850	/3306/5850	On/Off	Boolean	RW	\N	\N	Mandatory	Single	3306
804	2024-01-02 01:07:32.568209	\N	Dimmer	5851	/3306/5851	This resource represents a light dimmer setting, which has an Integer value between 0 and 100 as a percentage.	Integer	RW	%	0-100	Optional	Single	3306
805	2024-01-02 01:07:32.569092	\N	On Time	5852	/3306/5852	The time in seconds that the device has been on. Writing a value of 0 resets the counter.	Integer	RW	sec	\N	Optional	Single	3306
806	2024-01-02 01:07:32.57011	\N	Muti-state Output	5853	/3306/5853	A string describing a state for multiple level output such as Pilot Wire	String	RW	\N	\N	Optional	Single	3306
807	2024-01-02 01:07:32.571096	\N	Application Type	5750	/3306/5750	The Application type of the device, for example “Motion Closure”.	String	RW	\N	\N	Optional	Single	3306
818	2024-01-02 01:07:32.581973	\N	registrationResult	1	/3382/1	0 = Success (when 200 OK is received)\n1 = Failure (when any error other than 401 is received, else when 408 timeout occurs)	Integer	R	\N	\N	Mandatory	Single	3382
819	2024-01-02 01:07:32.582954	\N	UL data	0	/10286/0	Running firmware package information of a device's application,e.g. version of firmare package.	Opaque	R	\n        	\n        	Mandatory	Single	10286
820	2024-01-02 01:07:32.583848	\N	DL data	1	/10286/1	Package URI and the data sequence of firmware package.	Opaque	W	\n        	\n        	Mandatory	Single	10286
821	2024-01-02 01:07:32.58474	\N	timeReselectionStart	0	/3354/0	Modem time when reselection is initiated	Integer	R	\N	\N	Mandatory	Single	3354
822	2024-01-02 01:07:32.585785	\N	dlEarfcn	6032	/3354/6032	EARFCN - frequency	Integer	R	\N	\N	Mandatory	Single	3354
823	2024-01-02 01:07:32.586804	\N	CellID	6033	/3354/6033	Cell Identity	Integer	R	\N	\N	Mandatory	Single	3354
824	2024-01-02 01:07:32.587736	\N	failureType	3	/3354/3	0 = Pass\n1= S-Failure\n2 =  Sib-Read-Failure\n3 = Weak-Downlink-Indicator\n4 = Cell-Barred\n5 = Non-Valid-Plmn\n6 = Forbidden-Tracking-Area\n7 = Aborted\n8 = Forbidden-CSG-Id\n9 = IRAT-Reselection-Failure\n10 = Frequency-Barred	Integer	R	\N	\N	Mandatory	Single	3354
825	2024-01-02 01:07:32.588627	\N	dlEarfcn	6032	/3359/6032	EARFCN - frequency	Integer	R	\N	\N	Mandatory	Single	3359
826	2024-01-02 01:07:32.589556	\N	cellID	6033	/3359/6033	cell Identity	Integer	R	\N	\N	Mandatory	Single	3359
827	2024-01-02 01:07:32.590487	\N	Sensor Value	5700	/3323/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3323
828	2024-01-02 01:07:32.591375	\N	Sensor Units	5701	/3323/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3323
829	2024-01-02 01:07:32.592294	\N	Min Measured Value	5601	/3323/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3323
830	2024-01-02 01:07:32.593342	\N	Max Measured Value	5602	/3323/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3323
831	2024-01-02 01:07:32.594476	\N	Min Range Value	5603	/3323/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3323
832	2024-01-02 01:07:32.595575	\N	Max Range Value	5604	/3323/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3323
833	2024-01-02 01:07:32.596561	\N	Reset Min and Max Measured Values	5605	/3323/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3323
834	2024-01-02 01:07:32.597477	\N	Current Calibration	5821	/3323/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3323
835	2024-01-02 01:07:32.598392	\N	Application Type	5750	/3323/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3323
836	2024-01-02 01:07:32.599261	\N	physCellId	0	/10256/0	This field specifies the physical cell identity of the measured cell.	Integer	R	\n        	\n        	Mandatory	Single	10256
837	2024-01-02 01:07:32.60015	\N	ECGI	1	/10256/1	This field specifies cell global ID of the measured cell. The target device shall provide this field if it was able to determine the ECGI of the measured cell at the time of measurement.	Integer	R	\n        	\n        	Optional	Single	10256
838	2024-01-02 01:07:32.601056	\N	arfcnEUTRA	2	/10256/2	This field specifies the ARFCN of the measured E-UTRA carrier frequency.	Integer	R	\n        	\n        	Mandatory	Single	10256
839	2024-01-02 01:07:32.602104	\N	rsrp-Result 	3	/10256/3	This field specifies the reference signal received power (RSRP) measurement.	Integer	R	\n        	\n        	Mandatory	Single	10256
840	2024-01-02 01:07:32.603104	\N	rsrq-Result	4	/10256/4	This field specifies the reference signal received quality (RSRQ) measurement.	Integer	R	\n        	\n        	Optional	Single	10256
841	2024-01-02 01:07:32.604023	\N	ue-RxTxTimeDiff	5	/10256/5	This field specifies the UE Rx–Tx time difference measurement.	Integer	R	\n        	\n        	Optional	Single	10256
842	2024-01-02 01:07:32.604911	\N	NasEmmTimerExpiryEvent	0	/3362/0	   1 = t3410	Integer	R	\N	\N	Mandatory	Single	3362
843	2024-01-02 01:07:32.605845	\N	ApplicableEventCategory 	0	/2052/0	Contains  list of Event Category values	Integer	RW	\N	\N	Mandatory	Multiple	2052
844	2024-01-02 01:07:32.606752	\N	DefaultRequestExpTime	1	/2052/1	Contains the default value for the Request Expiration Timestamp parameter when such a parameter is not set in the request	Integer	RW	ms	\N	Mandatory	Single	2052
845	2024-01-02 01:07:32.607638	\N	DefaultResultExpTime 	2	/2052/2	Contains the default value of the Result  Expiration Timestamp parameter when such a parameter is not set in the request  	Integer	RW	ms	\N	Mandatory	Single	2052
846	2024-01-02 01:07:32.608531	\N	DefaultOpExecTime	3	/2052/3	Contains the default value of the Operation Execution Time parameter when such a parameter is not set in the request	Integer	RW	ms	\N	Mandatory	Single	2052
847	2024-01-02 01:07:32.60955	\N	DefaultRespPersistence 	4	/2052/4	Contains the default value of the Result  Persistence parameter when such a parameter is not set in the request  	Integer	RW	ms	\N	Mandatory	Single	2052
848	2024-01-02 01:07:32.610664	\N	DefaultDelAggregation 	5	/2052/5	Contains the default value of the Delivery Aggregation  parameter when such a parameter is not set in the request  	Integer	RW	ms	\N	Mandatory	Single	2052
849	2024-01-02 01:07:32.611777	\N	sysFrameNumber	6037	/3365/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3365
850	2024-01-02 01:07:32.612817	\N	subFrameNumber	6038	/3365/6038	sub Frame Number	Integer	R	\N	\N	Mandatory	Single	3365
851	2024-01-02 01:07:32.613833	\N	rachLatencyVal	2	/3365/2	time in ms between 1st preamble and response from NW in DL	Integer	R	\N	\N	Mandatory	Single	3365
852	2024-01-02 01:07:32.614753	\N	delay	3	/3365/3	time in ms	Integer	R	\N	\N	Mandatory	Single	3365
853	2024-01-02 01:07:32.61563	\N	Digital Input State	5500	/3345/5500	The current state of a digital input.	Boolean	R	\N	\N	Optional	Single	3345
854	2024-01-02 01:07:32.616502	\N	Digital Input Counter	5501	/3345/5501	The number of times the input transitions from 0 to 1.	Integer	R	\N	\N	Optional	Single	3345
855	2024-01-02 01:07:32.617478	\N	X Value	5702	/3345/5702	The measured value along the X axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3345
856	2024-01-02 01:07:32.618501	\N	Y Value	5703	/3345/5703	The measured value along the Y axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3345
857	2024-01-02 01:07:32.619641	\N	Z Value	5704	/3345/5704	The measured value along the Z axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3345
858	2024-01-02 01:07:32.620558	\N	Application Type	5750	/3345/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3345
859	2024-01-02 01:07:32.621488	\N	rachAttemptCounter	0	/3366/0	RACH Attempt Counter	Integer	R	\N	\N	Mandatory	Single	3366
860	2024-01-02 01:07:32.62238	\N	MacRachAttemptEventType	1	/3366/1	0 = Success\n1 = Failure-At-Msg-2\n2 = Failure-At-Msg-4-CT-Timer-Expired\n3 = Failure-At-Msg-4-CT-Resolution-Not-Passed\n4 = Aborted	Integer	R	\N	\N	Mandatory	Single	3366
861	2024-01-02 01:07:32.623483	\N	contentionBased	2	/3366/2	1 = Contention based\n0 = otherwise	Boolean	R	\N	\N	Mandatory	Single	3366
862	2024-01-02 01:07:32.624396	\N	rachMessage	3	/3366/3	1 = MSG 1\n2 = MSG 2\n3 = MSG 3	Integer	R	\N	\N	Mandatory	Single	3366
863	2024-01-02 01:07:32.625344	\N	preambleIndex	4	/3366/4	preambleIndex=There are 64 preambles available in each cell. Range is from 0-63. (3GPP 36.211)	Integer	R	\N	\N	Mandatory	Single	3366
864	2024-01-02 01:07:32.626567	\N	preamblePowerOffset	5	/3366/5	preamblePowerOffset= stepsize*preamble transmission number	Integer	R	\N	\N	Mandatory	Single	3366
865	2024-01-02 01:07:32.627908	\N	backoffTime	6	/3366/6	Backoff Time	Integer	R	\N	\N	Mandatory	Single	3366
866	2024-01-02 01:07:32.628868	\N	msg2Result	7	/3366/7	1 = pass\n0 = fail	Boolean	R	\N	\N	Mandatory	Single	3366
867	2024-01-02 01:07:32.62978	\N	timingAdjustmentValue	8	/3366/8	Timing Adjustment Value	Integer	R	\N	\N	Mandatory	Single	3366
868	2024-01-02 01:07:32.630664	\N	Sensor Value	5700	/3326/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3326
869	2024-01-02 01:07:32.631647	\N	Sensor Units	5701	/3326/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3326
870	2024-01-02 01:07:32.632571	\N	Min Measured Value	5601	/3326/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3326
871	2024-01-02 01:07:32.633757	\N	Max Measured Value	5602	/3326/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3326
872	2024-01-02 01:07:32.634793	\N	Min Range Value	5603	/3326/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3326
873	2024-01-02 01:07:32.635767	\N	Max Range Value	5604	/3326/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3326
874	2024-01-02 01:07:32.636651	\N	Reset Min and Max Measured Values	5605	/3326/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3326
875	2024-01-02 01:07:32.637563	\N	Current Calibration	5821	/3326/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3326
876	2024-01-02 01:07:32.638464	\N	Application Type	5750	/3326/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3326
877	2024-01-02 01:07:32.639359	\N	On/Off	5850	/3312/5850	This resource represents a power relay, which can be controlled, the setting of which is a Boolean value (1,0) where 1 is on and 0 is off.	Boolean	RW	\N	\N	Mandatory	Single	3312
878	2024-01-02 01:07:32.640253	\N	Dimmer	5851	/3312/5851	This resource represents a power dimmer setting, which has an Integer value between 0 and 100 as a percentage.	Integer	W	%	0-100	Optional	Single	3312
879	2024-01-02 01:07:32.641201	\N	On Time	5852	/3312/5852	The time in seconds that the power relay has been on. Writing a value of 0 resets the counter.	Integer	RW	sec	\N	Optional	Single	3312
880	2024-01-02 01:07:32.642204	\N	Cumulative active power	5805	/3312/5805	The total power in Wh that has been used by the load.	Float	R	Wh	\N	Optional	Single	3312
881	2024-01-02 01:07:32.643665	\N	Power Factor	5820	/3312/5820	The power factor of the load.	Float	R	\N	\N	Optional	Single	3312
882	2024-01-02 01:07:32.644767	\N	Sensor Value	5700	/3315/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3315
883	2024-01-02 01:07:32.645708	\N	Min Measured Value	5601	/3315/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3315
884	2024-01-02 01:07:32.646608	\N	Max Measured Value	5602	/3315/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3315
885	2024-01-02 01:07:32.647506	\N	Min Range Value	5603	/3315/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3315
886	2024-01-02 01:07:32.648418	\N	Max Range Value	5604	/3315/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3315
887	2024-01-02 01:07:32.649369	\N	Sensor Units	5701	/3315/5701	If present, the type of sensor defined as the UCUM Unit Definition e.g. “Cel” for Temperature in Celcius.	String	R	\N	\N	Optional	Single	3315
888	2024-01-02 01:07:32.65042	\N	Reset Min and Max Measured Values	5605	/3315/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3315
889	2024-01-02 01:07:32.651474	\N	Clip	5522	/3339/5522	Audio Clip that is playable (i.e. short audio recording indicating the floor in an elevator).	Opaque	RW	\N	\N	Mandatory	Single	3339
890	2024-01-02 01:07:32.652361	\N	Trigger	5523	/3339/5523	Trigger initiating actuation.	Opaque	E	\N	\N	Optional	Single	3339
891	2024-01-02 01:07:32.653286	\N	Dimmer	5851	/3339/5851	Proportional control, integer value between 0 and 100 as a percentage.	Integer	RW	%	0-100	Optional	Single	3339
892	2024-01-02 01:07:32.65418	\N	Duration	5524	/3339/5524	The duration of the sound once trigger.	Float	RW	seconds	\N	Optional	Single	3339
893	2024-01-02 01:07:32.655069	\N	Application Type	5750	/3339/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3339
894	2024-01-02 01:07:32.655946	\N	Manufacturer	0	/10299/0	Host device manufacturers name (OEM). 	String	R	\N	\N	Mandatory	Single	10299
895	2024-01-02 01:07:32.656833	\N	Model	1	/10299/1	Identifier of the model name or number determined by device manufacturer.	String	R	\N	\N	Mandatory	Single	10299
896	2024-01-02 01:07:32.65789	\N	UniqueID	2	/10299/2	Unique ID assigned by an manufacturer or other body. Used to uniquely identify a host device. Examples include serial # or UUID.	String	R	\N	\N	Mandatory	Single	10299
897	2024-01-02 01:07:32.658974	\N	FirmwareVersion	3	/10299/3	Current Firmware version of the host device. (manufacturer specified string).	String	R	\N	\N	Mandatory	Single	10299
898	2024-01-02 01:07:32.659947	\N	SoftwareVersion	4	/10299/4	Current software version of the host device. (manufacturer specified string).	String	R	\N	\N	Optional	Single	10299
899	2024-01-02 01:07:32.66122	\N	HardwareVersion	5	/10299/5	Current hardware version of the host device. (manufacturer specified string).	String	R	\N	\N	Optional	Single	10299
900	2024-01-02 01:07:32.662345	\N	DateStamp	6	/10299/6	UTC value of the time and date of the last Firmware or Software update. Format:MM:DD:YYYY HH:MM:SS	String	R	\N	\N	Optional	Single	10299
928	2024-01-02 01:07:32.689873	\N	Alarm Auto Clear	6023	/10272/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10272
901	2024-01-02 01:07:32.663232	\N	Interval Period	6000	/10270/6000	The Interval Period resource is an Integer value representing the width in seconds of the intervals being managed by this interval data object. This resource is read only and can only be changed by resource 11 (Change Interval Configuration). It is recommended that the Interval Period be set to a devisor of 24 hours (86400 seconds) to provide a consistent interval period. Examples of Interval Period include:-\n30 = Every 30 seconds\n600 = Every 10 minutes\n1800 = Every 30 minutes\n3600 = Hourly\n7200 = Every 2 hours\n14400 = Every 4 hours\n43200 = Every 12 hours\n86400 = Every Day\n172600 = Every Second Day	Integer	R	Seconds	1-864000	Mandatory	Single	10270
902	2024-01-02 01:07:32.664212	\N	Interval Start Offset	6001	/10270/6001	The Interval Start Offset resource is a read only resource representing the number of seconds past midnight for which the first interval is recorded. If this resource is empty, it is assumed that the intervals are midnight aligned. This can be used to adjust interval boundaries. As an example, an Interval Period of 3600 seconds and an Interval Start time of 300 represents hourly interval data, starting at 00:05.	Integer	R	Seconds	0-86399	Optional	Single	10270
903	2024-01-02 01:07:32.665154	\N	Interval UTC Offset	6002	/10270/6002	The Interval UTC Offset resource is a read only resource representing the time zone offset for this Interval Data instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided. UTC+X [ISO 8601].	String	R	\N	\N	Optional	Single	10270
904	2024-01-02 01:07:32.666128	\N	Interval Collection Start Time	6003	/10270/6003	The Collection Start Time resource is a read only resource representing the time when the first interval was recorded on the device. Interval times represent the end of the interval, not the beginning. As an example, the first four hourly interval past midnight will have a timestamp of 04:00 (adjusting for UTC offset). 	Time	R	\N	\N	Mandatory	Single	10270
905	2024-01-02 01:07:32.667191	\N	Oldest Recorded Interval	6004	/10270/6004	The Oldest Recorded Interval resource is a read-only resource representing the oldest available interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10270
906	2024-01-02 01:07:32.668112	\N	Last Delivered Interval	6005	/10270/6005	The Last Delivered Interval is a readable and writable resource used to represent the last interval delivered to the LwM2M server. Interval times represent the end of the interval, not the beginning. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Payload resource. This resource is writable to allow the server to adjust the Last Delivered Interval value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10270
907	2024-01-02 01:07:32.669023	\N	Latest Recorded Interval	6006	/10270/6006	The Latest Recorded Interval is a readable resource representing the currently highest recorded interval on the device. Interval times represent the end of the interval, not the beginning.	Time	R	\N	\N	Mandatory	Single	10270
908	2024-01-02 01:07:32.669925	\N	Interval Delivery Midnight Aligned	6007	/10270/6007	The Delivery Midnight Aligned is a readable and writable resource used to indicate if data is delivered only to the previous midnight (1) or if part-day data can be delivered (0). Calculating Midnight should consider the Interval UTC Offset resource, or if empty, the Device [/3/0/14] object instance resource.	Boolean	RW	\N	\N	Mandatory	Single	10270
909	2024-01-02 01:07:32.67081	\N	Interval Historical Read	6008	/10270/6008	Historical Interval Read is an executable resource designed to retrieve ad-hoc interval read data. The resource takes two arguments:-\nArgument 0: First Interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nArgument 1: Last interval time to Retrieve represented as number of seconds since Jan 1st, 1970 in the UTC time zone.\nThe dates should be inclusive based on the end time of the interval. The data retrieved from this resource will be readable (or observable) from the Historical Read Payload Resource.\n\nAs an example, the Argument List to retrieve data from Midnight 2nd March (UTC+10) to Midnight 6rd March (UTC+10) for a specific instance of the interval data object, would be constructed as follows:-\n\n0='1488463200',1='1488808800'	\N	E	\N	\N	Optional	Single	10270
910	2024-01-02 01:07:32.67176	\N	Interval Historical Read Payload	6009	/10270/6009	The Historical Read Payload resource is the representation of the data requested by the Historical Interval Read executable resource. The format of this Opaque value should be identical to the Latest Payload resource. If no Historical Interval Read has been executed, this resource should return and empty Opaque value. This resource can either be Read from the Server or set up as an observation and Notified to the server as soon as the historical data is available. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Historical Read Payload should be set to an empty Opaque value.	Opaque	R	\N	\N	Optional	Single	10270
911	2024-01-02 01:07:32.672644	\N	Interval Change Configuration	6010	/10270/6010	Change Interval Configuration is an executable resource designed to allow the Interval Period, Interval Start Offset and Interval UTC Offset to be reconfigured. The resource takes three arguments:-\nArgument 0: [Mandatory] Interval Period represented as an integer as defined in the Interval Period Resource.\nArgument 1: [Optional] Interval start offset represented as an integer as defined in the Interval Start Offset Resource. If not provided, leave the value as per the current configuration\nArgument 2: [Optional] Interval UTC offset represented as a String as defined in the Interval UTC Offset Resource. If not provided, leave the value as per the current configuration.\n\nDepending on the specifics of the implementation of this object, reconfiguring the Interval data object may result in the removal of all historical data for this Interval Data Object Instance. Please consult with your device vendor as to the implications of reconfiguring an Interval Data Object Instance.\n\nAs an example, the Argument List to change an interval data object instance from its existing values to one hour intervals, midnight aligned in UTC+10 time zone:-\n\n0='3600',1='0',1='UTC+10'	\N	E	\N	\N	Optional	Single	10270
912	2024-01-02 01:07:32.673754	\N	Start	6026	/10270/6026	Start is an executable resource that enables the recording of interval data. The first interval recorded will have a timestamp based on the Interval Start Offset resource. This executable resource takes no arguments. Refer to re-usable resource LogStart for further details.	\N	E	\N	\N	Optional	Single	10270
913	2024-01-02 01:07:32.674745	\N	Stop	6027	/10270/6027	Stop (LogStop) is an executable resource that disables the recording of interval data for this object instance. This executable resource takes no arguments. Refer to re-usable resource LogStop for further details.	\N	E	\N	\N	Optional	Single	10270
914	2024-01-02 01:07:32.67572	\N	Status	6028	/10270/6028	Recording Enabled is a read-only resource providing an indication of if interval data is currently being recorded for this object instance. Refer to re-usable resource LogStatus for further details.	Integer	R	\N	\N	Optional	Single	10270
915	2024-01-02 01:07:32.676735	\N	Latest Payload	6029	/10270/6029	The Latest Payload resource is a read-only serialised Opaque (Binary) representation of all the Interval Data between the Last Delivered Interval and the Latest Recorded Interval, accounting for the Delivery Midnight Aligned resource. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded as follows:\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Interval Data Instance ID/ Class [16-bit integer]\n3. Timestamp of first Interval [32-bit integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n4. Interval Period in seconds [32-bit integer]\n5. Number of intervals in Payload [16-bit integer]\n6. Number of Values Per Interval [8-bit integer]\n7. Size of Value 1 in bits [8-bit integer]\n8. Size of Value 2 in bits [8-bit integer]\n...\n9. Size of Value N in bits [8-bit integer]\n10. Interval 1 Value 1 [x bits]\n11. Interval 1 Value 2 [x bits]\n...\n12. Interval 1 Value N [x bits]\n...\n13. Interval N Value N [x bits]\n\nIf for some implementation specific reason, there are missing intervals in the sequence, the payload may consist of multiple blocks of the above serialised data (appended into a single binary opaque value), each block representing a continuous series of interval data.\n	Opaque	R	\N	\N	Mandatory	Single	10270
916	2024-01-02 01:07:32.678383	\N	Event Type	6011	/10272/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10272
917	2024-01-02 01:07:32.679445	\N	Alarm Realtime	6012	/10272/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10272
918	2024-01-02 01:07:32.680341	\N	Alarm State	6013	/10272/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10272
919	2024-01-02 01:07:32.681362	\N	Alarm Set Threshold	6014	/10272/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10272
920	2024-01-02 01:07:32.68243	\N	Alarm Set Operator	6015	/10272/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10272
921	2024-01-02 01:07:32.683468	\N	Alarm Clear Threshold	6016	/10272/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10272
922	2024-01-02 01:07:32.684368	\N	Alarm Clear Operator	6017	/10272/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10272
923	2024-01-02 01:07:32.685293	\N	Alarm Maximum Event Count	6018	/10272/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10272
924	2024-01-02 01:07:32.686198	\N	Alarm Maximum Event Period	6019	/10272/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10272
925	2024-01-02 01:07:32.687088	\N	Latest Delivered Event Time	6020	/10272/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10272
926	2024-01-02 01:07:32.688015	\N	Latest Recorded Event Time	6021	/10272/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10272
927	2024-01-02 01:07:32.688892	\N	Alarm Clear	6022	/10272/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10272
929	2024-01-02 01:07:32.690895	\N	Event Code	6024	/10272/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10272
930	2024-01-02 01:07:32.692238	\N	Latest Payload	6025	/10272/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10272
931	2024-01-02 01:07:32.693866	\N	Name	0	/10259/0	Short name describing the log source represented by this particular instance.\nFor syslog-compatible log sources this value should be "syslog". If multiple syslog-compatible log sources exist on a device then each should be given a distinct name that is then prefixed with "syslog-".	String	R	\n        	\n        	Mandatory	Single	10259
932	2024-01-02 01:07:32.695031	\N	Read All	1	/10259/1	Read the entire current contents of the log buffer.\nResult is delivered as a display-formatted UTF-8 string, with each message entry on a new line.	String	R	\n        	\n        	Mandatory	Single	10259
933	2024-01-02 01:07:32.695937	\N	Read	2	/10259/2	Similar to Read All, but only reads log entries that have arrived since the last time this log buffer was read.\nIf the LwM2M client is connected to multiple servers then the last read position should be tracked separately for each server.\nIf this is the first attempt to read the log for a given connection then this resource behaves the same as Read All.	String	R	\n        	\n        	Optional	Single	10259
934	2024-01-02 01:07:32.696832	\N	Enabled	3	/10259/3	Enable or disable log capture for this source.\nIf this resource is not provided by an implementation, then the existence of a System Log instance is taken as implicit confirmation that the log source it represents is currently enabled.	Boolean	RW	\n        	\n        	Optional	Single	10259
935	2024-01-02 01:07:32.697922	\N	Capture Level	4	/10259/4	For log sources that support message priorities, this resource configures the minimum priority to capture.\nFor syslog-compatible log sources the following enumeration must be used: 1 = Emergency, 2 = Alert, 3 = Critical, 4 = Error, 5 = Warning, 6 = Notice, 7 = Info, 8 = Debug.\nFor other log sources this is left up to the implementer, with the requirement that consecutive values are used, starting at 1 and sorted so that message verbosity increases as the number ascends.	Integer	RW	\n        	\n        	Optional	Single	10259
936	2024-01-02 01:07:32.699038	\N	Vehicle UI State	0	/10244/0	The UI state of the vehicle. 0: idle 1: driving 2: charging 3: limp-home 4-15: reserved for future use	Integer	R	\N	0-15	Mandatory	Single	10244
937	2024-01-02 01:07:32.700013	\N	Vehicle Speed	1	/10244/1	Current speed of the vehicle.	Integer	R	km/h	\N	Mandatory	Single	10244
938	2024-01-02 01:07:32.700914	\N	Vehicle Shift Status	2	/10244/2	Current shift status of the vehicle. 0: Neutral 1: Forward 2: Reverse	Integer	R	\N	0-3	Mandatory	Single	10244
939	2024-01-02 01:07:32.701847	\N	Vehicle AP Position	3	/10244/3	Current position of the accelerator pedal.	Integer	R	%	0-100	Mandatory	Single	10244
940	2024-01-02 01:07:32.702838	\N	Vehicle Power	4	/10244/4	Current power of drive output/regenerative braking.	Float	R	kW	\N	Optional	Single	10244
941	2024-01-02 01:07:32.703755	\N	Vehicle Drive Energy	5	/10244/5	Accumulated drive energy of the vehicle.	Float	R	Wh	\N	Optional	Single	10244
942	2024-01-02 01:07:32.704633	\N	Vehicle Energy Consumption Efficiency	6	/10244/6	Energy consumption efficiency of the vehicle.	Float	R	Wh/km	\N	Optional	Single	10244
943	2024-01-02 01:07:32.705783	\N	Vehicle Estimated Mileage	7	/10244/7	Estimated mileage of current battery capacity.	Integer	R	km	\N	Optional	Single	10244
944	2024-01-02 01:07:32.706948	\N	Vehicle Charge Cable Status	8	/10244/8	Whether the charge cable is connected or not. 0: unconnected 1: connected	Boolean	R	\N	\N	Mandatory	Single	10244
945	2024-01-02 01:07:32.707923	\N	Vehicle Charge Status	9	/10244/9	Charging status of the vehicle. 1: non-charge mode 2: charging 3: charge completed 4: charging abort abnormally 	Integer	R	\N	0-15	Mandatory	Single	10244
946	2024-01-02 01:07:32.708809	\N	Vehicle Charge Voltage	10	/10244/10	Charging voltage	Float	R	V	\N	Mandatory	Single	10244
947	2024-01-02 01:07:32.709858	\N	Vehicle Charge Current	11	/10244/11	Charging current	Float	R	A	\N	Mandatory	Single	10244
948	2024-01-02 01:07:32.711065	\N	Vehicle Charge Remaining Time	12	/10244/12	Remaining charging time	Integer	R	minute	\N	Mandatory	Single	10244
949	2024-01-02 01:07:32.711997	\N	Battery Pack Voltage	13	/10244/13	Voltage of the battery pack	Float	R	V	\N	Mandatory	Single	10244
950	2024-01-02 01:07:32.712879	\N	Battery Pack Current	14	/10244/14	Current of the battery pack	Float	R	A	\N	Mandatory	Single	10244
951	2024-01-02 01:07:32.713876	\N	Battery Pack Remaining Capacity	15	/10244/15	Remaining capacity of the battery pack	Integer	R	Ah	\N	Mandatory	Single	10244
952	2024-01-02 01:07:32.714986	\N	Battery Pack SOC	16	/10244/16	SOC(state of charge) of the battery pack	Integer	R	%	0-100	Mandatory	Single	10244
953	2024-01-02 01:07:32.715892	\N	Battery Pack SOH	17	/10244/17	SOH(state of health) of the battery pack	Integer	R	%	0-100	Mandatory	Single	10244
954	2024-01-02 01:07:32.716771	\N	Battery Cell MinVolt	18	/10244/18	Minimum voltage of the battery module (with parallel connection of cells)	Integer	R	mV	\N	Mandatory	Single	10244
955	2024-01-02 01:07:32.717692	\N	Battery Cell MaxVolt	19	/10244/19	Maximum voltage of the battery module (with parallel connection of cells)	Integer	R	mV	\N	Mandatory	Single	10244
956	2024-01-02 01:07:32.718576	\N	Battery Module MinTemp	20	/10244/20	Minimum temperature of the battery module	Integer	R	Celsius	\N	Mandatory	Single	10244
957	2024-01-02 01:07:32.719472	\N	Battery Module MaxTemp	21	/10244/21	Maximum temperature of the battery module	Integer	R	Celsius	\N	Mandatory	Single	10244
958	2024-01-02 01:07:32.720403	\N	Battery Connection Status	22	/10244/22	Whether the battery is connected or not. 0: unconnected 1: connected	Boolean	R	\N	\N	Mandatory	Single	10244
959	2024-01-02 01:07:32.721332	\N	MCU Voltage	24	/10244/24	Voltage of the MCU(motor control unit)	Integer	R	V	\N	Mandatory	Single	10244
960	2024-01-02 01:07:32.722299	\N	MCU Temperature	25	/10244/25	Temperature of MCU(motor control unit)	Integer	R	Celsius	\N	Mandatory	Single	10244
962	2024-01-02 01:07:32.724255	\N	Motor Temperature	27	/10244/27	Temperature of the motor	Integer	R	Celsius	\N	Mandatory	Single	10244
963	2024-01-02 01:07:32.725242	\N	Motor OT Warning	28	/10244/28	Whether the motor is OT or not. 0: normal 1: OT warning	Boolean	R	\N	\N	Optional	Single	10244
964	2024-01-02 01:07:32.726177	\N	MCU OT Warning	29	/10244/29	Whether the MCU is OT or not. 0: normal 1: OT warning	Boolean	R	\N	\N	Optional	Single	10244
965	2024-01-02 01:07:32.727319	\N	Battery Pack OT Warning	30	/10244/30	Whether the battery pack is OT or not. 0: normal 1: OT warning	Boolean	R	\N	\N	Optional	Single	10244
966	2024-01-02 01:07:32.728284	\N	MCU fault	31	/10244/31	Status of MCU. 0: normal 1: level 1 minor fault 2: level 2 critical fault	Boolean	R	\N	\N	Optional	Single	10244
967	2024-01-02 01:07:32.729254	\N	Motor Error	32	/10244/32	Status of the battery pack. 0: normal 1: level D25 minor fault 2: level 2 critical fault	Boolean	R	\N	\N	Optional	Single	10244
968	2024-01-02 01:07:32.730253	\N	Manifest	1	/10252/1	Content of a new manifest	Opaque	W	\n        	\n        	Mandatory	Single	10252
969	2024-01-02 01:07:32.731348	\N	State	2	/10252/2	Current state of manifest processing\n0.\tUninitialised\n1.\tIdle\n2.\tProcessing manifest\n3.\tAwaiting download approval\n4.\tDownloading \n5.\tDownloaded\n6.\tAwaiting application approval\n7.\tUpdating\n8.\tRebooting\n	Integer	R	\n        	0-8	Mandatory	Single	10252
970	2024-01-02 01:07:32.732251	\N	Manifest Result	3	/10252/3	Final result of the device processing a manifest.\n0.\tUninitialised\n1.\tSuccess\n2.\tManifest timeout. The Manifest URI has timed-out.\n3.\tManifest not found. The Manifest URI not found.\n4.\tManifest failed integrity check. The manifest integrity check failed. \n5.\tManifest rejected. The Manifest attributes do not apply to this device.\n6.\tManifest certificate not found\n7.\tManifest signature failed. The Manifest signature is not recognised by this device.\n8.\tDependent manifest not found\n9.\tNot enough storage for the new asset\n10.\tOut of memory during download process\n11.\tConnection lost during download process\n12.\tAsset failed integrity check\n13.\tUnsupported asset type\n14.\tInvalid asset URI\n15.\tTimed out downloading asset\n16.\tUnsupported delta format\n17.\tUnsupported encryption format\n18.\tAsset update successfully completed\n19.\tAsset updated successfully after recovery	Integer	R	\n        	0-19	Mandatory	Single	10252
971	2024-01-02 01:07:32.733168	\N	Payload Result	4	/10252/4	Contains payload-specific errors or output.	Opaque	R	\n        	\n        	Mandatory	Single	10252
972	2024-01-02 01:07:32.734093	\N	Asset Hash	5	/10252/5	Hash of the installed asset.	Opaque	R	\n        	\n        	Mandatory	Single	10252
973	2024-01-02 01:07:32.734978	\N	Manifest version	6	/10252/6	Version of the current manifest.	Integer	R	\n        	\n        	Mandatory	Single	10252
974	2024-01-02 01:07:32.735859	\N	Asset Installation Progress	7	/10252/7	Progress update of the asset installation process (in bytes).	Integer	R	\n        	\n        	Mandatory	Single	10252
975	2024-01-02 01:07:32.736744	\N	Campaign Id	8	/10252/8	Id of campaign affecting this device. There currently isn’t any logic on the server or the client to handle this. 	String	RW	\n        	\n        	Mandatory	Single	10252
976	2024-01-02 01:07:32.737788	\N	Manual Trigger	9	/10252/9	Manually apply the asset update. This will only have effect if the manifest requires this. The state resource must also be in the downloaded state for the execute command to be actioned.	String	E	\n        	\n        	Mandatory	Single	10252
977	2024-01-02 01:07:32.738858	\N	Sensor Value	5700	/3303/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3303
978	2024-01-02 01:07:32.739892	\N	Min Measured Value	5601	/3303/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3303
979	2024-01-02 01:07:32.740874	\N	Max Measured Value	5602	/3303/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3303
980	2024-01-02 01:07:32.741814	\N	Min Range Value	5603	/3303/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3303
981	2024-01-02 01:07:32.742739	\N	Max Range Value	5604	/3303/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3303
982	2024-01-02 01:07:32.744061	\N	Sensor Units	5701	/3303/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\N	\N	Optional	Single	3303
983	2024-01-02 01:07:32.745007	\N	Reset Min and Max Measured Values	5605	/3303/5605	Reset the Min and Max Measured Values to Current Value	String	E	\N	\N	Optional	Single	3303
984	2024-01-02 01:07:32.746015	\N	Sample Times	0	/10265/0	Sample Times is a readable and writable multi value resource used to control when leak detection vibration sampling should occur. This is an integer value representing seconds since midnight	Integer	RW	\N	\N	Mandatory	Multiple	10265
985	2024-01-02 01:07:32.747057	\N	Sample UTC Offset	1	/10265/1	The Sample UTC Offset resource is a readable and writable resource representing the time zone offset for this Leakage Detection Schedule instance. If this resource is empty, the application should use the UTC offset provided in the Device [/3/0/14] object instance resource or UTC if not provided.	String	RW	\N	\N	Optional	Single	10265
986	2024-01-02 01:07:32.747997	\N	Detection Mode	2	/10265/2	Detection Mode is a readable and writeable resource used to indicate which mode to run the leak detection sensor. Values are one of:-\n0. Disabled\n1. Alarm Only (default)\n2. Top Frequency Values\n3. All Frequency Values\n\nDisabled (0)  the leak detection function should be disabled.\nAlarm Only (1)  for this mode no detailed frequency data is provided to the LwM2M server and an alarm is raised if the Leakage Detection Daughter board indicates that leak was detected. \nTop Frequency Values (2)  for this mode, only the top (Top Frequency Count) values will be delivered to the LwM2M server via the Frequency Value Resource\nAll Frequency Values(3)  for this mode, all frequency values for all frequency bands will be provided to the LwM2M server via the Frequency Value Resource\n	Integer	RW	\N	0-3	Mandatory	Single	10265
987	2024-01-02 01:07:32.748908	\N	Top Frequency Count	3	/10265/3	Top Frequency Count is a readable and writeable resource used represent the number of samples to provide if the Detection Mode is set to Mode 2 (Top Frequency Values). If not provided, this value should default to 3	Integer	RW	\N	\N	Optional	Single	10265
988	2024-01-02 01:07:32.749829	\N	Frequency Thresholds	4	/10265/4	Frequency Thresholds is a multiple value readable and writeable resource used to represent upper bound thresholds for each of the frequency bands configured on the daughter board. Being a multiple value resource, this resource only needs to contain the values that are required to override the default values provided by the daughter board firmware.  As an example if the frequency threshold for band 7 and band 52 needs to be overridden, then this resource should just contain those two values:-\n/TBD/0/4/7 = 123\n/TBD/0/4/52 = 345\n	Integer	RW	\N	0-999	Optional	Multiple	10265
1081	2024-01-02 01:07:32.840185	\N	Description	2	/15/2	Device Capability Description\n(manufacturer specified string)\n	String	R	\N	\N	Optional	Single	15
989	2024-01-02 01:07:32.750722	\N	Frequency Values	5	/10265/5	Frequency Values is a multiple value readonly resource used represent the latest frequency values recorded by the daughter board. In Detection Mode 2 (Top Frequency Values) only the number of values configured in Top Frequency Count will be provided. As an example, if the Top Frequency Count is 3 and the top three frequency threshold deviations were on band 8, 44 and 101, this resource would present:-\n/TBD/0/5/8 = 434\n/TBD/0/5/44 = 39\n/TBD/0/5/101 = 349\nIn Detection Mode 3, this resource would present all frequency readings from 1 through to the number of bands measured by the board.\nThis resource can either be observed by the LwM2M server (and subsequently notified by the Client daily) or Read adhoc from the LwM2M server.\n	Integer	R	\N	\N	Optional	Multiple	10265
990	2024-01-02 01:07:32.751698	\N	Firmware Version	7	/10265/7	Firmware Version is a readonly resource representing the current firmware version of the Daughter Board.	String	R	\N	\N	Mandatory	Single	10265
991	2024-01-02 01:07:32.752582	\N	Event Type	6011	/10281/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10281
992	2024-01-02 01:07:32.753788	\N	Alarm Realtime	6012	/10281/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10281
993	2024-01-02 01:07:32.754851	\N	Alarm State	6013	/10281/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10281
994	2024-01-02 01:07:32.75581	\N	Alarm Set Threshold	6014	/10281/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10281
995	2024-01-02 01:07:32.757026	\N	Alarm Set Operator	6015	/10281/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10281
996	2024-01-02 01:07:32.757967	\N	Alarm Clear Threshold	6016	/10281/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10281
997	2024-01-02 01:07:32.758868	\N	Alarm Clear Operator	6017	/10281/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10281
998	2024-01-02 01:07:32.759988	\N	Alarm Maximum Event Count	6018	/10281/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10281
999	2024-01-02 01:07:32.761173	\N	Alarm Maximum Event Period	6019	/10281/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10281
1000	2024-01-02 01:07:32.762251	\N	Latest Delivered Event Time	6020	/10281/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10281
1001	2024-01-02 01:07:32.763254	\N	Latest Recorded Event Time	6021	/10281/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10281
1002	2024-01-02 01:07:32.764169	\N	Alarm Clear	6022	/10281/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10281
1003	2024-01-02 01:07:32.765073	\N	Alarm Auto Clear	6023	/10281/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10281
1004	2024-01-02 01:07:32.765988	\N	Event Code	6024	/10281/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10281
1005	2024-01-02 01:07:32.766877	\N	Latest Payload	6025	/10281/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10281
1006	2024-01-02 01:07:32.767887	\N	Bitmap Input	5910	/3349/5910	Integer in which each of the bits are associated with specific digital input value. Represented as a binary signed integer in network byte order, and in two's complement representation. Using values in range 0-127 is recommended to avoid ambiguities with byte order and negative values.	Integer	R	\n        	\n        	Mandatory	Single	3349
1007	2024-01-02 01:07:32.768796	\N	Bitmap Input Reset	5911	/3349/5911	Reset the Bitmap Input value.	Opaque	E	\n        	\n        	Optional	Single	3349
1008	2024-01-02 01:07:32.769791	\N	Element Description	5912	/3349/5912	The semantics / description of each bit as a string. First instance describes the least significant bit, second instance the second least significant bit, etc.	String	RW	\n        	\n        	Optional	Multiple	3349
1009	2024-01-02 01:07:32.770828	\N	Application Type	5750	/3349/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\n        	\n        	Optional	Single	3349
1010	2024-01-02 01:07:32.771803	\N	Sensor Value	5700	/3301/5700	The current value of the luminosity sensor.	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3301
1011	2024-01-02 01:07:32.77271	\N	Min Measured Value	5601	/3301/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3301
1012	2024-01-02 01:07:32.77365	\N	Max Measured Value	5602	/3301/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3301
1013	2024-01-02 01:07:32.774542	\N	Min Range Value	5603	/3301/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3301
1014	2024-01-02 01:07:32.775425	\N	Max Range Value	5604	/3301/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3301
1015	2024-01-02 01:07:32.776327	\N	Reset Min and Max Measured Values	5605	/3301/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3301
1016	2024-01-02 01:07:32.777394	\N	Sensor Units	5701	/3301/5701	If present, the type of sensor defined as the UCUM Unit Definition e.g. “Cel” for Temperature in Celcius.	String	R	\N	\N	Optional	Single	3301
1017	2024-01-02 01:07:32.778444	\N	Command	0	/10251/0	The AT command to run. Example: AT+CREG? to query registration status	String	RW	\N	\N	Mandatory	Single	10251
1018	2024-01-02 01:07:32.779453	\N	Response	1	/10251/1	Response to the AT command. Example: +CREG:0,5 If multiple lines are returned as the modem response, each line will be returned in a separate resource.	String	R	\N	\N	Mandatory	Multiple	10251
1019	2024-01-02 01:07:32.780373	\N	Status	2	/10251/2	Status of the command execution as returned by the modem. Typical values:OK ERROR	String	R	\N	\N	Mandatory	Multiple	10251
1020	2024-01-02 01:07:32.781304	\N	Timeout	3	/10251/3	Amount of time in seconds allowed for the modem to respond to the command.	Integer	RW	\N	\N	Optional	Single	10251
1021	2024-01-02 01:07:32.782202	\N	Run	4	/10251/4	Executing this resource will cause the command to be sent to the modem. And the result to be populated using the Response (1) and Status (2) resources	\N	E	\N	\N	Mandatory	Single	10251
1022	2024-01-02 01:07:32.783084	\N	Event Type	6011	/10276/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10276
1023	2024-01-02 01:07:32.78403	\N	Alarm Realtime	6012	/10276/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10276
1024	2024-01-02 01:07:32.784929	\N	Alarm State	6013	/10276/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10276
1025	2024-01-02 01:07:32.785887	\N	Alarm Set Threshold	6014	/10276/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10276
1026	2024-01-02 01:07:32.786919	\N	Alarm Set Operator	6015	/10276/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10276
1027	2024-01-02 01:07:32.787868	\N	Alarm Clear Threshold	6016	/10276/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10276
1028	2024-01-02 01:07:32.788752	\N	Alarm Clear Operator	6017	/10276/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10276
1029	2024-01-02 01:07:32.789774	\N	Alarm Maximum Event Count	6018	/10276/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10276
1030	2024-01-02 01:07:32.790737	\N	Alarm Maximum Event Period	6019	/10276/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10276
1031	2024-01-02 01:07:32.791635	\N	Latest Delivered Event Time	6020	/10276/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10276
1032	2024-01-02 01:07:32.792529	\N	Latest Recorded Event Time	6021	/10276/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10276
1033	2024-01-02 01:07:32.793508	\N	Alarm Clear	6022	/10276/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10276
1034	2024-01-02 01:07:32.794667	\N	Alarm Auto Clear	6023	/10276/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10276
1035	2024-01-02 01:07:32.795747	\N	Event Code	6024	/10276/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10276
1036	2024-01-02 01:07:32.796801	\N	Latest Payload	6025	/10276/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10276
1037	2024-01-02 01:07:32.797817	\N	Sensor Value	5700	/3316/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3316
1038	2024-01-02 01:07:32.798742	\N	Sensor Units	5701	/3316/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3316
1039	2024-01-02 01:07:32.799633	\N	Min Measured Value	5601	/3316/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3316
1040	2024-01-02 01:07:32.800518	\N	Max Measured Value	5602	/3316/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3316
1041	2024-01-02 01:07:32.801463	\N	Min Range Value	5603	/3316/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3316
1042	2024-01-02 01:07:32.80247	\N	Max Range Value	5604	/3316/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3316
1043	2024-01-02 01:07:32.803469	\N	Reset Min and Max Measured Values	5605	/3316/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3316
1044	2024-01-02 01:07:32.804384	\N	Current Calibration	5821	/3316/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3316
1045	2024-01-02 01:07:32.805291	\N	Application Type	5750	/3316/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3316
1046	2024-01-02 01:07:32.806261	\N	Object ID	0	/2/0	Resources 0 and 1 point to the Object Instance for which the Instances of the ACL Resource of that Access Control Object Instance are applicable.	Integer	R	\N	1-65534	Mandatory	Single	2
1047	2024-01-02 01:07:32.807168	\N	Object Instance ID	1	/2/1	See above	Integer	R	\N	0-65535	Mandatory	Single	2
1048	2024-01-02 01:07:32.808052	\N	ACL	2	/2/2	The Resource Instance ID MUST be the Short Server ID of a certain LwM2M Server for which associated access rights are contained in the Resource Instance value.\nThe Resource Instance ID 0 is a specific ID, determining the ACL Instance which contains the default access rights.\nEach bit set in the Resource Instance value, grants an access right to the LwM2M Server to the corresponding operation.\nThe bit order is specified as below.\n1st LSB: R(Read, Observe, Write-Attributes)\n2nd LSB: W(Write)\n3rd LSB: E(Execute)\n4th LSB: D(Delete)\n5th LSB: C(Create)\nOther bits are reserved for future use.	Integer	RW	\N	16-bit	Optional	Multiple	2
1116	2024-01-02 01:07:32.874164	\N	Min Range Value	5603	/3334/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1049	2024-01-02 01:07:32.808948	\N	Access Control Owner	3	/2/3	Short Server ID of a certain LwM2M Server; only such an LwM2M Server can manage the Resources of this Object Instance. \nThe specific value MAX_ID=65535 means this Access Control Object Instance is created and modified during a Bootstrap phase only.	Integer	RW	\N	0-65535	Mandatory	Single	2
1050	2024-01-02 01:07:32.810222	\N	eventType	0	/3384/0	-obtained header of the SUBSCRIBE\n1 = Registration\n2 = Presence\n3 = Conference\n4 = Dialog\n5 = Call-info	Integer	R	\N	\N	Mandatory	Single	3384
1051	2024-01-02 01:07:32.811281	\N	subscriptionResult	1	/3384/1	-1 = Event subscription message not available\n0 = Success (when 200 OK received is followed by NOTIFY, and applies to all Event Types)\n1 = Failure (when any error other than 401 is received; else when 408 timeout occurs)	Integer	R	\N	\N	Mandatory	Single	3384
1052	2024-01-02 01:07:32.812248	\N	Cumulative Time	5544	/3350/5544	The total time in seconds that the stopwatch has been on. Writing a 0 resets the time.	Float	RW	s	\n        	Mandatory	Single	3350
1053	2024-01-02 01:07:32.81319	\N	On/Off	5850	/3350/5850	On/Off control for the stopwatch, True=ON, False=OFF.	Boolean	RW	\n        	\n        	Optional	Single	3350
1054	2024-01-02 01:07:32.814111	\N	Digital Input Counter	5501	/3350/5501	The number of times the input transitions from off to on.	Integer	R	\n        	\n        	Optional	Single	3350
1055	2024-01-02 01:07:32.815021	\N	Application Type	5750	/3350/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\n        	\n        	Optional	Single	3350
1056	2024-01-02 01:07:32.815938	\N	Digital Output State	5550	/3201/5550	The current state of a digital output.	Boolean	RW	\N	\N	Mandatory	Single	3201
1057	2024-01-02 01:07:32.81683	\N	Digital Output Polarity	5551	/3201/5551	The polarity of a digital ouput as a Boolean (0 = Normal, 1= Reversed).	Boolean	RW	\N	\N	Optional	Single	3201
1058	2024-01-02 01:07:32.818113	\N	Application Type	5750	/3201/5750	The application type of the output as a string, for instance, “LED”	String	RW	\N	\N	Optional	Single	3201
1059	2024-01-02 01:07:32.819005	\N	Sensor Value	5700	/3300/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3300
1060	2024-01-02 01:07:32.81989	\N	Sensor Units	5701	/3300/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	Float	R	\N	\N	Optional	Single	3300
1061	2024-01-02 01:07:32.820785	\N	Min Measured Value	5601	/3300/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3300
1062	2024-01-02 01:07:32.821765	\N	Max Measured Value	5602	/3300/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3300
1063	2024-01-02 01:07:32.822669	\N	Min Range Value	5603	/3300/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3300
1064	2024-01-02 01:07:32.823579	\N	Max Range Value	5604	/3300/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3300
1065	2024-01-02 01:07:32.824475	\N	Application Type	5750	/3300/5750	If present, the application type of the sensor as a string, for instance, “CO2”	String	RW	\N	\N	Optional	Single	3300
1066	2024-01-02 01:07:32.825397	\N	Sensor Type	5751	/3300/5751	The type of the sensor (for instance PIR type)	String	R	\N	\N	Optional	Single	3300
1067	2024-01-02 01:07:32.826506	\N	Reset Min and Max Measured Values	5605	/3300/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3300
1068	2024-01-02 01:07:32.827793	\N	Analog Output Current Value	5650	/3203/5650	The current state of the analogue output.	Float	RW	\N	0-1	Mandatory	Single	3203
1069	2024-01-02 01:07:32.828785	\N	Application Type	5750	/3203/5750	If present, the application type of the actuator as a string, for instance, “Thermostat”	String	R	\N	\N	Optional	Single	3203
1070	2024-01-02 01:07:32.829731	\N	Min Range Value	5603	/3203/5603	The minimum value that can be measured by the sensor	Float	R	\N	\N	Optional	Single	3203
1071	2024-01-02 01:07:32.830649	\N	Max Range Value	5604	/3203/5604	The maximum value that can be measured by the sensor	Float	R	\N	\N	Optional	Single	3203
1072	2024-01-02 01:07:32.831538	\N	EmmState	0	/3361/0	1 = EmmNull\n2 = EmmDeregistered\n3 = EmmRegisteredInitiated\n4 = EmmRegistered\n5 = EmmTrackingAreaUpdatingInitiated\n6 = EmmServiceRequestInitiated\n7 = EmmDeregisteredInitiated	Integer	R	\N	\N	Mandatory	Single	3361
1073	2024-01-02 01:07:32.832427	\N	emmSubstate	1	/3361/1	 -- If EMM state is EmmDeregistered(2), EMM sub-state\n    -- EmmDeregisteredNoImsi(1)\n    -- EmmDeregisteredPlmnSearch(2)\n    -- EmmDeregisteredAttachNeeded(3)\n    -- EmmDeregisteredNoCellAvailable(4)\n    -- EmmDeregisteredAttemptingToAttach(5)\n    -- EmmDeregisteredNormalService(6)\n    -- EmmDeregisteredLimitedService(7)\n    -- If EMM state is EmmRegistered(4), EMM sub-state\n    -- EmmRegisteredNormalService(1)\n    -- EmmRegisteredUpdateNeeded(2)\n    -- EmmRegisteredAttemptingToUpdate(3)\n    -- EmmRegisteredNoCellAvailable(4)\n    -- EmmRegisteredPlmnSearch(5)\n    -- EmmRegisteredLimitedService(6)\n    -- EmmRegisteredImsiDetachInitiated(7)\n    -- EmmRegisteredAttemptingToUpdateMm(8)\n    -- Others use invalid EMM Substate value (0)\n	Integer	R	\N	\N	Mandatory	Single	3361
1074	2024-01-02 01:07:32.833339	\N	Neighbour PCI	0	/10247/0	Physical Cell ID of neighbouring LTE cell, as defined in TS 36.211	Integer	R	\N	0..503	Mandatory	Single	10247
1075	2024-01-02 01:07:32.834498	\N	Neighbour Cell ID	1	/10247/1	Neighbour cell ID as specified by the cellIdentity field broadcast in SIB1 of the neighbour cell (see TS 36.331).	Integer	R	\N	0..2^32-1	Optional	Single	10247
1076	2024-01-02 01:07:32.835392	\N	Neighbour Cell Rank	2	/10247/2	Current neighbour cell rank. Neighbour cells should be ordered (ranked) by the CrowdBox according to neighbour cell RSRP, with a higher RSRP corresponding to a lower index. Hence the neighbouring cell with the highest RSRP should be neighbour cell 0, the second neighbour cell 1, and so on.	Integer	R	\N	0..255	Mandatory	Single	10247
1077	2024-01-02 01:07:32.836273	\N	Neighbour Cell RSRP	3	/10247/3	Neighbour cell RSRP, as defined in TS 36.133, Section 9.1.4. Range: RSRP_00; RSRP_01 .. RSRP_97	Integer	R	\N	0..97	Mandatory	Single	10247
1078	2024-01-02 01:07:32.837178	\N	Neighbour Cell RSRQ	4	/10247/4	Neighbour cell RSRQ, as defined in TS 36.133, Section 9.1.7. Range: RSRQ_-30; RSRQ_-29 .. RSRQ_46	Integer	R	\N	-30..46	Mandatory	Single	10247
1079	2024-01-02 01:07:32.838183	\N	Property	0	/15/0	List of Device Capabilities inside a given Group.\nThe format is a free list ASCII-represented integers separated by a semi colon. (e.g. 0;1;10)\nThe list of capabilities per Group is given in Appendix B: Device Capabilities Vocabulary\nexecutable Resource can work with.\n	String	R	\N	\N	Mandatory	Single	15
1080	2024-01-02 01:07:32.839076	\N	Group	1	/15/1	Group name of Device Capabilities\n0: SENSOR: luminosity, presence,temp,humidity\n1: CONTROL: Light, Power, Sound\n2: CONNECTIVITY: Bluetooth, wifi, …\n3: NAVIGATION: gps, galieo\n4: STORAGE: external memory,\n5: VISION: cam, video-cam, night_cam.\n6: SOUND: speaker, buzzer\n7: ANALOG_INPUT: generic input\n8: ANALOG_OUTPUT: generic output\n9-15: reserved\n\n	Integer	R	\N	0-15	Mandatory	Single	15
1082	2024-01-02 01:07:32.841073	\N	Attached	3	/15/3	When the resource doesn’t exist, it means the associated Device Capability is not removable.\nWhen this resource is “False”, it means the associated Device Capability is removable and is currently not attached to the device.\nWhen this resource is “True”, it means the associated Device Capability – if removable – is currently attached to the Device.\nWhen a Device Capability is not removable, and the “Attached” Resource is present, the “Attached” value but be set to “True”.\n	Boolean	R	\N	\N	Optional	Single	15
1083	2024-01-02 01:07:32.842141	\N	Enabled	4	/15/4	This resource indicates whether the Device Capability is enabled regardless whether the Device Capability is attached or not. If the value of this resource is “True” the Device Capability is in Enabled State. If the value is “False” the Device Capability is in Disabled State;\nThe ‘Attached’ and ‘Enabled’ resources are independent. A Device Capability MAY have ‘True’ as value for ‘Enabled’ Resource while having ‘False’ as value for the ‘Attached’ Resource. That means the Device Capability is still not available and can’t be used until it is attached to the Device, but will be useable once the Device Capability is attached.\n	Boolean	R	\N	\N	Mandatory	Single	15
1084	2024-01-02 01:07:32.843066	\N	opEnable	5	/15/5	This command is used to enable the Device Capability to transfer the Device Capability from Disabled State to Enabled state.\nIn Enabled State, the Device Capability is allowed to work when it is attached to the Device.\n	\N	E	\N	\N	Mandatory	Single	15
1085	2024-01-02 01:07:32.844164	\N	opDisable	6	/15/6	This command is used to disable the Device Capability to transfer the Device Capability from Enabled State to Disabled State.\nIn Disabled state the Device Capability is not allowed to work.\n	\N	E	\N	\N	Mandatory	Multiple	15
1086	2024-01-02 01:07:32.845278	\N	NotifyEn	7	/15/7	When the Resources “Enabled” or “Attached” are under “Observation”, this resource specifies whether the LWM2M Server MUST be notified when the value of the Resource on “Observation” changed. If the Resource “NotifyEn” is not present or the value is ‘False’, the LWM2M Server will be not notified about this change. If the “NotifyEn” Resource is present and the value is ‘True’, the LWM2M Server will be notified.	Boolean	RW	\N	\N	Optional	Single	15
1087	2024-01-02 01:07:32.846191	\N	Instantaneous active power	5800	/3305/5800	The current active power	Float	R	W	\N	Mandatory	Single	3305
1088	2024-01-02 01:07:32.847071	\N	Min Measured active power	5801	/3305/5801	The minimum active power measured by the sensor since it is ON	Float	R	W	\N	Optional	Single	3305
1089	2024-01-02 01:07:32.847974	\N	Max Measured  active power	5802	/3305/5802	The maximum active power measured by the sensor since it is ON	Float	R	W	\N	Optional	Single	3305
1090	2024-01-02 01:07:32.848875	\N	Min Range active power	5803	/3305/5803	The minimum active power that can be measured by the sensor	Float	R	W	\N	Optional	Single	3305
1091	2024-01-02 01:07:32.849882	\N	Max Range active power	5804	/3305/5804	The maximum active power that can be measured by the sensor	Float	R	W	\N	Optional	Single	3305
1092	2024-01-02 01:07:32.851086	\N	Cumulative active power	5805	/3305/5805	The cumulative active power since the last cumulative energy reset or device start	Float	R	Wh	\N	Optional	Single	3305
1093	2024-01-02 01:07:32.852012	\N	Active Power Calibration	5806	/3305/5806	Request an active power calibration by writing the value of a calibrated load.	Float	W	W	\N	Optional	Single	3305
1094	2024-01-02 01:07:32.852894	\N	Instantaneous reactive power	5810	/3305/5810	The current reactive power	Float	R	VAR	\N	Optional	Single	3305
1095	2024-01-02 01:07:32.853865	\N	Min Measured reactive power	5811	/3305/5811	The minimum reactive power measured by the sensor since it is ON	Float	R	VAR	\N	Optional	Single	3305
1096	2024-01-02 01:07:32.854768	\N	Max Measured reactive power	5812	/3305/5812	The maximum reactive power measured by the sensor since it is ON	Float	R	VAR	\N	Optional	Single	3305
1097	2024-01-02 01:07:32.855653	\N	Min Range reactive power	5813	/3305/5813	The minimum active power that can be measured by the sensor	Float	R	VAR	\N	Optional	Single	3305
1098	2024-01-02 01:07:32.856822	\N	Max Range reactive power	5814	/3305/5814	The maximum reactive power that can be measured by the sensor	Float	R	VAR	\N	Optional	Single	3305
1099	2024-01-02 01:07:32.857788	\N	Cumulative reactive power	5815	/3305/5815	The cumulative reactive power since the last cumulative energy reset or device start	Float	R	VARh	\N	Optional	Single	3305
1100	2024-01-02 01:07:32.858816	\N	Reactive Power Calibration	5816	/3305/5816	Request a reactive power calibration by writing the value of a calibrated load.	Float	W	VAR	\N	Optional	Single	3305
1101	2024-01-02 01:07:32.859763	\N	Power Factor	5820	/3305/5820	If applicable, the power factor of the current consumption.	Float	R	\N	\N	Optional	Single	3305
1102	2024-01-02 01:07:32.860825	\N	Current Calibration	5821	/3305/5821	Read or Write the current calibration coefficient	Float	RW	\N	\N	Optional	Single	3305
1103	2024-01-02 01:07:32.861871	\N	Reset Cumulative energy	5822	/3305/5822	Reset both cumulative active/reactive power	Opaque	E	\N	\N	Optional	Single	3305
1104	2024-01-02 01:07:32.862755	\N	Reset Min and Max Measured Values	5605	/3305/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3305
1105	2024-01-02 01:07:32.86372	\N	X Value	5702	/3334/5702	The measured value along the X axis.	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3334
1106	2024-01-02 01:07:32.864639	\N	Y Value	5703	/3334/5703	The measured value along the Y axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1107	2024-01-02 01:07:32.865563	\N	Z Value	5704	/3334/5704	The measured value along the Z axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1108	2024-01-02 01:07:32.866604	\N	Sensor Units	5701	/3334/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\N	\N	Optional	Single	3334
1109	2024-01-02 01:07:32.867573	\N	Min X Value	5508	/3334/5508	The minimum measured value along the X axis	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1110	2024-01-02 01:07:32.868466	\N	Max X Value	5509	/3334/5509	The maximum measured value along the X axis	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1111	2024-01-02 01:07:32.869377	\N	Min Y Value	5510	/3334/5510	The minimum measured value along the Y axis	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1112	2024-01-02 01:07:32.87026	\N	Max Y Value	5511	/3334/5511	The maximum measured value along the Y axis	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1113	2024-01-02 01:07:32.87115	\N	Min Z Value	5512	/3334/5512	The minimum measured value along the Z axis	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1114	2024-01-02 01:07:32.872037	\N	Max Z Value	5513	/3334/5513	The maximum measured value along the Z axis	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1115	2024-01-02 01:07:32.873146	\N	Reset Min and Max Measured Values	5605	/3334/5605	Reset the Min and Max Measured Values to Current Value.	\N	E	\N	\N	Optional	Single	3334
1223	2024-01-02 01:07:32.98212	\N	Wipe	3	/8/3	To permanently erase data from the device.	\N	E	\N	\N	Mandatory	Single	8
1117	2024-01-02 01:07:32.875197	\N	Max Range Value	5604	/3334/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3334
1118	2024-01-02 01:07:32.876189	\N	Application Type	5750	/3334/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3334
1119	2024-01-02 01:07:32.877353	\N	Manufacturer	0	/10243/0	\n                Human readable manufacturer name\n            	String	R	\N	\N	Optional	Single	10243
1120	2024-01-02 01:07:32.878381	\N	Model Number	1	/10243/1	\n                A model identifier (manufacturer specified string)\n            	String	R	\N	\N	Optional	Single	10243
1121	2024-01-02 01:07:32.87929	\N	Serial Number	2	/10243/2	\n                Serial number of the meter\n            	String	R	\N	\N	Optional	Single	10243
1122	2024-01-02 01:07:32.88017	\N	Description	3	/10243/3	\n                Description of the meter\n            	String	R	\N	\N	Optional	Single	10243
1123	2024-01-02 01:07:32.881054	\N	Tension	4	/10243/4	\n                Voltage\n            	String	R	V	\N	Mandatory	Single	10243
1124	2024-01-02 01:07:32.882179	\N	Current	5	/10243/5	\n                Current\n            	Float	R	A	\N	Mandatory	Single	10243
1125	2024-01-02 01:07:32.883161	\N	Active Power	6	/10243/6	\n                Active Power\n            	Float	R	kW	\N	Optional	Single	10243
1126	2024-01-02 01:07:32.884063	\N	Reactive Power	7	/10243/7	\n                Reactive Power\n            	Float	R	kvar	\N	Optional	Single	10243
1127	2024-01-02 01:07:32.884956	\N	Inductive Reactive Power	8	/10243/8	\n                Inductive Reactive Power\n            	Float	R	kvarL	\N	Optional	Single	10243
1128	2024-01-02 01:07:32.886308	\N	Capacitive Reactive Power	9	/10243/9	\n                Capacitive Reactive Power\n            	Float	R	kvarC	\N	Optional	Single	10243
1129	2024-01-02 01:07:32.887194	\N	Apparent Power	10	/10243/10	\n                Apparent Power\n            	Float	R	kVA	\N	Optional	Single	10243
1130	2024-01-02 01:07:32.888128	\N	Power Factor	11	/10243/11	\n                Power Factor\n            	Float	R	\N	-1..1	Optional	Single	10243
1131	2024-01-02 01:07:32.889051	\N	THD-V	12	/10243/12	\n                Total Harmonic Distortion (Tension)\n            	Float	R	%	\N	Optional	Single	10243
1132	2024-01-02 01:07:32.890101	\N	THD-A	13	/10243/13	\n                Total Harmonic Distortion (Current)\n            	Float	R	%	\N	Optional	Single	10243
1133	2024-01-02 01:07:32.891142	\N	Active Energy	14	/10243/14	\n                Active Energy\n            	Float	R	kW/h	\N	Optional	Single	10243
1134	2024-01-02 01:07:32.892041	\N	Reactive Energy	15	/10243/15	\n                Reactive Energy\n            	Float	R	kvar/h	\N	Optional	Single	10243
1135	2024-01-02 01:07:32.892955	\N	Apparent Energy	16	/10243/16	\n                Apparent Energy\n            	Float	R	kVA/h	\N	Optional	Single	10243
1136	2024-01-02 01:07:32.894144	\N	Frequency	17	/10243/17	\n                Frequency\n            	Float	R	Hz	\N	Optional	Single	10243
1137	2024-01-02 01:07:32.895108	\N	dlEarfcn	6032	/3375/6032	EARFCN - frequency	Integer	R	\N	\N	Mandatory	Single	3375
1138	2024-01-02 01:07:32.895983	\N	pci	6034	/3375/6034	PCI	Integer	R	\N	\N	Mandatory	Single	3375
1139	2024-01-02 01:07:32.896868	\N	pagingCycle	2	/3375/2	Paging Cycle	Integer	R	\N	\N	Mandatory	Single	3375
1140	2024-01-02 01:07:32.897886	\N	DrxNb	3	/3375/3	DRX NB	Integer	R	\N	\N	Mandatory	Single	3375
1141	2024-01-02 01:07:32.899181	\N	ueID	4	/3375/4	IMSI mod 1024	Integer	R	\N	\N	Mandatory	Single	3375
1142	2024-01-02 01:07:32.900256	\N	drxSysFrameNumOffset	5	/3375/5	drxSysFrameNumOffset is used to obtain the starting system frame number for DRX cycle	Integer	R	\N	\N	Mandatory	Single	3375
1143	2024-01-02 01:07:32.901372	\N	drxSubFrameNumOffset	6	/3375/6	drxSubFrameNumOffset is used to obtain the starting sub frame number for DRX cycle	Integer	R	\N	\N	Mandatory	Single	3375
1144	2024-01-02 01:07:32.902297	\N	timeScanStart	0	/3352/0	Modem time when PLMN search is initiated	Integer	R	\N	\N	Mandatory	Single	3352
1145	2024-01-02 01:07:32.903177	\N	plmnID	6030	/3352/6030	PLMN - mcc/mnc	Integer	R	\N	\N	Mandatory	Single	3352
1146	2024-01-02 01:07:32.904052	\N	BandIndicator	6031	/3352/6031	Band Indicator	Integer	R	\N	\N	Mandatory	Single	3352
1147	2024-01-02 01:07:32.90493	\N	dlEarfcn	6032	/3352/6032	EARFCN - frequency	Integer	R	\N	\N	Mandatory	Single	3352
1148	2024-01-02 01:07:32.906375	\N	deviceName	0	/3351/0	Human-readable name of the device	String	R	\N	\N	Mandatory	Single	3351
1149	2024-01-02 01:07:32.907485	\N	toolVersion	1	/3351/1	The tool version that the device supports - used to determine the logging object/resource version to be used for parsing	String	R	\N	\N	Mandatory	Single	3351
1150	2024-01-02 01:07:32.908395	\N	IMEI	2	/3351/2	IMEI of device	String	R	\N	\N	Mandatory	Single	3351
1151	2024-01-02 01:07:32.909321	\N	IMSI	3	/3351/3	IMSI of device	String	R	\N	\N	Mandatory	Single	3351
1152	2024-01-02 01:07:32.910491	\N	MSISDN	4	/3351/4	MSISDN of device	String	R	\N	\N	Mandatory	Single	3351
1153	2024-01-02 01:07:32.911727	\N	eNB Availability	0	/10245/0	This field indicates to the CCC whether or not the eNB of the CrowdBox is available for activation: AVAILABLE = TRUE; UNAVAILABLE = FALSE This is set by the CrowdBox itself using an algorithm specific to the use case and based on parameters known to the CrowdBox which may not necessarily be signalled to the network. In the absence of a more specific algorithm, this parameter should be set to AVAILABLE, unless a fault is detected which would prevent activation of the eNB, in which case it should be set to UNAVAILABLE.	Boolean	R	\N	AVAILABLE; UNAVAILABLE	Mandatory	Single	10245
1154	2024-01-02 01:07:32.912676	\N	GPS Status	1	/10245/1	States whether the CrowdBox GPS receiver is synchronised to GPS time or not: UNSYCHRONISED = FALSE; SYNCHRONISED = TRUE If more than one GPS receiver is used by the CrowdBox, then SYNCHRONISED should be reported only if all receivers are synchronised.	Boolean	R	\N	UNSYNCHRONISED; SYNCHRONISED	Mandatory	Single	10245
1155	2024-01-02 01:07:32.913639	\N	Orientation	2	/10245/2	Orientation of CrowdBox with respect to magnetic north. The reference orientation of the CrowdBox shall be the pointing direction of the eNB antenna(s) or, in the case of an omni-directional CrowdBox antenna, as defined in the accompanying product documentation.	Integer	R	degrees	-180..180	Optional	Single	10245
1156	2024-01-02 01:07:32.91479	\N	eNB EARFCN	3	/10245/3	EARFCN currently used by the eNB. Highest valid value in 3GPP is currently 46589. If the requested EARFCN is not supported by the eNB, the response should be "Bad Request". The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	\N	0..65535	Mandatory	Single	10245
1157	2024-01-02 01:07:32.915718	\N	eNB Bandwidth	4	/10245/4	Bandwidth of the currently used eNB carrier. If the requested bandwidth is not supported by the eNB, the response should be "Bad Request". The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	\N	5, 10, 15, 20	Mandatory	Single	10245
1158	2024-01-02 01:07:32.916642	\N	Backhaul Primary EARFCN	5	/10245/5	EARFCN of primary cell used for the backhaul. If the requested EARFCN is not supported by the CrowdBox UE, the response should be "Bad Request". The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	\N	0..65535	Mandatory	Single	10245
1159	2024-01-02 01:07:32.917678	\N	Backhaul Secondary EARFCN	6	/10245/6	EARFCN of any secondary cells used for the backhaul, in the event that carrier aggregation is being used. If the requested EARFCN is not supported by the CrowdBox UE, the response should be "Bad Request". The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	\N	0..65535	Mandatory	Multiple	10245
1160	2024-01-02 01:07:32.918586	\N	Cumulative Measurement Window	7	/10245/7	The current measurement interval over which cumulative statistics are collected for the following resources: Cumulative Number of Unique Users, Cumulative Downlink Throughput per Connected User, Cumulative Uplink Throughput per Connected User. Note that this measurement period is a sliding window rather than a granularity period. Measurements should never be reset, but rather old measurements should be removed from the cumulative total as they fall outside of the window. A value of 0 shall be interpreted as meaning only the current value should be reported. A value of 65535 shall be interpreted as an infinite window size (i.e. old measurements are never discarded).	Integer	RW	s	0..65535	Mandatory	Single	10245
1161	2024-01-02 01:07:32.919499	\N	eNB ECI	8	/10245/8	A 28 bit E-UTRAN Cell Identifier (ECI)	Integer	R	\N	0..2^28-1	Mandatory	Single	10245
1162	2024-01-02 01:07:32.920389	\N	eNB Status	9	/10245/9	This resource indicates the current status of the eNB and can be used by the CCC to change the state from enabled to disabled. TRUE = eNB enabled FALSE = eNB disabled	Boolean	RW	\N	\N	Mandatory	Single	10245
1163	2024-01-02 01:07:32.921306	\N	Enable eNB	10	/10245/10	Enables the eNB. In addition the CrowdBox shall also update its configuration to reflect the current state of other relevant parameters. This might require a reboot.	\N	E	\N	\N	Mandatory	Single	10245
1164	2024-01-02 01:07:32.922408	\N	eNB Maximum Power	11	/10245/11	Maximum power for the eNB measured as the sum of input powers to all antenna connectors. The maximum power per antenna port is equal to the maximum eNB power divided by the number of antenna ports. If the requested power is above or below the maximum or minimum power levels of the eNB, then the power level should be set to the maximum or minimum respectively. The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	dBm	0..63	Mandatory	Single	10245
1165	2024-01-02 01:07:32.923528	\N	Backhaul Primary q-OffsetFreq	12	/10245/12	q-OffsetFreq parameter for the backhaul primary EARFCN in SIB5 of the CrowdBox eNB BCCH. See TS 36.331 for details. Range: dB-24; dB-22 .. dB24 The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	dB	-24..24	Mandatory	Single	10245
1166	2024-01-02 01:07:32.924439	\N	Backhaul Secondary q-OffsetFreq	13	/10245/13	q-OffsetFreq parameter for the backhaul secondary EARFCN in SIB5 of the CrowdBox eNB BCCH. See TS 36.331 for details Range: dB-24; dB-22 .. dB24 The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	dB	-24..24	Mandatory	Multiple	10245
1167	2024-01-02 01:07:32.925357	\N	Neighbour CrowdBox EARFCN	14	/10245/14	EARFCN of a neighbour CrowdBox. Each instance of this resource relates to the same instance of resource ID 15.	Integer	RW	\N	0..66635	Mandatory	Multiple	10245
1168	2024-01-02 01:07:32.926348	\N	Neighbour CrowdBox q-OffsetFreq	15	/10245/15	q-OffsetFreq parameter of the Neighbour CrowdBox EARFCN in SIB5 of the Neighbour CrowdBox eNB BCCH. See TS 36.331 for details Range: dB-24; dB-22 .. dB24 Each instance of this resource relates to the same instance of resource ID 14. The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	dB	-24..24	Mandatory	Multiple	10245
1169	2024-01-02 01:07:32.927663	\N	Serving Macro eNB cellIndividualOffset	16	/10245/16	Specifies the value of the cellIndividualOffset parameter applicable to the CrowdBox macro serving cell that is to be signalled to connected UEs in their measurement configuration information . See TS 36.331 for details. The CrowdBox shall only apply a change of this resource upon execution of the “Enable eNB” command.	Integer	RW	dB	-24..24	Mandatory	Single	10245
1170	2024-01-02 01:07:32.928771	\N	Sensor Value	5700	/3328/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3328
1171	2024-01-02 01:07:32.929761	\N	Sensor Units	5701	/3328/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3328
1172	2024-01-02 01:07:32.930848	\N	Min Measured Value	5601	/3328/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3328
1173	2024-01-02 01:07:32.931827	\N	Max Measured Value	5602	/3328/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3328
1174	2024-01-02 01:07:32.932736	\N	Min Range Value	5603	/3328/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3328
1175	2024-01-02 01:07:32.933675	\N	Max Range Value	5604	/3328/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3328
1176	2024-01-02 01:07:32.934579	\N	Reset Min and Max Measured Values	5605	/3328/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3328
1177	2024-01-02 01:07:32.935463	\N	Current Calibration	5821	/3328/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3328
1178	2024-01-02 01:07:32.936335	\N	Application Type	5750	/3328/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3328
1179	2024-01-02 01:07:32.937229	\N	Sensor Value	5805	/3331/5805	Last or Current Measured Value from the Sensor.	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3331
1180	2024-01-02 01:07:32.938455	\N	Sensor Units	5701	/3331/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\N	\N	Optional	Single	3331
1181	2024-01-02 01:07:32.939582	\N	Reset Cumulative Energy	5822	/3331/5822	Reset both cumulative active/reactive power.	\N	E	\N	\N	Optional	Single	3331
1182	2024-01-02 01:07:32.940698	\N	Application Type	5750	/3331/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3331
1183	2024-01-02 01:07:32.941661	\N	Number of Connected Users	0	/10248/0	The number of different UEs currently connected to the eNB (i.e. in RRC_CONNECTED state).	Integer	R	\N	0..255	Mandatory	Single	10248
1184	2024-01-02 01:07:32.94258	\N	Cumulative Number of Unique Users	1	/10248/1	The number of different UEs that have connected to the eNB over the immediately preceding period specified by the "Cumulative Measurement Window" field.	Integer	R	\N	0..65535	Mandatory	Single	10248
1185	2024-01-02 01:07:32.944049	\N	Connected UE Report	2	/10248/2	Provides an Object link to the Connected UE Report which provides a range of information related to the connected UEs.	Objlnk	R	\N	\N	Mandatory	Multiple	10248
1186	2024-01-02 01:07:32.945279	\N	X Value	5702	/3314/5702	The measured value along the X axis.	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3314
1187	2024-01-02 01:07:32.946275	\N	Y Value	5703	/3314/5703	The measured value along the Y axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3314
1188	2024-01-02 01:07:32.947379	\N	Z Value	5704	/3314/5704	The measured value along the Z axis.	Float	R	Defined by “Units” resource.	\N	Optional	Single	3314
1189	2024-01-02 01:07:32.948353	\N	Compass Direction	5705	/3314/5705	The compass direction	Float	R	Deg	0-360	Optional	Single	3314
1190	2024-01-02 01:07:32.94927	\N	Sensor Units	5701	/3314/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\N	\N	Optional	Single	3314
1191	2024-01-02 01:07:32.950397	\N	UL data	0	/10250/0	Uplink application data, e.g. gas meter reporting data.	Opaque	R	\n        	\n        	Mandatory	Single	10250
1192	2024-01-02 01:07:32.951301	\N	DL data	1	/10250/1	Downlink application data, e.g. application response message of uplink data.	Opaque	W	\n        	\n        	Mandatory	Single	10250
1193	2024-01-02 01:07:32.952192	\N	Current Loop Input Current Value	0	/10254/0	The current value of the current loop input. A value of 0 indicates the not-connected state and/or invalid (i.e. out-of-range) values.	Float	R	mA	0; 3.8-20.5	Mandatory	Single	10254
1194	2024-01-02 01:07:32.953078	\N	Min Measured Value	5601	/10254/5601	The minimum value measured by the sensor since it is ON or Reset.	Float	R	Defined by “Units” resource.	\n        	Optional	Single	10254
1195	2024-01-02 01:07:32.9548	\N	Max Measured Value	5602	/10254/5602	The maximum value measured by the sensor since it is ON or Reset	Float	R	Defined by “Units” resource.	\n        	Optional	Single	10254
1196	2024-01-02 01:07:32.955873	\N	Min Range Value	5603	/10254/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\n        	Optional	Single	10254
1197	2024-01-02 01:07:32.956818	\N	Max Range Value	5604	/10254/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\n        	Optional	Single	10254
1198	2024-01-02 01:07:32.957744	\N	Reset Min and Max Measured Values	5605	/10254/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\n        	\n        	Optional	Single	10254
1199	2024-01-02 01:07:32.958631	\N	Sensor Units	5701	/10254/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius.	String	R	\n        	\n        	Optional	Single	10254
1200	2024-01-02 01:07:32.959704	\N	Application Type	5750	/10254/5750	The application type of the sensor or actuator as a string, for instance, “Air Pressure”.	String	RW	\n        	\n        	Optional	Single	10254
1201	2024-01-02 01:07:32.961206	\N	Current Calibration	5821	/10254/5821	Read or Write the current calibration coefficient	Float	RW	\n        	\n        	Optional	Single	10254
1202	2024-01-02 01:07:32.962362	\N	Sensor Value	5700	/3322/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3322
1203	2024-01-02 01:07:32.963443	\N	Sensor Units	5701	/3322/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3322
1204	2024-01-02 01:07:32.964374	\N	Min Measured Value	5601	/3322/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3322
1205	2024-01-02 01:07:32.965307	\N	Max Measured Value	5602	/3322/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3322
1206	2024-01-02 01:07:32.966212	\N	Min Range Value	5603	/3322/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3322
1207	2024-01-02 01:07:32.967104	\N	Max Range Value	5604	/3322/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3322
1208	2024-01-02 01:07:32.968012	\N	Reset Min and Max Measured Values	5605	/3322/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3322
1209	2024-01-02 01:07:32.968888	\N	Current Calibration	5821	/3322/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3322
1210	2024-01-02 01:07:32.969873	\N	Application Type	5750	/3322/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3322
1211	2024-01-02 01:07:32.970929	\N	Sensor Value	5700	/3317/5700	Last or Current Measured Value from the Sensor	Float	R	Defined by “Units” resource.	\N	Mandatory	Single	3317
1212	2024-01-02 01:07:32.97186	\N	Sensor Units	5701	/3317/5701	Measurement Units Definition e.g. “Cel” for Temperature in Celsius	Float	R	\N	\N	Optional	Single	3317
1213	2024-01-02 01:07:32.972745	\N	Min Measured Value	5601	/3317/5601	The minimum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3317
1214	2024-01-02 01:07:32.97373	\N	Max Measured Value	5602	/3317/5602	The maximum value measured by the sensor since power ON or reset	Float	R	Defined by “Units” resource.	\N	Optional	Single	3317
1215	2024-01-02 01:07:32.974631	\N	Min Range Value	5603	/3317/5603	The minimum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3317
1216	2024-01-02 01:07:32.975514	\N	Max Range Value	5604	/3317/5604	The maximum value that can be measured by the sensor	Float	R	Defined by “Units” resource.	\N	Optional	Single	3317
1217	2024-01-02 01:07:32.976424	\N	Reset Min and Max Measured Values	5605	/3317/5605	Reset the Min and Max Measured Values to Current Value	Opaque	E	\N	\N	Optional	Single	3317
1218	2024-01-02 01:07:32.977706	\N	Current Calibration	5821	/3317/5821	Read or Write the current calibration coefficient	String	RW	\N	\N	Optional	Single	3317
1219	2024-01-02 01:07:32.978768	\N	Application Type	5750	/3317/5750	The application type of the sensor or actuator as a string depending on the use case	String	RW	\N	\N	Optional	Single	3317
1220	2024-01-02 01:07:32.979682	\N	State	0	/8/0	State of the device:\n0: unlocked state Normal operation.\n1: partially locked state\nTo render the device inoperable the device has been partially locked. The “lock target” resource allows specifying the target(s) for this operation.\n2: fully locked state\nTo render the device fully inoperable the device has been fully locked.	Integer	RW	\N	0-2	Mandatory	Single	8
1221	2024-01-02 01:07:32.980506	\N	Lock target	1	/8/1	To specify one or several targets for the lock operation. This allows partially locking the device by selecting specific components or interfaces to be locked.	String	W	\N	\N	Mandatory	Multiple	8
1222	2024-01-02 01:07:32.981341	\N	Wipe item	2	/8/2	Indicates which data can be wiped from the device. This resource could be e.g. representing a directory.	String	R	\N	\N	Optional	Multiple	8
1224	2024-01-02 01:07:32.982871	\N	Wipe target	4	/8/4	To specify one or several targets for the wipe operation. This allows selecting specific data, or, memory areas for the wipe operation.	String	W	\N	\N	Mandatory	Multiple	8
1225	2024-01-02 01:07:32.983692	\N	Lock or Wipe Operation Result	5	/8/5	Contains the result of a lock and wipe operation\n0: Default\n1: Partially Lock operation successful\n2: Fully Lock operation successful\n3: Unlock operation successful\n4: Wipe operation successful\n5: Partially Lock operation failed\n6: Fully Lock operation failed\n7: Unlock operation failed 8: Wipe operation failed\nThis Resource MAY be reported by sending Observe operation.	Integer	R	\N	0-8	Mandatory	Single	8
1226	2024-01-02 01:07:32.984442	\N	On/Off	5850	/3338/5850	On/Off control, 0=OFF, 1=ON.	Boolean	RW	\N	\N	Mandatory	Single	3338
1227	2024-01-02 01:07:32.985238	\N	Dimmer	5851	/3338/5851	Proportional control, integer value between 0 and 100 as a percentage.	Integer	RW	%	0-100	Optional	Single	3338
1228	2024-01-02 01:07:32.986009	\N	Delay Duration	5521	/3338/5521	The duration of the time delay.	Float	RW	s	\N	Optional	Single	3338
1229	2024-01-02 01:07:32.986753	\N	Minimum Off-time	5525	/3338/5525	The off time when On/Off control remains on.	Float	RW	s	\N	Mandatory	Single	3338
1230	2024-01-02 01:07:32.987491	\N	Application Type	5750	/3338/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3338
1231	2024-01-02 01:07:32.988244	\N	Current Time	5506	/3333/5506	Unix Time. A signed integer representing the number of seconds since Jan 1st, 1970 in the UTC time zone.	Time	RW	s	\N	Mandatory	Single	3333
1232	2024-01-02 01:07:32.989005	\N	Fractional Time	5507	/3333/5507	For shorter times of a fraction of a second (i.e. 0.23).	Float	RW	seconds	0-1	Optional	Single	3333
1233	2024-01-02 01:07:32.989812	\N	Application Type	5750	/3333/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3333
1234	2024-01-02 01:07:32.990594	\N	Activated Profile Names	11	/10/11	Links to instances of the “APN connection profile” object representing every APN connection profile that has an activated connection to a PDN.	String	R	\N	\N	Mandatory	Multiple	10
1235	2024-01-02 01:07:32.99133	\N	SMSC address	0	/10/0	E.164 address of SMSC.   \nApplicable for 3GPP2 networks where SMSC is not available from a smart card, or for 3GPP/3GPP2 networks to provide the application with a customer specific SMSC.  The application decides how to use this parameter, e.g. precedence over UICC based SMSC address.	String	RW	\N	\N	Optional	Single	10
1236	2024-01-02 01:07:32.99205	\N	Disable radio period	1	/10/1	Time period for which the device shall disconnect from cellular radio (PS detach, CS detach if applicable).\nCan be used to handle network overload situations. \nThe value is a positive integer (0 to 65535), duration can be from 1 minute to 65535 minutes (approximately 45 days).\nAs soon the server writes a value which is >0 the device SHALL disconnect. When the period has elapsed the device MAY reconnect.	Integer	RW	minutes	0-65535	Optional	Single	10
1237	2024-01-02 01:07:32.992835	\N	Module activation code	2	/10/2	Configurable in case the application needs to issue a code (e.g. via AT command) to activate the module. e.g. “*98”.	String	RW	\N	\N	Optional	Single	10
1238	2024-01-02 01:07:32.993833	\N	Vendor specific extensions	3	/10/3	Links to a vendor specific object.	Objlnk	R	\N	\N	Optional	Single	10
1239	2024-01-02 01:07:32.994837	\N	PSM Timer (1)	4	/10/4	Power saving mode (PSM) timer as defined in [3GPP-TS_23.682].\nPSM Timer = Extended T3412.\nMax interval between periodic TAU if there is no other transmission from the device. During most of this time the device is considered as unreachable and can therefore go into a deep sleep mode while keeping the PDN connection(s) active.	Integer	RW	s	10min-992 days	Optional	Single	10
1240	2024-01-02 01:07:32.995712	\N	Active Timer (1)	5	/10/5	Active timer = T3324 as defined in [3GPP-TS_24.008].\nThe time the UE has to remain reachable after transitioning to idle state in case there is pending data from the NW to send out. At the end of T3324 UE can go into a deep sleep mode while keeping the PDN connection(s) active.	Integer	RW	s	2sec-31 min	Optional	Single	10
1241	2024-01-02 01:07:32.99646	\N	Serving PLMN Rate control	6	/10/6	Only for when using Signalling Radio Bearers (c.f. Data over NAS), it indicates the maximum the number of allowed uplink PDU transmissions per 6 minute interval aggregated across all PDN connections. See [3GPP-TS_23.401], octet 3 to 4 of the Serving PLMN rate control IE.	Integer	R	\N	\N	Optional	Single	10
1242	2024-01-02 01:07:32.997233	\N	eDRX parameters for Iu mode (1)	7	/10/7	Extended DRX parameters (Paging Time Window and eDRX value) for Iu mode which the UE can request from the network. This resource is encoded as octet 3 in [3GPP-TS_24.008, clause 10.5.5.32].	Opaque	RW	\N	8 bits	Optional	Single	10
1243	2024-01-02 01:07:32.998	\N	eDRX parameters for WB-S1 mode (1)	8	/10/8	Extended DRX parameters (Paging Time Window and eDRX value) for WB-S1 mode which the UE can request from the network. This resource is encoded as octet 3 in [3GPP-TS_24.008, clause 10.5.5.32].	Opaque	RW	\N	8 bits	Optional	Single	10
1244	2024-01-02 01:07:32.998744	\N	eDRX parameters for NB-S1 mode (1)	9	/10/9	Extended DRX parameters (Paging Time Window and eDRX value) for NB-S1 mode which the UE can request from the network. This resource is encoded as octet 3 in [3GPP-TS_24.008, clause 10.5.5.32].	Opaque	RW	\N	8 bits	Optional	Single	10
1245	2024-01-02 01:07:32.999482	\N	eDRX parameters for A/Gb mode (1)	10	/10/10	Extended DRX parameters (Paging Time Window and eDRX value) for A/Gb mode which the UE can request from the network. This resource is encoded as octet 3 in [3GPP-TS_24.008, clause 10.5.5.32].	Opaque	RW	\N	8 bits	Optional	Single	10
1246	2024-01-02 01:07:33.000209	\N	Event Type	6011	/10279/6011	Event Type is a readable and writable resource used to represent how this event will behave. Event Type should be one of the following values:-\n0. Disabled\n1. Alarm Current State\n2. Alarm State Change Log\n3. Event Log\n\nWhen the Event Type is set to Disabled (0), this event will not be recorded by the device. No Latest Eventlog payload should be delivered for events that are Disabled.\nWhen the Event Type is set to Alarm Current State (1), this Event is treated as an alarm state manager and the Latest Eventlog Payload will only contain the current state of this alarm.\nWhen the Event Type is set to Alarm State Change Log (2), the Event is treated as an alarm that reports whenever the Alarm is either set or cleared. The Latest Eventlog Payload will contain all alarm transitions since the previous delivery in this mode.\nWhen the Event Type is set to Event Log (3), this object instance is treated as a raw event log. It is used to manage and deliver events. The Latest Eventlog Payload will contain all events since the previous delivery in this mode.\n\nSee the Event Log Payload for examples of each of these modes.\n	Integer	RW	\N	\N	Mandatory	Single	10279
1247	2024-01-02 01:07:33.00102	\N	Alarm Realtime	6012	/10279/6012	Realtime is a readable and writable resource used to indicate if an event should report immediately (1) at the point of occurrence, or delivered periodically as part of the Latest Eventlog Payload.	Boolean	RW	\N	\N	Mandatory	Single	10279
1248	2024-01-02 01:07:33.001803	\N	Alarm State	6013	/10279/6013	Alarm State is a read-only resource used to indicate the current alarm state for this Event configuration. This is only applicable if the Event Type is Alarm Current State (1) or Alarm State Change (2).  	Boolean	R	\N	\N	Optional	Single	10279
1249	2024-01-02 01:07:33.002658	\N	Alarm Set Threshold	6014	/10279/6014	Set Threshold is a readable and writable resource used to represent the threshold for when an alarm is triggered. This resource is used in conjunction with the Set Operator resource. 	Float	RW	\N	\N	Optional	Single	10279
1250	2024-01-02 01:07:33.003437	\N	Alarm Set Operator	6015	/10279/6015	Set Operator is a readable and writable resource used in conjunction with the Set Threshold to represent when an alarm is triggered. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to \nBy setting the Set Operator to Greater Than (0), when the measured value for this event exceeds the Set Threshold resource, the event is considered to be in an Alarm State of 1\nBy setting the Set Operator to Less Than (1), when the measured value for this event falls below the Set Threshold resource, the event is considered to be in an Alarm State of 1	Integer	RW	\N	\N	Optional	Single	10279
1251	2024-01-02 01:07:33.004185	\N	Alarm Clear Threshold	6016	/10279/6016	Clear Threshold is a readable and writable resource used to represent the threshold for when an alarm is cleared. This resource is used in conjunction with the Clear Operator resource.  	Float	RW	\N	\N	Optional	Single	10279
1252	2024-01-02 01:07:33.004936	\N	Alarm Clear Operator	6017	/10279/6017	Clear Operator is a readable and writable resource used in conjunction with the Clear Threshold to represent when an alarm is Cleared. This resource should be set to one of the following values:-\n0. Greater Than or Equal to\n1. Less Than or Equal to\nBy setting the Clear Operator to Greater Than (0), when the measured value for this event exceeds the Clear Threshold resource, the event is considered to be in an Alarm State of 0\nBy setting the Clear Operator to Less Than (1), when the measured value for this event falls below the Clear Threshold resource, the event is considered to be in an Alarm State of 0	Integer	RW	\N	\N	Optional	Single	10279
1253	2024-01-02 01:07:33.005764	\N	Alarm Maximum Event Count	6018	/10279/6018	Maximum Event Count is a readable and writable resource used provide a ceiling on the number of events that can be raised within the time period defined in Maximum Event Period resource. If no Maximum Event Count is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	\N	\N	Optional	Single	10279
1254	2024-01-02 01:07:33.006553	\N	Alarm Maximum Event Period	6019	/10279/6019	Maximum Event Period is a readable and writable resource used in conjunction with the Maximum Event Count resource to control the number of events that can be raised in a given period. Maximum Event Period is an integer value representing the number of seconds for which the Maximum Event Count is measured. If no Maximum Event Period is set, the number of events recorded is unconstrained. The intent of this resource is to control the number of events reported, particularly in the case of a faulty sensor.	Integer	RW	Seconds	1-864000	Optional	Single	10279
1255	2024-01-02 01:07:33.0073	\N	Latest Delivered Event Time	6020	/10279/6020	Latest Delivered Event Time is a readable and writable resource to represent the last recorded time that an event was delivered for this event code to the LwM2M server. The setting of this resource is implementation specific but should be updated based on, either a Read request of the Latest Eventlog Payload from the LwM2M server or via a confirmed delivery of Notify operation of the Latest Eventlog Payload resource. This resource is writable to allow the server to adjust the Last Delivered Event Time value if the server and client is out of sync.	Time	RW	\N	\N	Optional	Single	10279
1256	2024-01-02 01:07:33.00807	\N	Latest Recorded Event Time	6021	/10279/6021	Latest Recorded Event Time is a readonly resource used to represent the last recorded event time for this object instance on the device	Time	R	\N	\N	Mandatory	Single	10279
1257	2024-01-02 01:07:33.008813	\N	Alarm Clear	6022	/10279/6022	Clear Alarm is an executable resource used to allow the LwM2M server to clear alarms when they need to be manually acknowledged.	\N	E	\N	\N	Optional	Single	10279
1258	2024-01-02 01:07:33.009736	\N	Alarm Auto Clear	6023	/10279/6023	Auto Clear Alarm is a readable and writable resource used to indicate if an alarm is automatically cleared once the delivery of the event data payload is complete 	Boolean	RW	\N	\N	Optional	Single	10279
1259	2024-01-02 01:07:33.010874	\N	Event Code	6024	/10279/6024	Event Code is a read-only resource used as an identifier to represent this class of event. The allocation of event codes is implementation specific but ideally be unique across the implementation. Event Codes use vendor specific LogClass value 100...255	Integer	R	\N	100-255	Mandatory	Single	10279
1260	2024-01-02 01:07:33.011661	\N	Latest Payload	6025	/10279/6025	The Latest Eventlog Payload resource is a read-only serialised Opaque (Binary) representation of all the Event Data between the Last Delivered Event Time and the Latest Recorded Event Time. When this payload is delivered to the LwM2M server, via either a read request or a confirmed observation on this Object, Object Instance or Resource, the Latest Delivered Interval should be updated. When no new data exists, an empty Opaque value should be provided.\n\nThe payload data can be provided in an implementation specific serialisation, but by default for fixed length values should use the OMA-LwM2M CBOR format encoded with one of these schemes:-\n\nEvent Type = Alarm Current State (1)\n\nIn this mode, only the current alarm state should be reported\n\n1. 8-bit integer, value 2 representing OMA-LwM2M CBOR format.\n2. Event Code [16-bit integer]\n3. Event Type [8-bit Integer] - Alarm Current State (1)\n4. Alarm Timestamp [32-bit unsigned integer] representing the number of seconds since Jan 1st, 1970 in the UTC time zone.\n5. Alarm State [8-bit Integer]\n	Opaque	R	\N	\N	Mandatory	Single	10279
1261	2024-01-02 01:07:33.012442	\N	Duration	5521	/3340/5521	The duration of the time delay.	Float	RW	s	\N	Mandatory	Single	3340
1262	2024-01-02 01:07:33.013215	\N	Remaining Time	5538	/3340/5538	The time remaining in an operation.	Float	RW	s	\N	Optional	Single	3340
1263	2024-01-02 01:07:33.01398	\N	Minimum Off-time	5525	/3340/5525	The duration of the rearm delay (i.e. the delay from the end of one cycle until the beginning of the next, the inhibit time).	Float	RW	s	\N	Optional	Single	3340
1264	2024-01-02 01:07:33.01475	\N	Trigger	5523	/3340/5523	Trigger initiating actuation.	Opaque	E	\N	\N	Optional	Single	3340
1265	2024-01-02 01:07:33.015481	\N	On/Off	5850	/3340/5850	On/off control for the timer input, 0=OFF, 1=ON.	Boolean	RW	\N	\N	Optional	Single	3340
1266	2024-01-02 01:07:33.016199	\N	Digital Input Counter	5501	/3340/5501	The number of times the input.	Integer	R	\N	\N	Optional	Single	3340
1267	2024-01-02 01:07:33.016928	\N	Cumulative Time	5544	/3340/5544	The total time in seconds that the timer input is true. Writing a 0 resets the time.	Float	RW	s	\N	Optional	Single	3340
1268	2024-01-02 01:07:33.017693	\N	Digital State	5543	/3340/5543	The current state of the timer output.	Boolean	R	\N	\N	Optional	Single	3340
1269	2024-01-02 01:07:33.018511	\N	Counter	5534	/3340/5534	Counts the number of times the timer output transitions from 0 to 1.	Integer	RW	\N	\N	Optional	Single	3340
1270	2024-01-02 01:07:33.019362	\N	Mode	5526	/3340/5526	Type of timer pattern used by the patterns.	Integer	RW	\N	0-4	Optional	Single	3340
1271	2024-01-02 01:07:33.020108	\N	Application Type	5750	/3340/5750	The application type of the sensor or actuator as a string depending on the use case.	String	RW	\N	\N	Optional	Single	3340
1272	2024-01-02 01:07:33.02085	\N	sysFrameNumber	6037	/3370/6037	System Frame Number	Integer	R	\N	\N	Mandatory	Single	3370
1273	2024-01-02 01:07:33.021656	\N	subFrameNumber	6038	/3370/6038	Sub Frame Number	Integer	R	\N	\N	Mandatory	Single	3370
1274	2024-01-02 01:07:33.022429	\N	pci	6034	/3370/6034	PCI (0..504)	Integer	R	\N	\N	Mandatory	Single	3370
1275	2024-01-02 01:07:33.02319	\N	rsrp	6035	/3370/6035	RSRP Value in dBm (-180..-30)	Integer	R	\N	\N	Mandatory	Single	3370
1276	2024-01-02 01:07:33.023942	\N	rsrq	6036	/3370/6036	RSRQ Value in dB (-30..10)	Integer	R	\N	\N	Mandatory	Single	3370
1277	2024-01-02 01:07:33.02469	\N	dlEarfcn	6032	/3370/6032	EARFCN - frequency	Integer	R	\N	\N	Mandatory	Single	3370
1278	2024-01-02 01:07:33.025471	\N	Digital Input State	5500	/3200/5500	The current state of a digital input.	Boolean	R	\N	\N	Mandatory	Single	3200
1279	2024-01-02 01:07:33.026264	\N	Digital Input Counter	5501	/3200/5501	The cumulative value of active state detected.	Integer	R	\N	\N	Optional	Single	3200
1280	2024-01-02 01:07:33.02716	\N	Digital Input Polarity	5502	/3200/5502	The polarity of the digital input as a Boolean (0 = Normal, 1= Reversed)	Boolean	RW	\N	\N	Optional	Single	3200
1281	2024-01-02 01:07:33.028191	\N	Digital Input Debounce	5503	/3200/5503	The debounce period in ms. .	Integer	RW	ms	\N	Optional	Single	3200
1282	2024-01-02 01:07:33.029068	\N	Digital Input Edge Selection	5504	/3200/5504	The edge selection as an integer (1 = Falling edge, 2 = Rising edge, 3 = Both Rising and Falling edge).	Integer	RW	\N	1-3	Optional	Single	3200
1283	2024-01-02 01:07:33.029885	\N	Digital Input Counter Reset	5505	/3200/5505	Reset the Counter value.	Opaque	E	\N	\N	Optional	Single	3200
1284	2024-01-02 01:07:33.030632	\N	Application Type	5750	/3200/5750	The application type of the sensor or actuator as a string, for instance, “Air Pressure”	String	RW	\N	\N	Optional	Single	3200
1285	2024-01-02 01:07:33.031406	\N	Sensor Type	5751	/3200/5751	The type of the sensor (for instance PIR type)	String	R	\N	\N	Optional	Single	3200
1286	2024-01-02 01:07:33.032155	\N	LogClass	4010	/20/4010	 Define the Log Event Class: 0: generic (default)  1: system   2: security  3: event   4: trace   5: panic   6: charging [7-99]: reserved [100-255]: vendor specific 	Integer	RW	\N	255	Optional	Single	20
1287	2024-01-02 01:07:33.032879	\N	LogStart	4011	/20/4011	Actions:\na) Start data collection(DC)\nb) LogStatus is set to 0 (running)\nc) DC is emptied (default) or extended according arg'0' value \nArguments definitions are described in the table below.	\N	E	\N	\N	Optional	Single	20
1288	2024-01-02 01:07:33.033619	\N	LogStop	4012	/20/4012	Actions: a) Stop data collection(DC) b)  1st LSB of LogStatus is set to "1"(stopped) c) DC is kept (default) or emptied according arg'0' value Arguments definitions are described in the table below.  	\N	E	\N	\N	Optional	Single	20
1289	2024-01-02 01:07:33.034345	\N	LogStatus	4013	/20/4013	Data Collection process status: Each bit of this Resource Instance value defines specific status: 1st LSB 0=running, 1=stopped 2nd LSB 1=LogData contains Valid Data 0=LogData doesn’t contain Valid Data 3rd LSB 1=Error occurred during Data Collection 0=No error [4th -7th ] LSB:reserved 8th LSB: vendor specific.	Integer	R	\N	8-Bits	Optional	Single	20
1290	2024-01-02 01:07:33.035101	\N	LogData	4014	/20/4014	Read Access on that Resource returns the Data Collection associated to the current Object Instance.  	Opaque	R	\N	\N	Mandatory	Single	20
1291	2024-01-02 01:07:33.035854	\N	LogDataFormat	4015	/20/4015	 when set by the Server, this Resource indicates to the Client, what is the Server preferred data format to use when the LogData Resource is returned\n. when retrieved by the Server, this Resource indicates which specific data format is used when the LogData Resource is returned to the Server \n0  or Resource not present : no specific data format (sequence of bytes)\n1 : OMA-LwM2M TLV format\n2 : OMA-LwM2M JSON format\n3:  OMA-LwM2M CBOR format\n[4..99] reserved\n[100..255] vendor specific data format\n 	Integer	RW	\N	255	Optional	Single	20
1292	2024-01-02 01:07:33.036613	\N	Manufacturer	0	/3/0	Human readable manufacturer name	String	R	\N	\N	Optional	Single	3
1293	2024-01-02 01:07:33.037417	\N	Model Number	1	/3/1	A model identifier (manufacturer specified string)	String	R	\N	\N	Optional	Single	3
1294	2024-01-02 01:07:33.038192	\N	Serial Number	2	/3/2	Serial Number	String	R	\N	\N	Optional	Single	3
1295	2024-01-02 01:07:33.038926	\N	Firmware Version	3	/3/3	Current firmware version of the Device.The Firmware Management function could rely on this resource.	String	R	\N	\N	Optional	Single	3
1296	2024-01-02 01:07:33.039657	\N	Reboot	4	/3/4	Reboot the LwM2M Device to restore the Device from unexpected firmware failure.	\N	E	\N	\N	Mandatory	Single	3
1297	2024-01-02 01:07:33.040412	\N	Factory Reset	5	/3/5	Perform factory reset of the LwM2M Device to make the LwM2M Device to go through initial deployment sequence where provisioning and bootstrap sequence is performed. This requires client ensuring post factory reset to have minimal information to allow it to carry out one of the bootstrap methods specified in section 5.2.3. \nWhen this Resource is executed, “De-register” operation MAY be sent to the LwM2M Server(s) before factory reset of the LwM2M Device.	\N	E	\N	\N	Optional	Single	3
1298	2024-01-02 01:07:33.041181	\N	Available Power Sources	6	/3/6	0 – DC power\n1 – Internal Battery\n2 – External Battery\n4 – Power over Ethernet\n5 – USB\n6 – AC (Mains) power\n7 – Solar\nThe same Resource Instance ID MUST be used to associate a given Power Source (Resource ID:6) with its Present Voltage (Resource ID:7) and its Present Current (Resource ID:8)	Integer	R	\N	0-7	Optional	Multiple	3
1299	2024-01-02 01:07:33.041947	\N	Power Source Voltage	7	/3/7	Present voltage for each Available Power Sources Resource Instance.	Integer	R	mV	\N	Optional	Multiple	3
1300	2024-01-02 01:07:33.042711	\N	Power Source Current	8	/3/8	Present current for each Available Power Source.	Integer	R	mA	\N	Optional	Multiple	3
1301	2024-01-02 01:07:33.043571	\N	Battery Level	9	/3/9	Contains the current battery level as a percentage (with a range from 0 to 100). This value is only valid for the Device internal Battery if present (one Available Power Sources Resource Instance is 1).	Integer	R	%	0-100	Optional	Single	3
1302	2024-01-02 01:07:33.044546	\N	Memory Free	10	/3/10	Estimated current available amount of storage space which can store data and software in the LwM2M Device (expressed in kilobytes).	Integer	R	KB	\N	Optional	Single	3
1303	2024-01-02 01:07:33.045454	\N	Error Code	11	/3/11	0=No error\n1=Low battery power\n2=External power supply off\n3=GPS module failure\n4=Low received signal strength\n5=Out of memory\n6=SMS failure\n7=IP connectivity failure\n8=Peripheral malfunction\n\nWhen the single Device Object Instance is initiated, there is only one error code Resource Instance whose value is equal to 0 that means no error. When the first error happens, the LwM2M Client changes error code Resource Instance to any non-zero value to indicate the error type. When any other error happens, a new error code Resource Instance is created. When an error associated with a Resource Instance is no longer present, that Resource Instance is deleted. When the single existing error is no longer present, the LwM2M Client returns to the original no error state where Instance 0 has value 0.\nThis error code Resource MAY be observed by the LwM2M Server. How to deal with LwM2M Client’s error report depends on the policy of the LwM2M Server.	Integer	R	\N	0-8	Mandatory	Multiple	3
1304	2024-01-02 01:07:33.046322	\N	Reset Error Code	12	/3/12	Delete all error code Resource Instances and create only one zero-value error code that implies no error, then re-evaluate all error conditions and update and create Resources Instances to capture all current error conditions.	\N	E	\N	\N	Optional	Single	3
1305	2024-01-02 01:07:33.047073	\N	Current Time	13	/3/13	Current UNIX time of the LwM2M Client.\nThe LwM2M Client should be responsible to increase this time value as every second elapses.\nThe LwM2M Server is able to write this Resource to make the LwM2M Client synchronized with the LwM2M Server.	Time	RW	\N	\N	Optional	Single	3
1306	2024-01-02 01:07:33.047811	\N	UTC Offset	14	/3/14	Indicates the UTC offset currently in effect for this LwM2M Device. UTC+X [ISO 8601].	String	RW	\N	\N	Optional	Single	3
1307	2024-01-02 01:07:33.048583	\N	Timezone	15	/3/15	Indicates in which time zone the LwM2M Device is located, in IANA Timezone (TZ) database format.	String	RW	\N	\N	Optional	Single	3
1308	2024-01-02 01:07:33.049336	\N	Supported Binding and Modes	16	/3/16	Indicates which bindings and modes are supported in the LwM2M Client. The possible values of Resource are combination of "U" or "UQ" and "S" or "SQ".	String	R	\N	\N	Mandatory	Single	3
1309	2024-01-02 01:07:33.05007	\N	Device Type	17	/3/17	Type of the device (manufacturer specified string: e.g., smart meters / dev Class…)	String	R	\N	\N	Optional	Single	3
1310	2024-01-02 01:07:33.050802	\N	Hardware Version	18	/3/18	Current hardware version of the device	String	R	\N	\N	Optional	Single	3
1311	2024-01-02 01:07:33.051529	\N	Software Version	19	/3/19	Current software version of the device (manufacturer specified string). On elaborated LwM2M device, SW could be split in 2 parts: a firmware one and a higher level software on top.\nBoth pieces of Software are together managed by LwM2M Firmware Update Object (Object ID 5)	String	R	\N	\N	Optional	Single	3
1312	2024-01-02 01:07:33.052283	\N	Battery Status	20	/3/20	This value is only valid for the Device Internal Battery if present (one Available Power Sources Resource Instance value is 1).\nBattery\nStatus\tMeaning\tDescription\n0\tNormal\tThe battery is operating normally and not on power.\n1\tCharging\tThe battery is currently charging.\n2\tCharge Complete\tThe battery is fully charged and still on power.\n3\tDamaged\tThe battery has some problem.\n4\tLow Battery\tThe battery is low on charge.\n5\tNot Installed\tThe battery is not installed.\n6\tUnknown\tThe battery information is not available.	Integer	R	\N	0-6	Optional	Single	3
1313	2024-01-02 01:07:33.053025	\N	Memory Total	21	/3/21	Total amount of storage space which can store data and software in the LwM2M Device (expressed in kilobytes).	Integer	R	\N	\N	Optional	Single	3
1314	2024-01-02 01:07:33.053842	\N	ExtDevInfo	22	/3/22	Reference to external “Device” object instance containing information. For example, such an external device can be a Host Device, which is a device into which the Device containing the LwM2M client is embedded. This Resource may be used to retrieve information about the Host Device.	Objlnk	R	\N	\N	Optional	Multiple	3
1315	2024-01-02 01:07:33.054605	\N	Set Point Value	5900	/3308/5900	The setpoint value.	Float	RW	Defined by “Units” resource.	\N	Mandatory	Single	3308
1316	2024-01-02 01:07:33.055365	\N	Sensor Units	5701	/3308/5701	If present, the type of sensor defined as the UCUM Unit Definition e.g. “Cel” for Temperature in Celcius.	String	R	\N	\N	Optional	Single	3308
1317	2024-01-02 01:07:33.056138	\N	Colour	5706	/3308/5706	A string representing a value in some color space	String	RW	\N	\N	Optional	Single	3308
1318	2024-01-02 01:07:33.056925	\N	Application Type	5750	/3308/5750	The Application type of the device, for example “Motion Closure”.	String	RW	\N	\N	Optional	Single	3308
1319	2024-01-02 01:07:33.05772	\N	timerValue	0	/3369/0	Timer Value	Integer	R	\N	\N	Mandatory	Single	3369
1320	2024-01-02 01:07:33.05847	\N	timingAdvance	1	/3369/1	Timing Advance	Integer	R	\N	\N	Mandatory	Single	3369
1321	2024-01-02 01:07:33.05921	\N	callStatus	0	/3381/0	0 = Inactive call\n1 = Active call\n2 = Attempting\n3 = Hold	Integer	R	\N	\N	Mandatory	Single	3381
1322	2024-01-02 01:07:33.060078	\N	callType	1	/3381/1	0 = Emergency\n1 = Voice call	Integer	R	\N	\N	Mandatory	Single	3381
\.


--
-- Data for Name: lwm2m_objects; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.lwm2m_objects (id, "createAt", "updateAt", "objectName", "objectID", description, "objectURN", "objectVersion", "multipleInstance", mandatory) FROM stdin;
1	2024-01-02 01:07:31.662404	\N	Water Meter Empty Pipe Alarm	10274	An alarm when meter detects there is no liquid in the pipe	urn:oma:lwm2m:ext:10274	\N	Multiple	Optional
2	2024-01-02 01:07:31.664419	\N	CmdhNetworkAccessRules	2054	This Object defines the usage of underlying networks for forwarding information to other CSEs during processing of CMDH-related requests in a CSE.	urn:oma:lwm2m:ext:2054	1.0	Multiple	Optional
3	2024-01-02 01:07:31.664866	\N	Distance	3330	This IPSO object should be used to report a distance measurement. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is Meters (ucum: m).\n        	urn:oma:lwm2m:ext:3330	\N	Multiple	Optional
4	2024-01-02 01:07:31.665289	\N	Accelerometer	3313	Description: This IPSO object can be used to represent a 1-3 axis accelerometer.	urn:oma:lwm2m:ext:3313	\N	Multiple	Optional
5	2024-01-02 01:07:31.665694	\N	Daily Maximum Flow Rate Readings	10267	Measures the maximum flow rate and its time stamp for specified period	urn:oma:lwm2m:ext:10267	\N	Multiple	Optional
6	2024-01-02 01:07:31.66607	\N	Frequency	3318	This IPSO object should be used to report frequency measurements. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is volts (ucum: Hz).\n        	urn:oma:lwm2m:ext:3318	\N	Multiple	Optional
7	2024-01-02 01:07:31.666441	\N	Up/Down Control	3344	This IPSO object is used to report the state of an up/down control element like a pair of push buttons or a rotary encoder. Counters for increase and decrease operations are provided for counting pulses from a quadrature encoder.\n        	urn:oma:lwm2m:ext:3344	\N	Multiple	Optional
8	2024-01-02 01:07:31.666819	\N	Presence	3302	Presence sensor with digital sensing, optional delay parameters	urn:oma:lwm2m:ext:3302	\N	Multiple	Optional
9	2024-01-02 01:07:31.667194	\N	Water Meter Reverse Flow Alarm	10273	An alarm indicating reverse flow through the pipe. Also supports delivery of the approximate volume of water flowing in the reverse direction in the preceding period.	urn:oma:lwm2m:ext:10273	\N	Multiple	Optional
10	2024-01-02 01:07:31.667563	\N	Location	3336	This IPSO object represents GPS coordinates. This object is compatible with the LWM2M management object for location, but uses reusable resources.\n        	urn:oma:lwm2m:ext:3336	\N	Multiple	Optional
11	2024-01-02 01:07:31.668214	\N	PbchDecodingResults	3378	Serving cell PBCH decoding information	urn:oma:lwm2m:ext:3378	1.0	Single	Mandatory
12	2024-01-02 01:07:31.668897	\N	BinaryAppDataContainer	19	This LwM2M object provides the application service data related to a LwM2M Server, eg. Water meter data.	urn:oma:lwm2m:oma:19	1.0	Multiple	Optional
13	2024-01-02 01:07:31.669303	\N	radioLinkFailureEvent	3356	Radio Link Failure Event	urn:oma:lwm2m:ext:3356	1.0	Single	Mandatory
14	2024-01-02 01:07:31.670075	\N	macRachAttemptReasonEvent	3367	RACH Information - reason for initiating RACH	urn:oma:lwm2m:ext:3367	1.0	Single	Mandatory
15	2024-01-02 01:07:31.670884	\N	Runtime Database	10260	This object allows manipulation of Runtime Database variables.	urn:oma:lwm2m:x:10260	1.0	Multiple	Optional
16	2024-01-02 01:07:31.671335	\N	Push button	3347	This IPSO object is used to report the state of a momentary action push button control and to count the number of times the control has been operated since the last observation.\n        	urn:oma:lwm2m:ext:3347	\N	Multiple	Optional
17	2024-01-02 01:07:31.671718	\N	ActiveCmdhPolicy	2049	This Object provides a link to the currently active set of CMDH policies	urn:oma:lwm2m:ext:2049	1.0	Single	Optional
18	2024-01-02 01:07:31.672086	\N	Connected UE Report	10249	This LWM2M Object provides a range of information related to the connected UEs.	urn:oma:lwm2m:x:10249	\N	Multiple	Mandatory
19	2024-01-02 01:07:31.672462	\N	Humidity	3304	Description: This IPSO object should be used with a humidity sensor to report a humidity measurement.  It also provides resources for minimum/maximum measured values and the minimum/maximum range that can be measured by the humidity sensor. An example measurement unit is relative humidity as a percentage (ucum:%).	urn:oma:lwm2m:ext:3304	\N	Multiple	Optional
20	2024-01-02 01:07:31.672833	\N	Time Synchronisation Event	10284	This event records the fact that the device has rebooted	urn:oma:lwm2m:ext:10284	\N	Multiple	Optional
21	2024-01-02 01:07:31.673222	\N	Pressure Readings	10269	Periodic pressure measurements	urn:oma:lwm2m:ext:10269	\N	Multiple	Optional
22	2024-01-02 01:07:31.673637	\N	Daughter Board Failure Alarm	10282	This binary status should indicate that the meter MCU can no longer communicate with a daughter board	urn:oma:lwm2m:ext:10282	\N	Multiple	Optional
23	2024-01-02 01:07:31.674045	\N	emmFailureCauseEvent	3364	Triggered at EMM failure - failure cause is logged	urn:oma:lwm2m:ext:3364	1.0	Single	Mandatory
24	2024-01-02 01:07:31.674432	\N	Message3Report	3377	RACH message 3 report information	urn:oma:lwm2m:ext:3377	1.0	Single	Mandatory
25	2024-01-02 01:07:31.674804	\N	Current Loop Output	10258	This LWM2M Object provides a representation of a current loop source, which may be used to carry control signals.	urn:oma:lwm2m:x:10258	1.0	Multiple	Optional
26	2024-01-02 01:07:31.675169	\N	CmdhNwAccessRule	2055	This Object defines limits in usage of specific underlying networks for forwarding information to other CSEs during processing of CMDH-related requests in a CSE.	urn:oma:lwm2m:ext:2055	1.0	Multiple	Optional
27	2024-01-02 01:07:31.675538	\N	Concentration	3325	This IPSO object should be used to the particle concentration measurement of a medium. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is parts per million  (ucum: ppm).\n        	urn:oma:lwm2m:ext:3325	\N	Multiple	Optional
28	2024-01-02 01:07:31.67591	\N	HostDeviceInfo	10241	This LWM2M Object provides a range of host device related information which can be queried by the LWM2M Server. The host device is any integrated device with an embedded cellular radio module.	urn:oma:lwm2m:x:10241	\N	Multiple	Mandatory
29	2024-01-02 01:07:31.67629	\N	VoLTErtpPacketLoss	3386	Log is generated at the receiving end of RTP flow when newReceivedSequenceNumber - lastReceivedSequenceNumber > 1	urn:oma:lwm2m:ext:3386	1.0	Single	Mandatory
30	2024-01-02 01:07:31.676769	\N	High Temperature Alarm	10278	Where supported by the meter this is an alarm that should be raised if the meter detects temperature above a pre-configured threshold. When the temperature drops below the clear threshold, the alarm should be cleared.	urn:oma:lwm2m:ext:10278	\N	Multiple	Optional
31	2024-01-02 01:07:31.677296	\N	CmdhLimits	2053	This Object represents limits for CMDH related parameter values. 	urn:oma:lwm2m:ext:2053	1.0	Multiple	Optional
32	2024-01-02 01:07:31.677902	\N	Interval Data Delivery	10262	The Interval Data Delivery object provides an optimised means for managing the delivery of interval data from multiple Interval Data Object instances. 	urn:oma:lwm2m:ext:10262	\N	Multiple	Optional
33	2024-01-02 01:07:31.678395	\N	Light Control	3311	Description: This Object is used to control a light source, such as a LED or other light.  It allows a light to be turned on or off and its dimmer setting to be control as a % between 0 and 100. An optional colour setting enables a string to be used to indicate the desired colour.	urn:oma:lwm2m:ext:3311	\N	Multiple	Optional
34	2024-01-02 01:07:31.679146	\N	Location	6	This LwM2M Objects provide a range of device related information which can be queried by the LwM2M Server, and a device reboot and factory reset function.	urn:oma:lwm2m:oma:6	\N	Single	Optional
35	2024-01-02 01:07:31.67958	\N	sipPublishEvent	3383	SIP Publish status	urn:oma:lwm2m:ext:3383	1.0	Single	Mandatory
36	2024-01-02 01:07:31.680005	\N	rrcStateChangeEvent	3357	Current RRC state change information, including the event that triggered the state change	urn:oma:lwm2m:ext:3357	1.0	Single	Mandatory
37	2024-01-02 01:07:31.680397	\N	Bearer selection	13	This object specifies resources to enable a device to choose a PLMN/network on which to attach/register and what type of bearer to then connect. \nThis object allows via remote bearer and network configuration to overwrite automatic network and bearer selection e.g. as supported by the UICC. An equivalent example for overwriting automatic selection is a user doing manual network and bearer selection on a smart phone.\n	urn:oma:lwm2m:oma:13	\N	Single	Optional
38	2024-01-02 01:07:31.680783	\N	pucchPowerControl	3379	PUCCH TX power control information	urn:oma:lwm2m:ext:3379	1.0	Single	Mandatory
39	2024-01-02 01:07:31.681204	\N	LWM2M Software Management	9	This LwM2M objects provides the resources needed to perform software management on the device. Each software component is managed via a dedicated Software Management Object instance.	urn:oma:lwm2m:oma:9	\N	Multiple	Optional
40	2024-01-02 01:07:31.681602	\N	nasEsmExpiryEvent	3363	NAS ESM timer expiry information	urn:oma:lwm2m:ext:3363	1.0	Single	Mandatory
41	2024-01-02 01:07:31.681979	\N	txPowerHeadroomEvent	3373	TX power headroom information	urn:oma:lwm2m:ext:3373	1.0	Single	Mandatory
42	2024-01-02 01:07:31.682344	\N	APN connection profile	11	This object specifies resources to enable a device to connect to an APN.\n	urn:oma:lwm2m:oma:11	\N	Multiple	Optional
43	2024-01-02 01:07:31.68271	\N	Portfolio	16	The Portfolio Object allows to extend the data storage capability of other Object Instances in the LwM2M system, as well as the services which may be used to authenticate and to protect privacy of data contained in those extensions. In addition, a service of data encryption is also defined	urn:oma:lwm2m:oma:16	1.0	Multiple	Optional
44	2024-01-02 01:07:31.683078	\N	Altitude	3321	This IPSO object should be used with an altitude sensor to report altitude above sea level in meters. Note that Altitude can be calculated from the measured pressure given the local sea level pressure.  It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is meters (ucum: m).\n        	urn:oma:lwm2m:ext:3321	\N	Multiple	Optional
45	2024-01-02 01:07:31.683447	\N	Heat / Cooling meter	10257	\nThis Object provides the information to represent a generic (district) heat or cooling meter\n    	urn:oma:lwm2m:x:10257	1.0	Multiple	Optional
46	2024-01-02 01:07:31.683807	\N	Connectivity Monitoring	4	This LwM2M Object enables monitoring of parameters related to network connectivity.\nIn this general connectivity Object, the Resources are limited to the most general cases common to most network bearers. It is recommended to read the description, which refers to relevant standard development organizations (e.g., 3GPP, IEEE).\nThe goal of the Connectivity Monitoring Object is to carry information reflecting the more up to date values of the current connection for monitoring purposes. Resources such as Link Quality, Radio Signal Strength, Cell ID are retrieved during connected mode at least for cellular networks.	urn:oma:lwm2m:oma:4	\N	Single	Optional
47	2024-01-02 01:07:31.684184	\N	Delivery Schedule	10264	The Delivery Schedule object provides a means for controlling the periodic delivery of interval and event data to the LwM2M server.	urn:oma:lwm2m:ext:10264	\N	Multiple	Optional
48	2024-01-02 01:07:31.684554	\N	macTimerStatusEvent	3368	MAC timer expiry information	urn:oma:lwm2m:ext:3368	1.0	Single	Mandatory
49	2024-01-02 01:07:31.684925	\N	Addressable Text Display	3341	This IPSO object is used to send text to a text-only or text mode graphics display. POSTing a string of text to the text resource causes it to be displayed at the selected X and Y locations on the display. If X or Y are set to a value greater than the size of the display, the position “wraps around” to the modulus of the setting and the display size. Likewise, if the text string overflows the display size, the text “wraps around” and displays on the next line down or, if the last line has been written, wraps around to the top of the display. Brightness and Contrast controls are provided to allow control of various display types including STN and DSTN type LCD character displays. POSTing an empty payload to the Clear Display resource causes the display to be erased.\n        	urn:oma:lwm2m:ext:3341	\N	Multiple	Optional
50	2024-01-02 01:07:31.685347	\N	Device Reboot Event	10283	This binary status should indicate that the meter MCU can no longer communicate with a daughter board	urn:oma:lwm2m:ext:10283	\N	Multiple	Optional
51	2024-01-02 01:07:31.686024	\N	scellID	3353	serving cell information that the RRC decides to camp on	urn:oma:lwm2m:ext:3353	1.0	Single	Mandatory
52	2024-01-02 01:07:31.686671	\N	Loudness	3324	This IPSO object should be used to report loudness or noise level measurements. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is decibels (ucum: dB).\n        	urn:oma:lwm2m:ext:3324	\N	Multiple	Optional
53	2024-01-02 01:07:31.687052	\N	WLAN connectivity	12	This object specifies resources to enable a device to connect to a WLAN bearer.\n	urn:oma:lwm2m:oma:12	\N	Multiple	Optional
54	2024-01-02 01:07:31.687305	\N	Colour	3335	This IPSO object should be used to report the measured value of a colour sensor in some colour space described by the units resource.\n        	urn:oma:lwm2m:ext:3335	\N	Multiple	Optional
55	2024-01-02 01:07:31.687532	\N	CmdhPolicy	2048	This Object provides links to a set of rules associated with a specific CSE that governs the behavior of that CSE regarding rejecting, buffering and sending request or response messages via the Mcc reference point.	urn:oma:lwm2m:ext:2048	1.0	Multiple	Optional
56	2024-01-02 01:07:31.687753	\N	CmdhBuffer	2056	This Object defines limits in usage of buffers for temporarily storing information that needs to be forwarded to other CSEs during processing of CMDH-related requests in a CSE.	urn:oma:lwm2m:ext:2056	1.0	Multiple	Optional
57	2024-01-02 01:07:31.687972	\N	Confidential Data	10253	This LWM2M Object is used for reporting data, but in a confidential way	urn:oma:lwm2m:x:10253	1.0	Single	Optional
58	2024-01-02 01:07:31.688213	\N	Water Meter Low Pressure Alarm	10277	Where supported by the meter this is an alarm that should be raised if the meter detects pressure below a pre-configured threshold.	urn:oma:lwm2m:ext:10277	\N	Multiple	Optional
59	2024-01-02 01:07:31.688553	\N	Water Network Leak Alarm	10280	All meters must support the following default configuration. This alarm will be based on the frequency output of the vibration sensor/accelerometer on the SEW Daughter board. When a frequency is identified that has the characteristics of an upstream network leak, and its amplitude is above the defined threshold, the meter will report this as a network leak alarm.	urn:oma:lwm2m:ext:10280	\N	Multiple	Optional
60	2024-01-02 01:07:31.688908	\N	CmdhDefaults	2050	Defines which CMDH related parameters will be used by default. 	urn:oma:lwm2m:ext:2050	1.0	Multiple	Optional
61	2024-01-02 01:07:31.689333	\N	Event Data Delivery	10263	The Event Data Delivery object provides a simple means for managing the delivery of event data from multiple Event Data Object instances. 	urn:oma:lwm2m:ext:10263	\N	Multiple	Optional
62	2024-01-02 01:07:31.689592	\N	Percentage	3320	This IPSO object should can be used to report measurements relative to a 0-100% scale. For example it could be used to measure the level of a liquid in a vessel or container in units of %.\n        	urn:oma:lwm2m:ext:3320	\N	Multiple	Optional
63	2024-01-02 01:07:31.689816	\N	Rate	3346	This object type should be used to report a rate measurement, for example the speed of a vehicle, or the rotational speed of a drive shaft. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor.An example measurement unit is Feet per Second (ucum:ft_us/s).\n        	urn:oma:lwm2m:ext:3346	\N	Multiple	Optional
64	2024-01-02 01:07:31.69005	\N	NeighborCellMeasurements	3371	Neighbor Cell Measurements	urn:oma:lwm2m:ext:3371	1.0	Multiple	Mandatory
65	2024-01-02 01:07:31.690279	\N	Device Metadata	10255	This object provides a range of information related to device metadata	urn:oma:lwm2m:x:10255	1.0	Single	Mandatory
66	2024-01-02 01:07:31.690499	\N	TimingAdvance	3372	Timing Advance Information	urn:oma:lwm2m:ext:3372	1.0	Single	Mandatory
67	2024-01-02 01:07:31.690712	\N	Analog Input	3202	Generic analog input for non-specific sensors	urn:oma:lwm2m:ext:3202	\N	Multiple	Optional
68	2024-01-02 01:07:31.690925	\N	Connectivity Statistics	7	This LwM2M Objects enables client to collect statistical information and enables the LwM2M Server to retrieve these information, set the collection duration and reset the statistical parameters.	urn:oma:lwm2m:oma:7	\N	Single	Optional
69	2024-01-02 01:07:31.691138	\N	CmdhDefEcValues	2051	This Object represents default set of values for the Event Category parameter of an incoming request or response message.	urn:oma:lwm2m:ext:2051	1.0	Multiple	Optional
70	2024-01-02 01:07:31.69135	\N	LWM2M Software Component	14	If some Objects are not supported after software update, the LwM2M Client MUST delete all the Object Instances of the Objects that are not supported.	urn:oma:lwm2m:oma:14	\N	Multiple	Optional
71	2024-01-02 01:07:31.691562	\N	handoverEvent	3355	handover event information	urn:oma:lwm2m:ext:3355	1.0	Single	Mandatory
72	2024-01-02 01:07:31.691777	\N	3-Phase Power Meter	10242	\n        This Object provides the information to represent a generic 3-Phase Power Meter.\n    	urn:oma:lwm2m:x:10242	\N	Multiple	Optional
73	2024-01-02 01:07:31.692	\N	radioLinkMonitoring	3374	Radio Link monitoring information maintained by RRC	urn:oma:lwm2m:ext:3374	1.0	Single	Mandatory
74	2024-01-02 01:07:31.692224	\N	Load Control	3310	Description: This Object is used for demand-response load control and other load control in automation application (not limited to power).	urn:oma:lwm2m:ext:3310	\N	Multiple	Optional
75	2024-01-02 01:07:31.692649	\N	LWM2M Security	0	This LwM2M Object provides the keying material of a LwM2M Client appropriate to access a specified LwM2M Server. One Object Instance SHOULD address a LwM2M Bootstrap-Server.\nThese LwM2M Object Resources MUST only be changed by a LwM2M Bootstrap-Server or Bootstrap from Smartcard and MUST NOT be accessible by any other LwM2M Server.	urn:oma:lwm2m:oma:0	\N	Multiple	Mandatory
76	2024-01-02 01:07:31.692927	\N	rrcTimerExpiryEvent	3358	RRC timer expiry event information	urn:oma:lwm2m:ext:3358	1.0	Single	Mandatory
77	2024-01-02 01:07:31.69321	\N	txPowerBackOffEvent	3376	TX Power backoff information	urn:oma:lwm2m:ext:3376	1.0	Single	Mandatory
78	2024-01-02 01:07:31.693468	\N	Communications Activity Time Readings	10271	Measures the total duration that the meter was activating its radio for packet transmission or receipt for the period. Used to monitor for excess poower usage over time.	urn:oma:lwm2m:ext:10271	\N	Multiple	Optional
79	2024-01-02 01:07:31.693741	\N	CrowdBox Measurements	10246	This LWM2M Object provides CrowdBox-related measurements such as serving cell parameters, backhaul timing advance, and neighbour cell reports.	urn:oma:lwm2m:x:10246	\N	Single	Mandatory
80	2024-01-02 01:07:31.693982	\N	Multi-state Selector	3348	This IPSO object is used to represent the state of a Multi-state selector switch with a number of fixed positions.\n        	urn:oma:lwm2m:ext:3348	\N	Multiple	Optional
81	2024-01-02 01:07:31.694213	\N	Dimmer	3343	This IPSO object should be used with a dimmer or level control to report the state of the control.\n        	urn:oma:lwm2m:ext:3343	\N	Multiple	Optional
82	2024-01-02 01:07:31.694452	\N	volteCallStateChangeEvent	3385	VoLTE call status change	urn:oma:lwm2m:ext:3385	1.0	Single	Mandatory
83	2024-01-02 01:07:31.694707	\N	Power Factor	3329	This IPSO object should be used to report a measurement or calculation of the power factor of a reactive electrical load. Power Factor is normally the ratio of non-reactive power to total power. This object also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor.\n        	urn:oma:lwm2m:ext:3329	\N	Multiple	Optional
84	2024-01-02 01:07:31.694934	\N	On/Off switch	3342	This IPSO object should be used with an On/Off switch to report the state of the switch.	urn:oma:lwm2m:ext:3342	\N	Multiple	Optional
85	2024-01-02 01:07:31.695156	\N	Depth	3319	This IPSO object should be used to report depth measurements. It can, for example, be used to describe a generic rain gauge that measures the accumulated rainfall in millimetres (mm) or in fathoms (fth).\n        	urn:oma:lwm2m:ext:3319	\N	Multiple	Optional
86	2024-01-02 01:07:31.695374	\N	Direction	3332	This IPSO object is used to report the direction indicated by a compass, wind vane, or other directional indicator. The units of measure is plane angle degrees (ucum:deg).\n        	urn:oma:lwm2m:ext:3332	\N	Multiple	Optional
87	2024-01-02 01:07:31.69559	\N	LwM2M Server	1	This LwM2M Objects provides the data related to a LwM2M Server. A Bootstrap-Server has no such an Object Instance associated to it.	urn:oma:lwm2m:oma:1	\N	Multiple	Mandatory
88	2024-01-02 01:07:31.695809	\N	CmdhBackOffParametersSet	2057	This Object defines set of parameters which can be referenced by a specific Instance of the CmdhNwAccessRule Object (ID: 2055)	urn:oma:lwm2m:ext:2057	1.0	Multiple	Optional
114	2024-01-02 01:07:31.706982	\N	Battery Level Readings	10270	Periodic battery level measurements	urn:oma:lwm2m:ext:10270	\N	Multiple	Optional
89	2024-01-02 01:07:31.696026	\N	Water Meter Tamper Alarm	10275	Detects interference from strong magnetic field or other electrical sources. If this is not relevant for ultrasonic meters then the tamper alarm may be used to indicate someone attempting to open the physical enclosure or other options the manufacturer may present.	urn:oma:lwm2m:ext:10275	\N	Multiple	Optional
90	2024-01-02 01:07:31.696378	\N	PrachReport	3380	PRACH report information	urn:oma:lwm2m:ext:3380	1.0	Single	Mandatory
91	2024-01-02 01:07:31.696607	\N	esmContextInfo	3360	ESM context information	urn:oma:lwm2m:ext:3360	1.0	Single	Mandatory
92	2024-01-02 01:07:31.696821	\N	Temperature Readings	10268	Periodic temperature measurements	urn:oma:lwm2m:ext:10268	\N	Multiple	Optional
93	2024-01-02 01:07:31.697036	\N	Conductivity	3327	This IPSO object should be used to report a measurement of the electric conductivity of a medium or sample. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is Siemens (ucum: S).\n        	urn:oma:lwm2m:ext:3327	\N	Multiple	Optional
94	2024-01-02 01:07:31.69729	\N	Firmware Update	5	This LwM2M Object enables management of firmware which is to be updated. This Object includes installing firmware package, updating firmware, and performing actions after updating firmware. The firmware update MAY require to reboot the device; it will depend on a number of factors, such as the operating system architecture and the extent of the updated software.\nThe envisioned functionality with LwM2M version 1.0 is to allow a LwM2M Client to connect to any LwM2M version 1.0 compliant Server to obtain a firmware imagine using the object and resource structure defined in this section experiencing communication security protection using DTLS. There are, however, other design decisions that need to be taken into account to allow a manufacturer of a device to securely install firmware on a device. Examples for such design decisions are how to manage the firmware update repository at the server side (which may include user interface considerations), the techniques to provide additional application layer security protection of the firmware image, how many versions of firmware imagines to store on the device, and how to execute the firmware update process considering the hardware specific details of a given IoT hardware product. These aspects are considered to be outside the scope of the LwM2M version 1.0 specification.\nA LwM2M Server may also instruct a LwM2M Client to fetch a firmware image from a dedicated server (instead of pushing firmware imagines to the LwM2M Client). The Package URI resource is contained in the Firmware object and can be used for this purpose.\nA LwM2M Client MUST support block-wise transfer [CoAP_Blockwise] if it implements the Firmware Update object.\nA LwM2M Server MUST support block-wise transfer. Other protocols, such as HTTP/HTTPs, MAY also be used for downloading firmware updates (via the Package URI resource). For constrained devices it is, however, RECOMMENDED to use CoAP for firmware downloads to avoid the need for additional protocol implementations.	urn:oma:lwm2m:oma:5	\N	Single	Optional
95	2024-01-02 01:07:31.697713	\N	Water Flow Readings	10266	Measures the flow of water in regular intervals	urn:oma:lwm2m:ext:10266	\N	Multiple	Optional
96	2024-01-02 01:07:31.698023	\N	Actuation	3306	This IPSO object is dedicated to remote actuation such as ON/OFF action or dimming. A multi-state output can also be described as a string. This is useful to send pilot wire orders for instance. It also provides a resource to reflect the time that the device has been switched on.	urn:oma:lwm2m:ext:3306	\N	Multiple	Optional
97	2024-01-02 01:07:31.698273	\N	Positioner	3337	This IPSO object should be used with a generic position actuator from 0 to 100%. This resource optionally allows setting the transition time for an operation that changes the position of the actuator, and for reading the remaining time of the currently active transition.\n        	urn:oma:lwm2m:ext:3337	\N	Multiple	Optional
98	2024-01-02 01:07:31.698507	\N	SipRegistrationEvent	3382	SIP Registration status	urn:oma:lwm2m:ext:3382	1.0	Single	Mandatory
99	2024-01-02 01:07:31.69874	\N	App Fota Container	10286	 This LWM2M Object is used to download the firmware package of a device's application.	urn:oma:lwm2m:x:10286	1.0	Single	Optional
100	2024-01-02 01:07:31.699144	\N	cellReselectionEvent	3354	cell reselection event information	urn:oma:lwm2m:ext:3354	1.0	Single	Mandatory
101	2024-01-02 01:07:31.699625	\N	cellBlacklistEvent	3359	Cell blacklist information	urn:oma:lwm2m:ext:3359	1.0	Single	Mandatory
102	2024-01-02 01:07:31.700088	\N	Pressure	3323	This IPSO object should be used to report pressure measurements. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is pascals (ucum: Pa).\n        	urn:oma:lwm2m:ext:3323	\N	Multiple	Optional
103	2024-01-02 01:07:31.700554	\N	ECID-Signal Measurement Information	10256	This LWM2M Object provides ECID signal measurements of a device.	urn:oma:lwm2m:x:10256	1.0	Multiple	Optional
104	2024-01-02 01:07:31.701019	\N	nasEmmTimerExpiryEvent	3362	NAS EMM timer expiry information	urn:oma:lwm2m:ext:3362	1.0	Single	Mandatory
105	2024-01-02 01:07:31.701531	\N	CmdhEcDefParamValues	2052	This Object represents a specific set of default values for the CMDH related parameters Request Expiration Timestamp, Result Expiration Timestamp, Operational Execution Time, Result Persistence and Delivery Aggregation that are applicable for a given Event Category if these parameters are not specified in the message.	urn:oma:lwm2m:ext:2052	1.0	Multiple	Optional
106	2024-01-02 01:07:31.702004	\N	rachLatency_delay	3365	RACH Latency & delay information	urn:oma:lwm2m:ext:3365	1.0	Single	Mandatory
107	2024-01-02 01:07:31.702616	\N	Multiple Axis Joystick	3345	This IPSO object can be used to report the position of a shuttle or joystick control. A digital input is provided to report the state of an associated push button.\n        	urn:oma:lwm2m:ext:3345	\N	Multiple	Optional
108	2024-01-02 01:07:31.703713	\N	macRachAttemptEvent	3366	RACH information. Logged at RACH TX	urn:oma:lwm2m:ext:3366	1.0	Single	Mandatory
109	2024-01-02 01:07:31.704503	\N	Acidity	3326	This IPSO object should be used to report an acidity measurement of a liquid. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is pH.\n        	urn:oma:lwm2m:ext:3326	\N	Multiple	Optional
110	2024-01-02 01:07:31.705029	\N	Power Control	3312	Description: This Object is used to control a power source, such as a Smart Plug.  It allows a power relay to be turned on or off and its dimmer setting to be control as a % between 0 and 100.	urn:oma:lwm2m:ext:3312	\N	Multiple	Optional
111	2024-01-02 01:07:31.705541	\N	Barometer	3315	Description: This IPSO object should be used with an air pressure sensor to report a barometer measurement.  It also provides resources for minimum/maximum measured values and the minimum/maximum range that can be measured by the barometer sensor. An example measurement unit is kPa (ucum:kPa).	urn:oma:lwm2m:ext:3315	\N	Multiple	Optional
112	2024-01-02 01:07:31.706015	\N	Audio Clip	3339	This IPSO object should be used for a speaker that plays a pre-recorded audio clip or an audio output that is sent elsewhere. For example, an elevator which announces the floor of the building. A resource is provided to store the clip, a dimmer resource controls the relative sound level of the playback, and a duration resource limits the maximum playback time. After the duration time is reached, any remaining samples in the clip are ignored, and the clip player will be ready to play another clip.	urn:oma:lwm2m:ext:3339	\N	Multiple	Optional
113	2024-01-02 01:07:31.706503	\N	HostDevice	10299	This LWM2M Object provides a range of host device related information which can be queried by the LWM2M Server. The host device is any integrated device with an embedded cellular radio module.	urn:oma:lwm2m:x:10299	1.0	Single	Mandatory
115	2024-01-02 01:07:31.707451	\N	Water Meter Customer Leakage Alarm	10272	A binary flag indicating continual usage (e.g. greater than 5 L/h for 24 hours and the flow never returning to zero at any time).	urn:oma:lwm2m:ext:10272	\N	Multiple	Optional
116	2024-01-02 01:07:31.708011	\N	System Log	10259	This object provides read access to log buffers as well as limited configuration of logging services.	urn:oma:lwm2m:x:10259	1.0	Multiple	Optional
117	2024-01-02 01:07:31.70851	\N	VehicleControlUnit	10244	This Object provides the information to represent a generic VCU(vehicle control unit).	urn:oma:lwm2m:x:10244	\N	Single	Optional
118	2024-01-02 01:07:31.70899	\N	Manifest	10252	This object provides a range of information related to updating packages on a device	urn:oma:lwm2m:x:10252	1.0	Single	Mandatory
119	2024-01-02 01:07:31.709645	\N	Temperature	3303	Description: This IPSO object should be used with a temperature sensor to report a temperature measurement.  It also provides resources for minimum/maximum measured values and the minimum/maximum range that can be measured by the temperature sensor. An example measurement unit is degrees Celsius (ucum:Cel).	urn:oma:lwm2m:ext:3303	\N	Multiple	Optional
120	2024-01-02 01:07:31.710251	\N	Leakage Detection Configuration	10265	The leakage detection configuration object provides a means for configuring the timing and sampling frequency of a vibration based network leak detector	urn:oma:lwm2m:ext:10265	\N	Single	Optional
121	2024-01-02 01:07:31.710768	\N	Low Battery Alarm	10281	This Alarm is raised when the battery voltage drops below a defined level	urn:oma:lwm2m:ext:10281	\N	Multiple	Optional
122	2024-01-02 01:07:31.711246	\N	Bitmap	3349	Summarize several digital inputs to one value by mapping each bit to a digital input.	urn:oma:lwm2m:ext:3349	1.0	Multiple	Optional
123	2024-01-02 01:07:31.71172	\N	Illuminance	3301	Illuminance sensor, example units = lx	urn:oma:lwm2m:ext:3301	\N	Multiple	Optional
124	2024-01-02 01:07:31.712187	\N	AT Command	10251	Used to execute an AT command on a cellular modem	urn:oma:lwm2m:x:10251	1.0	Multiple	Optional
125	2024-01-02 01:07:31.712654	\N	Water Meter High Pressure Alarm	10276	Where supported by the meter this is an alarm that should be raised if the meter detects pressure above a pre-configured threshold.	urn:oma:lwm2m:ext:10276	\N	Multiple	Optional
126	2024-01-02 01:07:31.713134	\N	Voltage	3316	This IPSO object should be used with voltmeter sensor to report measured voltage between two points.  It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is volts (ucum: V).\n        	urn:oma:lwm2m:ext:3316	\N	Multiple	Optional
127	2024-01-02 01:07:31.713622	\N	LwM2M Access Control	2	Access Control Object is used to check whether the LwM2M Server has access right for performing an operation.	urn:oma:lwm2m:oma:2	1.0	Multiple	Optional
128	2024-01-02 01:07:31.714142	\N	sipSubscriptionEvent	3384	SIP Subscription status	urn:oma:lwm2m:ext:3384	1.0	Single	Mandatory
129	2024-01-02 01:07:31.71463	\N	Stopwatch	3350	An ascending timer that counts how long time has passed since the timer was started after reset.	urn:oma:lwm2m:ext:3350	1.0	Multiple	Optional
130	2024-01-02 01:07:31.715084	\N	Digital Output	3201	Generic digital output for non-specific actuators	urn:oma:lwm2m:ext:3201	\N	Multiple	Optional
131	2024-01-02 01:07:31.715544	\N	Generic Sensor	3300	This IPSO object allow the description of a generic sensor. It is based on the description of a value and a unit according to the UCUM specification. Thus, any type of value defined within this specification can be reporting using this object.\nSpecific object for a given range of sensors is described later in the document, enabling to identify the type of sensors directly from its Object ID. This object may be used as a generic object if a dedicated one does not exist.	urn:oma:lwm2m:ext:3300	\N	Multiple	Optional
132	2024-01-02 01:07:31.716016	\N	Analog Output	3203	This IPSO object is a generic object that can be used with any kind of analog output interface.	urn:oma:lwm2m:ext:3203	\N	Multiple	Optional
133	2024-01-02 01:07:31.716469	\N	emmStateValue	3361	EMM context information	urn:oma:lwm2m:ext:3361	1.0	Single	Mandatory
134	2024-01-02 01:07:31.71692	\N	Neighbour Cell Report	10247	This LWM2M Object provides the neighbour cell report. The CrowdBox Measurements Object and the Connected UE Report Object have both Objlnk Resources pointing to this Object.	urn:oma:lwm2m:x:10247	\N	Multiple	Mandatory
135	2024-01-02 01:07:31.717413	\N	DevCapMgmt	15	This LWM2M Object is dedicated to manage the device capabilities of a device e.g. sensors, communication, etc.	urn:oma:lwm2m:oma:15	\N	Multiple	Optional
136	2024-01-02 01:07:31.718161	\N	Power Measurement	3305	This IPSO object should be used over a power measurement sensor to report a remote power measurement.  It also provides resources for minimum/maximum measured values and the minimum/maximum range for both active and reactive power. Il also provides resources for cumulative energy, calibration, and the power factor.	urn:oma:lwm2m:ext:3305	\N	Multiple	Optional
137	2024-01-02 01:07:31.719328	\N	Gyrometer	3334	This IPSO Object is used to report the current reading of a gyrometer sensor in 3 axes. It provides tracking of the minimum and maximum angular rate in all 3 axes. An example unit of measure is radians per second (ucum:rad/s).\n        	urn:oma:lwm2m:ext:3334	\N	Multiple	Optional
138	2024-01-02 01:07:31.720014	\N	Single-Phase Power Meter	10243	\n        This Object provides the information to represent a generic Single-Phase Power Meter.\n    	urn:oma:lwm2m:x:10243	\N	Multiple	Optional
139	2024-01-02 01:07:31.720527	\N	PagingDRX	3375	Paging DRX information	urn:oma:lwm2m:ext:3375	1.0	Single	Mandatory
140	2024-01-02 01:07:31.721004	\N	plmnSearchEvent	3352	List of all PLMNs found during the initial search/scan	urn:oma:lwm2m:ext:3352	1.0	Multiple	Mandatory
141	2024-01-02 01:07:31.721551	\N	powerupLog	3351	One time event sent by the device at power up.	urn:oma:lwm2m:ext:3351	1.0	Single	Mandatory
142	2024-01-02 01:07:31.722057	\N	Relay Management	10245	This LWM2M Object provides a range of eNB related measurements and parameters of which several are changeable. Furthermore, it includes Resources to enable/disable the eNB.	urn:oma:lwm2m:x:10245	\N	Single	Mandatory
143	2024-01-02 01:07:31.722532	\N	Power	3328	This IPSO object should be used to report power measurements. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is Watts (ucum: W). This resource may be used for either real power or apparent power (units= ucum:VA) measurements. The Application type can be use for reactive power or active power for example.\n        	urn:oma:lwm2m:ext:3328	\N	Multiple	Optional
144	2024-01-02 01:07:31.723003	\N	Energy	3331	This IPSO object should be used to report energy consumption (Cumulative Power) of an electrical load. An example measurement unit is Watt Hours (ucum:W*h).\n        	urn:oma:lwm2m:ext:3331	\N	Multiple	Optional
145	2024-01-02 01:07:31.723485	\N	Connected UE Measurements	10248	This LWM2M Object provides a range of measurements of connected UEs and provides an Object link to the Connected UE report.	urn:oma:lwm2m:x:10248	\N	Single	Mandatory
146	2024-01-02 01:07:31.723956	\N	Magnetometer	3314	Description: This IPSO object can be used to represent a 1-3 axis magnetometer with optional compass direction.	urn:oma:lwm2m:ext:3314	\N	Multiple	Optional
147	2024-01-02 01:07:31.724586	\N	App Data Container	10250	This LWM2M Object is used for reporting application data of a device.	urn:oma:lwm2m:x:10250	1.0	Single	Optional
148	2024-01-02 01:07:31.725066	\N	Current Loop Input	10254	This LWM2M Object provides a representation of a current loop sensor, which indicates the value emitted by a current source.	urn:oma:lwm2m:x:10254:1.0	1.0	Multiple	Optional
149	2024-01-02 01:07:31.725663	\N	Load	3322	This IPSO object should be used with a load sensor (as in a scale) to report the applied weight or force. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is kilograms (ucum: Kg).\n        	urn:oma:lwm2m:ext:3322	\N	Multiple	Optional
150	2024-01-02 01:07:31.726254	\N	Current	3317	This IPSO object should be used with an ammeter to report measured electric current in amperes. It also provides resources for minimum and maximum measured values, as well as the minimum and maximum range that can be measured by the sensor. An example measurement unit is volts (ucum: A).\n        	urn:oma:lwm2m:ext:3317	\N	Multiple	Optional
151	2024-01-02 01:07:31.726759	\N	Lock and Wipe	8	This LWM2M objects provides the resources needed to perform the lock and wipe operations.	 urn:oma:lwm2m: oma:8	\N	Single	Optional
152	2024-01-02 01:07:31.727365	\N	Buzzer	3338	This IPSO object should be used to actuate an audible alarm such as a buzzer, beeper, or vibration alarm. There is a dimmer control for setting the relative loudness of the alarm, and an optional duration control to limit the length of time the alarm sounds when turned on. Each time a “1” is written to the On/Off resource, the alarm will sound again for the configured duration. If no duration is programmed or the setting is zero, writing a “1” to the On/Off resource will result in the alarm sounding continuously until a “0” is written to the On/Off resource.\n        	urn:oma:lwm2m:ext:3338	\N	Multiple	Optional
153	2024-01-02 01:07:31.727987	\N	Time	3333	This IPSO object is used to report the current time in seconds since January 1, 1970 UTC. There is also a fractional time counter that has a range of less than one second.\n        	urn:oma:lwm2m:ext:3333	\N	Multiple	Optional
154	2024-01-02 01:07:31.728473	\N	Cellular connectivity	10	This object specifies resources to enable a device to connect to a 3GPP or 3GPP2 bearer, including GPRS/EDGE, UMTS, LTE, NB-IoT, SMS. For cellular connectivity, this object focuses on Packet Switched (PS) connectivity and doesn’t aim to provide comprehensive Circuit Switched (CS) connectivity management.\n	urn:oma:lwm2m:oma:10	\N	Single	Optional
155	2024-01-02 01:07:31.728989	\N	Low Temperature Alarm	10279	Where supported by the meter this is an alarm that should be raised if the meter detects temperature below a pre-configured threshold. When the temperature rises above the clear threshold, the alarm should be cleared	urn:oma:lwm2m:ext:10279	\N	Multiple	Optional
156	2024-01-02 01:07:31.729566	\N	Timer	3340	This IPSO object is used to time events and actions, using patterns common to industrial timers. A POST to the trigger resource or On/Off input state change starts the timing operation, and the timer remaining time shows zero when the operation is complete. The patterns supported are One-Shot (mode 1), On-Time or Interval (mode 2), Time delay on pick-up or TDPU (tmode 3), and Time Delay on Drop-Out or TDDO (mode 4). Mode 0 disables the timer, so the output follows the input with no delay. A counter is provided to count occurrences of the timer output changing from 0 to 1. Writing a value of zero resets the counter. The Digital Input State resource reports the state of the timer output.\n        	urn:oma:lwm2m:ext:3340	\N	Multiple	Optional
157	2024-01-02 01:07:31.730134	\N	ServingCellMeasurement	3370	Serving Cell Measurement	urn:oma:lwm2m:ext:3370	1.0	Single	Mandatory
158	2024-01-02 01:07:31.730622	\N	Digital Input	3200	Generic digital input for non-specific sensors	urn:oma:lwm2m:ext:3200	\N	Multiple	Optional
159	2024-01-02 01:07:31.731094	\N	Event Log	20	The Event Log Object is a single Instance Object defined for logging data in a straightforward and generic way.\nThe Resources of that Object are based on the OMA LwM2M set of reusable Resources dedicated to logging event activity.\n	urn:oma:lwm2m:oma:20	1.0	Single	Optional
160	2024-01-02 01:07:31.731582	\N	Device	3	This LwM2M Object provides a range of device related information which can be queried by the LwM2M Server, and a device reboot and factory reset function.	urn:oma:lwm2m:oma:3	\N	Single	Mandatory
161	2024-01-02 01:07:31.732053	\N	Set Point	3308	Description: This IPSO object should be used to set a desired value to a controller, such as a thermostat. This object enables a setpoint to be expressed units defined in the UCUM specification, to match an associated sensor or measurement value. A special resource is added to set the colour of an object.	urn:oma:lwm2m:ext:3308	\N	Multiple	Optional
162	2024-01-02 01:07:31.732512	\N	macTimingAdvanceEvent	3369	Timing advance information	urn:oma:lwm2m:ext:3369	1.0	Single	Mandatory
163	2024-01-02 01:07:31.732965	\N	VolteCallEvent	3381	VoLTE call status	urn:oma:lwm2m:ext:3381	1.0	Single	Mandatory
\.


--
-- Data for Name: messages; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.messages (id, "createAt", "updateAt", "msgTitle", "msgContent", "messageType", "tenantID") FROM stdin;
\.


--
-- Data for Name: permissions; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.permissions (id, "createAt", "updateAt", "roleIntID", "resourceIntID") FROM stdin;
1	2024-01-02 01:07:30.959551	\N	1	33
2	2024-01-02 01:07:30.962319	\N	1	34
3	2024-01-02 01:07:30.964049	\N	1	36
4	2024-01-02 01:07:30.965468	\N	1	37
5	2024-01-02 01:07:30.96671	\N	1	38
6	2024-01-02 01:07:30.967798	\N	1	39
7	2024-01-02 01:07:30.968453	\N	1	40
8	2024-01-02 01:07:30.96935	\N	1	41
9	2024-01-02 01:07:30.970212	\N	1	42
10	2024-01-02 01:07:30.970829	\N	1	47
11	2024-01-02 01:07:30.971498	\N	1	50
12	2024-01-02 01:07:30.972415	\N	1	52
13	2024-01-02 01:07:30.973537	\N	1	54
14	2024-01-02 01:07:30.974291	\N	1	58
15	2024-01-02 01:07:30.975461	\N	1	62
16	2024-01-02 01:07:30.976513	\N	1	66
17	2024-01-02 01:07:30.977335	\N	1	73
18	2024-01-02 01:07:30.978646	\N	1	80
19	2024-01-02 01:07:30.980443	\N	1	84
20	2024-01-02 01:07:30.982241	\N	1	87
21	2024-01-02 01:07:30.983611	\N	1	88
22	2024-01-02 01:07:30.984829	\N	1	89
23	2024-01-02 01:07:30.985793	\N	1	93
24	2024-01-02 01:07:30.98649	\N	1	95
25	2024-01-02 01:07:30.986935	\N	1	99
26	2024-01-02 01:07:30.987453	\N	1	104
27	2024-01-02 01:07:30.98804	\N	1	108
28	2024-01-02 01:07:30.988676	\N	1	113
29	2024-01-02 01:07:30.989554	\N	1	115
30	2024-01-02 01:07:31.008786	\N	2	1
31	2024-01-02 01:07:31.010141	\N	2	2
32	2024-01-02 01:07:31.01138	\N	2	3
33	2024-01-02 01:07:31.012804	\N	2	4
34	2024-01-02 01:07:31.014789	\N	2	5
35	2024-01-02 01:07:31.016102	\N	2	6
36	2024-01-02 01:07:31.017171	\N	2	7
37	2024-01-02 01:07:31.017951	\N	2	8
38	2024-01-02 01:07:31.018605	\N	2	9
39	2024-01-02 01:07:31.019381	\N	2	10
40	2024-01-02 01:07:31.020231	\N	2	11
41	2024-01-02 01:07:31.021002	\N	2	13
42	2024-01-02 01:07:31.021688	\N	2	14
43	2024-01-02 01:07:31.022015	\N	2	17
44	2024-01-02 01:07:31.022407	\N	2	18
45	2024-01-02 01:07:31.023019	\N	2	19
46	2024-01-02 01:07:31.023471	\N	2	20
47	2024-01-02 01:07:31.023884	\N	2	21
48	2024-01-02 01:07:31.024441	\N	2	22
49	2024-01-02 01:07:31.025053	\N	2	23
50	2024-01-02 01:07:31.025983	\N	2	24
51	2024-01-02 01:07:31.027682	\N	2	25
52	2024-01-02 01:07:31.029546	\N	2	26
53	2024-01-02 01:07:31.03109	\N	2	27
54	2024-01-02 01:07:31.032206	\N	2	28
55	2024-01-02 01:07:31.032835	\N	2	29
56	2024-01-02 01:07:31.033573	\N	2	30
57	2024-01-02 01:07:31.034088	\N	2	31
58	2024-01-02 01:07:31.034631	\N	2	32
59	2024-01-02 01:07:31.035609	\N	2	33
60	2024-01-02 01:07:31.036616	\N	2	34
61	2024-01-02 01:07:31.037485	\N	2	35
62	2024-01-02 01:07:31.038301	\N	2	36
63	2024-01-02 01:07:31.03903	\N	2	43
64	2024-01-02 01:07:31.040057	\N	2	44
65	2024-01-02 01:07:31.041007	\N	2	45
66	2024-01-02 01:07:31.041986	\N	2	46
67	2024-01-02 01:07:31.042693	\N	2	47
68	2024-01-02 01:07:31.04349	\N	2	48
69	2024-01-02 01:07:31.044675	\N	2	49
70	2024-01-02 01:07:31.046091	\N	2	50
71	2024-01-02 01:07:31.047161	\N	2	51
72	2024-01-02 01:07:31.048296	\N	2	52
73	2024-01-02 01:07:31.049258	\N	2	53
74	2024-01-02 01:07:31.050432	\N	2	54
75	2024-01-02 01:07:31.051495	\N	2	55
76	2024-01-02 01:07:31.052401	\N	2	56
77	2024-01-02 01:07:31.053266	\N	2	57
78	2024-01-02 01:07:31.054042	\N	2	58
79	2024-01-02 01:07:31.054687	\N	2	59
80	2024-01-02 01:07:31.055169	\N	2	60
81	2024-01-02 01:07:31.055589	\N	2	61
82	2024-01-02 01:07:31.056391	\N	2	62
83	2024-01-02 01:07:31.057427	\N	2	63
84	2024-01-02 01:07:31.058319	\N	2	64
85	2024-01-02 01:07:31.059	\N	2	65
86	2024-01-02 01:07:31.059609	\N	2	66
87	2024-01-02 01:07:31.060143	\N	2	67
88	2024-01-02 01:07:31.060903	\N	2	68
89	2024-01-02 01:07:31.062117	\N	2	69
90	2024-01-02 01:07:31.063319	\N	2	70
91	2024-01-02 01:07:31.064469	\N	2	71
92	2024-01-02 01:07:31.065789	\N	2	72
93	2024-01-02 01:07:31.066626	\N	2	73
94	2024-01-02 01:07:31.067626	\N	2	74
95	2024-01-02 01:07:31.068685	\N	2	75
96	2024-01-02 01:07:31.06945	\N	2	76
97	2024-01-02 01:07:31.070018	\N	2	77
98	2024-01-02 01:07:31.070395	\N	2	78
99	2024-01-02 01:07:31.070798	\N	2	79
100	2024-01-02 01:07:31.071201	\N	2	80
101	2024-01-02 01:07:31.071612	\N	2	81
102	2024-01-02 01:07:31.072159	\N	2	82
103	2024-01-02 01:07:31.072965	\N	2	83
104	2024-01-02 01:07:31.073873	\N	2	84
105	2024-01-02 01:07:31.074683	\N	2	85
106	2024-01-02 01:07:31.075723	\N	2	86
107	2024-01-02 01:07:31.076583	\N	2	87
108	2024-01-02 01:07:31.077145	\N	2	88
109	2024-01-02 01:07:31.077852	\N	2	89
110	2024-01-02 01:07:31.078888	\N	2	90
111	2024-01-02 01:07:31.079983	\N	2	91
112	2024-01-02 01:07:31.081359	\N	2	92
113	2024-01-02 01:07:31.082495	\N	2	93
114	2024-01-02 01:07:31.083558	\N	2	94
115	2024-01-02 01:07:31.084458	\N	2	95
116	2024-01-02 01:07:31.085345	\N	2	96
117	2024-01-02 01:07:31.086046	\N	2	97
118	2024-01-02 01:07:31.086506	\N	2	98
119	2024-01-02 01:07:31.086876	\N	2	99
120	2024-01-02 01:07:31.08735	\N	2	100
121	2024-01-02 01:07:31.087724	\N	2	101
122	2024-01-02 01:07:31.088027	\N	2	102
123	2024-01-02 01:07:31.088437	\N	2	103
124	2024-01-02 01:07:31.088839	\N	2	104
125	2024-01-02 01:07:31.089203	\N	2	105
126	2024-01-02 01:07:31.089735	\N	2	106
127	2024-01-02 01:07:31.090262	\N	2	107
128	2024-01-02 01:07:31.090588	\N	2	108
129	2024-01-02 01:07:31.090874	\N	2	109
130	2024-01-02 01:07:31.091502	\N	2	110
131	2024-01-02 01:07:31.092274	\N	2	111
132	2024-01-02 01:07:31.092696	\N	2	112
133	2024-01-02 01:07:31.093019	\N	2	113
134	2024-01-02 01:07:31.093334	\N	2	114
135	2024-01-02 01:07:31.093604	\N	2	115
136	2024-01-02 01:07:31.093892	\N	2	116
137	2024-01-02 01:07:31.10582	\N	3	1
138	2024-01-02 01:07:31.10701	\N	3	2
139	2024-01-02 01:07:31.107534	\N	3	3
140	2024-01-02 01:07:31.108617	\N	3	4
141	2024-01-02 01:07:31.109895	\N	3	5
142	2024-01-02 01:07:31.110432	\N	3	6
143	2024-01-02 01:07:31.110709	\N	3	7
144	2024-01-02 01:07:31.110958	\N	3	10
145	2024-01-02 01:07:31.111221	\N	3	11
146	2024-01-02 01:07:31.111465	\N	3	13
147	2024-01-02 01:07:31.111735	\N	3	14
148	2024-01-02 01:07:31.111997	\N	3	17
149	2024-01-02 01:07:31.112284	\N	3	18
150	2024-01-02 01:07:31.112528	\N	3	19
151	2024-01-02 01:07:31.112765	\N	3	20
152	2024-01-02 01:07:31.112998	\N	3	21
153	2024-01-02 01:07:31.113301	\N	3	22
154	2024-01-02 01:07:31.114309	\N	3	23
155	2024-01-02 01:07:31.1154	\N	3	24
156	2024-01-02 01:07:31.116148	\N	3	25
157	2024-01-02 01:07:31.116682	\N	3	26
158	2024-01-02 01:07:31.116983	\N	3	27
159	2024-01-02 01:07:31.117493	\N	3	34
160	2024-01-02 01:07:31.117787	\N	3	35
161	2024-01-02 01:07:31.118045	\N	3	36
162	2024-01-02 01:07:31.118356	\N	3	43
163	2024-01-02 01:07:31.118632	\N	3	44
164	2024-01-02 01:07:31.118947	\N	3	45
165	2024-01-02 01:07:31.119227	\N	3	46
166	2024-01-02 01:07:31.119485	\N	3	47
167	2024-01-02 01:07:31.119781	\N	3	48
168	2024-01-02 01:07:31.12004	\N	3	49
169	2024-01-02 01:07:31.1203	\N	3	50
170	2024-01-02 01:07:31.120558	\N	3	51
171	2024-01-02 01:07:31.120873	\N	3	52
172	2024-01-02 01:07:31.121219	\N	3	53
173	2024-01-02 01:07:31.121612	\N	3	54
174	2024-01-02 01:07:31.121977	\N	3	55
175	2024-01-02 01:07:31.122247	\N	3	56
176	2024-01-02 01:07:31.12255	\N	3	57
177	2024-01-02 01:07:31.123018	\N	3	58
178	2024-01-02 01:07:31.123343	\N	3	59
179	2024-01-02 01:07:31.123582	\N	3	60
180	2024-01-02 01:07:31.123819	\N	3	61
181	2024-01-02 01:07:31.124126	\N	3	62
182	2024-01-02 01:07:31.124581	\N	3	63
183	2024-01-02 01:07:31.12503	\N	3	64
184	2024-01-02 01:07:31.125338	\N	3	65
185	2024-01-02 01:07:31.125584	\N	3	66
186	2024-01-02 01:07:31.125836	\N	3	67
187	2024-01-02 01:07:31.126194	\N	3	68
188	2024-01-02 01:07:31.126493	\N	3	69
189	2024-01-02 01:07:31.126834	\N	3	70
190	2024-01-02 01:07:31.127199	\N	3	71
191	2024-01-02 01:07:31.12769	\N	3	72
192	2024-01-02 01:07:31.128869	\N	3	73
193	2024-01-02 01:07:31.129745	\N	3	74
194	2024-01-02 01:07:31.130341	\N	3	75
195	2024-01-02 01:07:31.130925	\N	3	76
196	2024-01-02 01:07:31.131404	\N	3	77
197	2024-01-02 01:07:31.131718	\N	3	78
198	2024-01-02 01:07:31.131973	\N	3	79
199	2024-01-02 01:07:31.132213	\N	3	80
200	2024-01-02 01:07:31.132491	\N	3	88
201	2024-01-02 01:07:31.132856	\N	3	89
202	2024-01-02 01:07:31.133163	\N	3	90
203	2024-01-02 01:07:31.133457	\N	3	91
204	2024-01-02 01:07:31.133696	\N	3	92
205	2024-01-02 01:07:31.133932	\N	3	93
206	2024-01-02 01:07:31.134178	\N	3	94
207	2024-01-02 01:07:31.134428	\N	3	95
208	2024-01-02 01:07:31.134679	\N	3	96
209	2024-01-02 01:07:31.134928	\N	3	97
210	2024-01-02 01:07:31.135204	\N	3	98
211	2024-01-02 01:07:31.13548	\N	3	99
212	2024-01-02 01:07:31.135731	\N	3	100
213	2024-01-02 01:07:31.135997	\N	3	101
214	2024-01-02 01:07:31.136289	\N	3	102
215	2024-01-02 01:07:31.13654	\N	3	103
216	2024-01-02 01:07:31.136793	\N	3	104
217	2024-01-02 01:07:31.137039	\N	3	105
218	2024-01-02 01:07:31.137333	\N	3	106
219	2024-01-02 01:07:31.137732	\N	3	107
220	2024-01-02 01:07:31.138276	\N	3	108
221	2024-01-02 01:07:31.138837	\N	3	109
222	2024-01-02 01:07:31.139296	\N	3	110
223	2024-01-02 01:07:31.139817	\N	3	111
224	2024-01-02 01:07:31.140452	\N	3	112
225	2024-01-02 01:07:31.14093	\N	3	113
226	2024-01-02 01:07:31.141266	\N	3	114
227	2024-01-02 01:07:31.141587	\N	3	115
228	2024-01-02 01:07:31.142113	\N	3	116
229	2024-01-02 01:07:31.156958	\N	4	1
230	2024-01-02 01:07:31.157964	\N	4	2
231	2024-01-02 01:07:31.158498	\N	4	3
232	2024-01-02 01:07:31.158846	\N	4	4
233	2024-01-02 01:07:31.159368	\N	4	5
234	2024-01-02 01:07:31.159776	\N	4	6
235	2024-01-02 01:07:31.160117	\N	4	7
236	2024-01-02 01:07:31.160525	\N	4	8
237	2024-01-02 01:07:31.160869	\N	4	9
238	2024-01-02 01:07:31.161983	\N	4	10
239	2024-01-02 01:07:31.163359	\N	4	11
240	2024-01-02 01:07:31.164246	\N	4	13
241	2024-01-02 01:07:31.164724	\N	4	14
242	2024-01-02 01:07:31.165005	\N	4	17
243	2024-01-02 01:07:31.165305	\N	4	18
244	2024-01-02 01:07:31.165616	\N	4	19
245	2024-01-02 01:07:31.165872	\N	4	20
246	2024-01-02 01:07:31.166107	\N	4	21
247	2024-01-02 01:07:31.166373	\N	4	22
248	2024-01-02 01:07:31.166695	\N	4	23
249	2024-01-02 01:07:31.167034	\N	4	24
250	2024-01-02 01:07:31.167347	\N	4	25
251	2024-01-02 01:07:31.167608	\N	4	26
252	2024-01-02 01:07:31.167891	\N	4	27
253	2024-01-02 01:07:31.168153	\N	4	28
254	2024-01-02 01:07:31.16841	\N	4	29
255	2024-01-02 01:07:31.168702	\N	4	30
256	2024-01-02 01:07:31.169037	\N	4	31
257	2024-01-02 01:07:31.169477	\N	4	32
258	2024-01-02 01:07:31.169792	\N	4	33
259	2024-01-02 01:07:31.170066	\N	4	34
260	2024-01-02 01:07:31.170365	\N	4	35
261	2024-01-02 01:07:31.171161	\N	4	36
262	2024-01-02 01:07:31.17173	\N	4	43
263	2024-01-02 01:07:31.172267	\N	4	44
264	2024-01-02 01:07:31.173136	\N	4	45
265	2024-01-02 01:07:31.174144	\N	4	46
266	2024-01-02 01:07:31.174778	\N	4	47
267	2024-01-02 01:07:31.17507	\N	4	48
268	2024-01-02 01:07:31.175395	\N	4	49
269	2024-01-02 01:07:31.175925	\N	4	50
270	2024-01-02 01:07:31.176444	\N	4	51
271	2024-01-02 01:07:31.176785	\N	4	52
272	2024-01-02 01:07:31.177006	\N	4	53
273	2024-01-02 01:07:31.177243	\N	4	54
274	2024-01-02 01:07:31.177445	\N	4	55
275	2024-01-02 01:07:31.177692	\N	4	56
276	2024-01-02 01:07:31.178547	\N	4	57
277	2024-01-02 01:07:31.180408	\N	4	58
278	2024-01-02 01:07:31.181774	\N	4	59
279	2024-01-02 01:07:31.182406	\N	4	60
280	2024-01-02 01:07:31.182664	\N	4	61
281	2024-01-02 01:07:31.182885	\N	4	62
282	2024-01-02 01:07:31.183104	\N	4	63
283	2024-01-02 01:07:31.183318	\N	4	64
284	2024-01-02 01:07:31.183527	\N	4	65
285	2024-01-02 01:07:31.183735	\N	4	66
286	2024-01-02 01:07:31.18396	\N	4	67
287	2024-01-02 01:07:31.184176	\N	4	68
288	2024-01-02 01:07:31.184384	\N	4	69
289	2024-01-02 01:07:31.184612	\N	4	70
290	2024-01-02 01:07:31.184858	\N	4	71
291	2024-01-02 01:07:31.185085	\N	4	72
292	2024-01-02 01:07:31.185383	\N	4	73
293	2024-01-02 01:07:31.185614	\N	4	74
294	2024-01-02 01:07:31.185849	\N	4	75
295	2024-01-02 01:07:31.186076	\N	4	76
296	2024-01-02 01:07:31.186339	\N	4	77
297	2024-01-02 01:07:31.186749	\N	4	78
298	2024-01-02 01:07:31.187069	\N	4	79
299	2024-01-02 01:07:31.187362	\N	4	80
300	2024-01-02 01:07:31.187626	\N	4	81
301	2024-01-02 01:07:31.187863	\N	4	82
302	2024-01-02 01:07:31.188075	\N	4	83
303	2024-01-02 01:07:31.188269	\N	4	84
304	2024-01-02 01:07:31.188453	\N	4	85
305	2024-01-02 01:07:31.188637	\N	4	86
306	2024-01-02 01:07:31.188817	\N	4	87
307	2024-01-02 01:07:31.188998	\N	4	88
308	2024-01-02 01:07:31.189228	\N	4	89
309	2024-01-02 01:07:31.189518	\N	4	90
310	2024-01-02 01:07:31.189914	\N	4	91
311	2024-01-02 01:07:31.191197	\N	4	92
312	2024-01-02 01:07:31.191821	\N	4	93
313	2024-01-02 01:07:31.192375	\N	4	94
314	2024-01-02 01:07:31.19321	\N	4	95
315	2024-01-02 01:07:31.194075	\N	4	96
316	2024-01-02 01:07:31.195493	\N	4	97
317	2024-01-02 01:07:31.197415	\N	4	98
318	2024-01-02 01:07:31.198813	\N	4	99
319	2024-01-02 01:07:31.199859	\N	4	100
320	2024-01-02 01:07:31.200556	\N	4	101
321	2024-01-02 01:07:31.202118	\N	4	102
322	2024-01-02 01:07:31.203311	\N	4	103
323	2024-01-02 01:07:31.203884	\N	4	104
324	2024-01-02 01:07:31.204257	\N	4	105
325	2024-01-02 01:07:31.204596	\N	4	106
326	2024-01-02 01:07:31.204866	\N	4	107
327	2024-01-02 01:07:31.205264	\N	4	108
328	2024-01-02 01:07:31.205656	\N	4	109
329	2024-01-02 01:07:31.206194	\N	4	110
330	2024-01-02 01:07:31.206611	\N	4	111
331	2024-01-02 01:07:31.206895	\N	4	112
332	2024-01-02 01:07:31.207099	\N	4	113
333	2024-01-02 01:07:31.207314	\N	4	114
334	2024-01-02 01:07:31.207574	\N	4	115
335	2024-01-02 01:07:31.207808	\N	4	116
336	2024-01-02 01:07:31.219854	\N	5	33
337	2024-01-02 01:07:31.22047	\N	5	34
338	2024-01-02 01:07:31.220869	\N	5	36
339	2024-01-02 01:07:31.221153	\N	5	47
340	2024-01-02 01:07:31.221568	\N	5	50
341	2024-01-02 01:07:31.22199	\N	5	52
342	2024-01-02 01:07:31.222402	\N	5	54
343	2024-01-02 01:07:31.222969	\N	5	58
344	2024-01-02 01:07:31.22365	\N	5	62
345	2024-01-02 01:07:31.223995	\N	5	66
346	2024-01-02 01:07:31.22437	\N	5	73
347	2024-01-02 01:07:31.224696	\N	5	80
348	2024-01-02 01:07:31.225016	\N	5	84
349	2024-01-02 01:07:31.225498	\N	5	87
350	2024-01-02 01:07:31.226228	\N	5	88
351	2024-01-02 01:07:31.227071	\N	5	89
352	2024-01-02 01:07:31.228289	\N	5	93
353	2024-01-02 01:07:31.230671	\N	5	95
354	2024-01-02 01:07:31.23244	\N	5	99
355	2024-01-02 01:07:31.23429	\N	5	104
356	2024-01-02 01:07:31.235483	\N	5	108
357	2024-01-02 01:07:31.236189	\N	5	113
358	2024-01-02 01:07:31.248112	\N	6	4
359	2024-01-02 01:07:31.248958	\N	6	17
360	2024-01-02 01:07:31.249846	\N	6	18
361	2024-01-02 01:07:31.250621	\N	6	19
362	2024-01-02 01:07:31.251494	\N	6	25
363	2024-01-02 01:07:31.25227	\N	6	43
364	2024-01-02 01:07:31.253162	\N	6	44
365	2024-01-02 01:07:31.253896	\N	6	45
366	2024-01-02 01:07:31.254871	\N	6	46
367	2024-01-02 01:07:31.256319	\N	6	47
368	2024-01-02 01:07:31.257577	\N	6	48
369	2024-01-02 01:07:31.258784	\N	6	49
370	2024-01-02 01:07:31.259938	\N	6	66
371	2024-01-02 01:07:31.260861	\N	6	67
372	2024-01-02 01:07:31.261522	\N	6	68
373	2024-01-02 01:07:31.262001	\N	6	69
374	2024-01-02 01:07:31.262454	\N	6	70
375	2024-01-02 01:07:31.262906	\N	6	71
376	2024-01-02 01:07:31.263351	\N	6	72
377	2024-01-02 01:07:31.263974	\N	6	88
378	2024-01-02 01:07:31.265228	\N	6	89
379	2024-01-02 01:07:31.265783	\N	6	90
380	2024-01-02 01:07:31.266194	\N	6	91
381	2024-01-02 01:07:31.266593	\N	6	92
382	2024-01-02 01:07:31.266945	\N	6	93
383	2024-01-02 01:07:31.267271	\N	6	94
384	2024-01-02 01:07:31.267614	\N	6	95
385	2024-01-02 01:07:31.267996	\N	6	96
386	2024-01-02 01:07:31.268496	\N	6	97
387	2024-01-02 01:07:31.269025	\N	6	98
388	2024-01-02 01:07:31.270168	\N	6	99
389	2024-01-02 01:07:31.271762	\N	6	100
390	2024-01-02 01:07:31.273547	\N	6	101
391	2024-01-02 01:07:31.275416	\N	6	102
392	2024-01-02 01:07:31.276869	\N	6	103
393	2024-01-02 01:07:31.278505	\N	6	104
394	2024-01-02 01:07:31.280013	\N	6	105
395	2024-01-02 01:07:31.280907	\N	6	106
396	2024-01-02 01:07:31.281906	\N	6	107
397	2024-01-02 01:07:31.283069	\N	6	108
398	2024-01-02 01:07:31.284786	\N	6	109
399	2024-01-02 01:07:31.285951	\N	6	110
400	2024-01-02 01:07:31.286798	\N	6	111
401	2024-01-02 01:07:31.28736	\N	6	112
402	2024-01-02 01:07:31.287882	\N	6	113
403	2024-01-02 01:07:31.288572	\N	6	114
404	2024-01-02 01:07:31.289271	\N	6	115
405	2024-01-02 01:07:31.29002	\N	6	116
406	2024-01-02 01:07:31.303207	\N	7	4
407	2024-01-02 01:07:31.304309	\N	7	5
408	2024-01-02 01:07:31.30562	\N	7	17
409	2024-01-02 01:07:31.306952	\N	7	18
410	2024-01-02 01:07:31.307565	\N	7	19
411	2024-01-02 01:07:31.307886	\N	7	20
412	2024-01-02 01:07:31.308219	\N	7	21
413	2024-01-02 01:07:31.308585	\N	7	25
414	2024-01-02 01:07:31.309283	\N	7	43
415	2024-01-02 01:07:31.310355	\N	7	44
416	2024-01-02 01:07:31.311613	\N	7	45
417	2024-01-02 01:07:31.312967	\N	7	46
418	2024-01-02 01:07:31.314095	\N	7	47
419	2024-01-02 01:07:31.314907	\N	7	48
420	2024-01-02 01:07:31.315778	\N	7	49
421	2024-01-02 01:07:31.316724	\N	7	50
422	2024-01-02 01:07:31.317756	\N	7	51
423	2024-01-02 01:07:31.31866	\N	7	52
424	2024-01-02 01:07:31.319403	\N	7	53
425	2024-01-02 01:07:31.320017	\N	7	66
426	2024-01-02 01:07:31.320607	\N	7	67
427	2024-01-02 01:07:31.321434	\N	7	68
428	2024-01-02 01:07:31.322282	\N	7	69
429	2024-01-02 01:07:31.323023	\N	7	70
430	2024-01-02 01:07:31.3237	\N	7	71
431	2024-01-02 01:07:31.324113	\N	7	72
432	2024-01-02 01:07:31.324451	\N	7	88
433	2024-01-02 01:07:31.324769	\N	7	89
434	2024-01-02 01:07:31.325046	\N	7	90
435	2024-01-02 01:07:31.325537	\N	7	91
436	2024-01-02 01:07:31.326033	\N	7	92
437	2024-01-02 01:07:31.326609	\N	7	93
438	2024-01-02 01:07:31.327493	\N	7	94
439	2024-01-02 01:07:31.328493	\N	7	95
440	2024-01-02 01:07:31.329529	\N	7	96
441	2024-01-02 01:07:31.330883	\N	7	97
442	2024-01-02 01:07:31.332416	\N	7	98
443	2024-01-02 01:07:31.333192	\N	7	99
444	2024-01-02 01:07:31.333778	\N	7	100
445	2024-01-02 01:07:31.334329	\N	7	101
446	2024-01-02 01:07:31.33478	\N	7	102
447	2024-01-02 01:07:31.335129	\N	7	103
448	2024-01-02 01:07:31.335501	\N	7	104
449	2024-01-02 01:07:31.33581	\N	7	105
450	2024-01-02 01:07:31.336094	\N	7	106
451	2024-01-02 01:07:31.336381	\N	7	107
452	2024-01-02 01:07:31.336677	\N	7	108
453	2024-01-02 01:07:31.33703	\N	7	109
454	2024-01-02 01:07:31.337397	\N	7	110
455	2024-01-02 01:07:31.337728	\N	7	111
456	2024-01-02 01:07:31.338146	\N	7	112
457	2024-01-02 01:07:31.338831	\N	7	113
458	2024-01-02 01:07:31.33943	\N	7	114
459	2024-01-02 01:07:31.33984	\N	7	115
460	2024-01-02 01:07:31.340156	\N	7	116
461	2024-01-02 01:07:31.350156	\N	8	66
462	2024-01-02 01:07:31.351196	\N	8	99
463	2024-01-02 01:07:31.351818	\N	8	104
464	2024-01-02 01:07:31.352268	\N	8	108
465	2024-01-02 01:07:31.352691	\N	8	47
466	2024-01-02 01:07:31.353121	\N	8	113
467	2024-01-02 01:07:31.353542	\N	8	50
468	2024-01-02 01:07:31.353936	\N	8	52
469	2024-01-02 01:07:31.354335	\N	8	88
470	2024-01-02 01:07:31.354733	\N	8	89
471	2024-01-02 01:07:31.355368	\N	8	93
472	2024-01-02 01:07:31.355923	\N	8	95
473	2024-01-02 01:07:31.369088	\N	9	103
474	2024-01-02 01:07:31.370555	\N	9	43
475	2024-01-02 01:07:31.371477	\N	9	44
476	2024-01-02 01:07:31.372174	\N	9	88
477	2024-01-02 01:07:31.37274	\N	9	89
478	2024-01-02 01:07:31.373406	\N	9	90
479	2024-01-02 01:07:31.374061	\N	9	91
480	2024-01-02 01:07:31.375083	\N	9	92
481	2024-01-02 01:07:31.376097	\N	9	93
482	2024-01-02 01:07:31.377142	\N	9	94
\.


--
-- Data for Name: products; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.products (id, "createAt", "updateAt", "productID", "productName", description, "cloudProtocol", "gatewayProtocol", "productType", "userIntID") FROM stdin;
\.


--
-- Data for Name: publish_logs; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.publish_logs (topic, "streamID", payload, "publishStatus", "taskID", "msgTime", "deviceID", "tenantID") FROM stdin;
\.


--
-- Data for Name: resources; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.resources (id, "createAt", "updateAt", code, url, method, "order", level, icon, enable, "parentCode", tabs, service) FROM stdin;
1	2024-01-02 01:07:30.595308	\N	account_manage	\N	\N	10	1	supervisor_account	1	\N	0	accounts
2	2024-01-02 01:07:30.59691	\N	test_center	\N	\N	6	1	extension	1	\N	0	test_center
3	2024-01-02 01:07:30.597662	\N	system_manage	\N	\N	10	1	dvr	1	\N	0	accounts
4	2024-01-02 01:07:30.598156	\N	device_manage	\N	\N	1	1	memory	1	\N	0	devices
5	2024-01-02 01:07:30.598618	\N	alert_manage	\N	\N	5	1	error	1	\N	0	alerts
6	2024-01-02 01:07:30.599081	\N	rule_engine	\N	\N	4	1	filter_list	1	\N	0	rules
7	2024-01-02 01:07:30.59953	\N	application_manage	\N	\N	7	1	apps	1	\N	0	applications
8	2024-01-02 01:07:30.607645	\N	users	\N	\N	1	2	\N	1	account_manage	1	accounts
9	2024-01-02 01:07:30.608893	\N	roles	\N	\N	2	2	\N	1	account_manage	0	accounts
10	2024-01-02 01:07:30.610034	\N	messages	\N	\N	3	2	\N	1	account_manage	0	accounts
11	2024-01-02 01:07:30.611409	\N	login_logs	\N	\N	4	2	\N	1	account_manage	0	accounts
12	2024-01-02 01:07:30.612691	\N	tenants	\N	\N	2	2	\N	1	account_manage	0	accounts
13	2024-01-02 01:07:30.613799	\N	mqtt_client	\N	\N	1	2	\N	1	test_center	0	test_center
14	2024-01-02 01:07:30.614738	\N	coap_client	\N	\N	2	2	\N	1	test_center	0	test_center
15	2024-01-02 01:07:30.615302	\N	system_info	\N	\N	1	2	\N	1	system_manage	0	accounts
16	2024-01-02 01:07:30.615806	\N	logo_info	\N	\N	2	2	\N	1	system_manage	0	accounts
17	2024-01-02 01:07:30.616296	\N	devices	\N	\N	1	2	\N	1	device_manage	1	devices
18	2024-01-02 01:07:30.616804	\N	security	\N	\N	3	2	\N	1	device_manage	1	devices
19	2024-01-02 01:07:30.61743	\N	timer_publish	/timer_publish	\N	4	2	\N	1	device_manage	0	devices
20	2024-01-02 01:07:30.617962	\N	current_alerts	/current_alerts	\N	1	2	\N	1	alert_manage	0	alerts
21	2024-01-02 01:07:30.618461	\N	history_alerts	/history_alerts	\N	2	2	\N	1	alert_manage	0	alerts
22	2024-01-02 01:07:30.618984	\N	business_rules	\N	\N	1	2	\N	1	rule_engine	0	rules
23	2024-01-02 01:07:30.61971	\N	scope_rules	\N	\N	2	2	\N	1	rule_engine	0	rules
24	2024-01-02 01:07:30.620356	\N	actions	\N	\N	3	2	\N	1	rule_engine	0	rules
25	2024-01-02 01:07:30.620874	\N	products	/products	\N	2	2	\N	1	device_manage	0	devices
26	2024-01-02 01:07:30.621265	\N	applications	\N	\N	1	2	\N	1	application_manage	0	applications
27	2024-01-02 01:07:30.621647	\N	app_roles	\N	\N	2	2	\N	1	application_manage	0	applications
28	2024-01-02 01:07:30.637799	\N	users-users	/users/users	\N	1	3	\N	1	users	0	accounts
29	2024-01-02 01:07:30.638501	\N	users-invitations	/users/invitations	\N	2	3	\N	1	users	0	accounts
30	2024-01-02 01:07:30.63895	\N	roles-create	/roles	POST	2	3	\N	1	roles	0	accounts
31	2024-01-02 01:07:30.639661	\N	roles-delete	/roles	DELETE	4	3	\N	1	roles	0	accounts
32	2024-01-02 01:07:30.640279	\N	roles-edit	/roles/:id	PUT	3	3	\N	1	roles	0	accounts
33	2024-01-02 01:07:30.640638	\N	roles-view	/roles	GET	1	3	\N	1	roles	0	accounts
34	2024-01-02 01:07:30.641093	\N	messages-view	/messages	GET	1	3	\N	1	messages	0	accounts
35	2024-01-02 01:07:30.641903	\N	messages-delete	/messages	DELETE	2	3	\N	1	messages	0	accounts
36	2024-01-02 01:07:30.642444	\N	login_logs-view	/login_logs	GET	1	3	\N	1	login_logs	0	accounts
37	2024-01-02 01:07:30.643081	\N	tenants-view	/tenants	GET	1	3	\N	1	tenants	0	accounts
38	2024-01-02 01:07:30.643459	\N	tenants-edit	/tenants/:id	PUT	2	3	\N	1	tenants	0	accounts
39	2024-01-02 01:07:30.644605	\N	system_info-view	/system_info	GET	1	3	\N	1	system_info	0	accounts
40	2024-01-02 01:07:30.645874	\N	system_info-edit	/system_info	PUT	2	3	\N	1	system_info	0	accounts
41	2024-01-02 01:07:30.646618	\N	logo_info-view	/logo_info	GET	1	3	\N	1	logo_info	0	accounts
42	2024-01-02 01:07:30.647107	\N	logo_info-edit	/logo_info	PUT	2	3	\N	1	logo_info	0	accounts
43	2024-01-02 01:07:30.647602	\N	devices-devices	/devices/devices	\N	1	3	\N	1	devices	0	devices
44	2024-01-02 01:07:30.647969	\N	gateways	/devices/gateways	\N	2	3	\N	1	devices	0	devices
45	2024-01-02 01:07:30.648298	\N	devices-groups	/devices/groups	\N	3	3	\N	1	devices	0	devices
46	2024-01-02 01:07:30.648623	\N	security-certs	/security/certs	\N	1	3	\N	1	security	0	devices
47	2024-01-02 01:07:30.648955	\N	timer_publish-view	/timer_publish	GET	1	3	\N	1	timer_publish	0	devices
48	2024-01-02 01:07:30.649329	\N	timer_publish-create	/timer_publish	POST	2	3	\N	1	timer_publish	0	devices
49	2024-01-02 01:07:30.649681	\N	timer_publish-delete	/timer_publish	DELETE	3	3	\N	1	timer_publish	0	devices
50	2024-01-02 01:07:30.650014	\N	current_alerts-view	/current_alerts	GET	1	3	\N	1	current_alerts	0	alerts
51	2024-01-02 01:07:30.650342	\N	current_alerts-delete	/current_alerts	DELETE	2	3	\N	1	current_alerts	0	alerts
52	2024-01-02 01:07:30.650675	\N	history_alerts-view	/history_alerts	GET	1	3	\N	1	history_alerts	0	alerts
53	2024-01-02 01:07:30.651123	\N	history_alerts-delete	/history_alerts	DELETE	2	3	\N	1	history_alerts	0	alerts
54	2024-01-02 01:07:30.651797	\N	business_rules-view	/rules	GET	1	3	\N	1	business_rules	0	rules
55	2024-01-02 01:07:30.652299	\N	business_rules-create	/rules	POST	2	3	\N	1	business_rules	0	rules
56	2024-01-02 01:07:30.652773	\N	business_rules-edit	/rules/:id	PUT	3	3	\N	1	business_rules	0	rules
57	2024-01-02 01:07:30.653284	\N	business_rules-delete	/rules	DELETE	4	3	\N	1	business_rules	0	rules
58	2024-01-02 01:07:30.653766	\N	scope_rules-view	/rules	GET	1	3	\N	1	scope_rules	0	rules
59	2024-01-02 01:07:30.654244	\N	scope_rules-create	/rules	POST	2	3	\N	1	scope_rules	0	rules
60	2024-01-02 01:07:30.654719	\N	scope_rules-edit	/rules/:id	PUT	3	3	\N	1	scope_rules	0	rules
61	2024-01-02 01:07:30.655208	\N	scope_rules-delete	/rules	DELETE	4	3	\N	1	scope_rules	0	rules
62	2024-01-02 01:07:30.655726	\N	actions-view	/actions	GET	1	3	\N	1	actions	0	rules
63	2024-01-02 01:07:30.656624	\N	actions-create	/actions	POST	2	3	\N	1	actions	0	rules
64	2024-01-02 01:07:30.65726	\N	actions-edit	/actions/:id	PUT	3	3	\N	1	actions	0	rules
65	2024-01-02 01:07:30.658064	\N	actions-delete	/actions	DELETE	4	3	\N	1	actions	0	rules
66	2024-01-02 01:07:30.658531	\N	products-view	/products	GET	1	3	\N	1	products	0	devices
67	2024-01-02 01:07:30.658884	\N	products-create	/products	POST	2	3	\N	1	products	0	devices
68	2024-01-02 01:07:30.65929	\N	products-edit	/products/:id	PUT	3	3	\N	1	products	0	devices
69	2024-01-02 01:07:30.659968	\N	products-delete	/products	DELETE	4	3	\N	1	products	0	devices
70	2024-01-02 01:07:30.660525	\N	data_points	\N	\N	5	3	\N	1	products	0	product_develop
71	2024-01-02 01:07:30.661902	\N	data_streams	\N	\N	6	3	\N	1	products	0	product_develop
72	2024-01-02 01:07:30.662869	\N	codec	\N	\N	9	3	\N	1	products	0	product_develop
73	2024-01-02 01:07:30.663778	\N	applications-view	/applications	GET	1	3	\N	1	applications	0	applications
74	2024-01-02 01:07:30.664291	\N	applications-create	/applications	POST	2	3	\N	1	applications	0	applications
75	2024-01-02 01:07:30.664764	\N	applications-edit	/applications/:id	PUT	3	3	\N	1	applications	0	applications
76	2024-01-02 01:07:30.665153	\N	applications-delete	/applications	DELETE	4	3	\N	1	applications	0	applications
77	2024-01-02 01:07:30.665533	\N	app_roles-create	/app_roles	POST	2	3	\N	1	app_roles	0	applications
78	2024-01-02 01:07:30.665883	\N	app_roles-delete	/app_roles	DELETE	4	3	\N	1	app_roles	0	applications
79	2024-01-02 01:07:30.666215	\N	app_roles-edit	/app_roles/:id	PUT	3	3	\N	1	app_roles	0	applications
80	2024-01-02 01:07:30.666545	\N	app_roles-view	/app_roles	GET	1	3	\N	1	app_roles	0	applications
81	2024-01-02 01:07:30.679782	\N	users-create	/users	POST	2	4	\N	1	users-users	0	accounts
82	2024-01-02 01:07:30.680659	\N	users-delete	/users	DELETE	4	4	\N	1	users-users	0	accounts
83	2024-01-02 01:07:30.68133	\N	users-edit	/users/:id	PUT	3	4	\N	1	users-users	0	accounts
84	2024-01-02 01:07:30.68188	\N	users-view	/users	GET	1	4	\N	1	users-users	0	accounts
85	2024-01-02 01:07:30.682407	\N	invitations-create	/invitations	POST	1	4	\N	1	users-invitations	0	accounts
86	2024-01-02 01:07:30.682986	\N	invitations-delete	/invitations	DELETE	3	4	\N	1	users-invitations	0	accounts
87	2024-01-02 01:07:30.683639	\N	invitations-view	/invitations	GET	2	4	\N	1	users-invitations	0	accounts
88	2024-01-02 01:07:30.684154	\N	devices_capability_data-view	/device_capability_data	GET	12	4	\N	1	devices-devices	0	product_develop
89	2024-01-02 01:07:30.684626	\N	devices-view	/devices	GET	1	4	\N	1	devices-devices	0	devices
90	2024-01-02 01:07:30.68513	\N	devices-create	/devices	POST	2	4	\N	1	devices-devices	0	devices
91	2024-01-02 01:07:30.685628	\N	devices-edit	/devices/:id	PUT	3	4	\N	1	devices-devices	0	devices
92	2024-01-02 01:07:30.686121	\N	devices-delete	/devices	DELETE	4	4	\N	1	devices-devices	0	devices
93	2024-01-02 01:07:30.686672	\N	devices_export-view	/devices_export	GET	5	4	\N	1	devices-devices	0	devices
94	2024-01-02 01:07:30.687208	\N	devices_import-create	/devices_import	POST	6	4	\N	1	devices-devices	0	devices
95	2024-01-02 01:07:30.687708	\N	groups-view	/groups	GET	1	4	\N	1	devices-groups	0	devices
96	2024-01-02 01:07:30.688193	\N	groups-create	/groups	POST	2	4	\N	1	devices-groups	0	devices
97	2024-01-02 01:07:30.688666	\N	groups-edit	/groups/:id	PUT	3	4	\N	1	devices-groups	0	devices
98	2024-01-02 01:07:30.689167	\N	groups-delete	/groups	DELETE	4	4	\N	1	devices-groups	0	devices
99	2024-01-02 01:07:30.689871	\N	certs-view	/certs	GET	1	4	\N	1	security-certs	0	devices
100	2024-01-02 01:07:30.690581	\N	certs-create	/certs	POST	2	4	\N	1	security-certs	0	devices
101	2024-01-02 01:07:30.691238	\N	certs-edit	/certs/:id	PUT	3	4	\N	1	security-certs	0	devices
102	2024-01-02 01:07:30.691757	\N	certs-delete	/certs	DELETE	4	4	\N	1	security-certs	0	devices
103	2024-01-02 01:07:30.692152	\N	device_publish-create	/device_publish	POST	6	4	\N	1	devices-devices	0	devices
104	2024-01-02 01:07:30.692513	\N	data_points-view	/data_points	GET	1	4	\N	1	data_points	0	product_develop
105	2024-01-02 01:07:30.693354	\N	data_points-create	/data_points	POST	2	4	\N	1	data_points	0	product_develop
106	2024-01-02 01:07:30.694573	\N	data_points-edit	/data_points/:id	PUT	3	4	\N	1	data_points	0	product_develop
107	2024-01-02 01:07:30.695972	\N	data_points-delete	/data_points	DELETE	4	4	\N	1	data_points	0	product_develop
108	2024-01-02 01:07:30.69687	\N	data_streams-view	/data_streams	GET	1	4	\N	1	data_streams	0	product_develop
109	2024-01-02 01:07:30.697809	\N	data_streams-create	/data_streams	POST	2	4	\N	1	data_streams	0	product_develop
110	2024-01-02 01:07:30.698388	\N	data_streams-edit	/data_streams/:id	PUT	3	4	\N	1	data_streams	0	product_develop
111	2024-01-02 01:07:30.698855	\N	data_streams-delete	/data_streams	DELETE	4	4	\N	1	data_streams	0	product_develop
112	2024-01-02 01:07:30.699325	\N	run_code	/run_code	POST	1	4	\N	1	codec	0	product_develop
113	2024-01-02 01:07:30.699974	\N	codec-view	/codec	GET	2	4	\N	1	codec	0	product_develop
114	2024-01-02 01:07:30.700545	\N	codec-create	/codec	POST	3	4	\N	1	codec	0	product_develop
115	2024-01-02 01:07:30.701049	\N	codec-edit	/codec/:id	PUT	4	4	\N	1	codec	0	product_develop
116	2024-01-02 01:07:30.701626	\N	codec-delete	/codec	DELETE	5	4	\N	1	codec	0	product_develop
\.


--
-- Data for Name: roles; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.roles (id, "createAt", "updateAt", "roleName", description, "roleType", "isShare", "tenantID") FROM stdin;
1	2024-01-02 01:07:30.952171	\N	super_admin_role	平台管理员	1	0	\N
2	2024-01-02 01:07:30.997363	\N	company_admin_role	公司用户管理员	1	0	\N
3	2024-01-02 01:07:31.099436	\N	personal_admin_role	个人用户管理员	1	0	\N
4	2024-01-02 01:07:31.1499	\N	system_user_role	用户拥有平台全部功能的权限	1	1	\N
5	2024-01-02 01:07:31.214454	\N	common_user_role	用户仅能查看所有资源信息	1	1	\N
6	2024-01-02 01:07:31.241501	\N	device_user_role	用户能管理设备、产品、分组等信息	1	1	\N
7	2024-01-02 01:07:31.29669	\N	admin_app_role	应用能调用平台提供的所有API	2	1	\N
8	2024-01-02 01:07:31.34609	\N	display_app_role	应用仅能查看设备、产品、分组、证书、策略、日志等信息	2	1	\N
9	2024-01-02 01:07:31.362272	\N	device_app_role	应用能查看、新建、编辑、删除、控制设备	2	1	\N
\.


--
-- Data for Name: rules; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.rules (id, "createAt", "updateAt", "ruleName", remark, enable, sql, "fromTopics", "scopeData", "ruleType", "userIntID", "tenantID") FROM stdin;
\.


--
-- Data for Name: rules_actions; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.rules_actions ("ruleIntID", "actionIntID") FROM stdin;
\.


--
-- Data for Name: services; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.services (id, "createAt", "updateAt", "serviceName", overview, description, "chargeType", "unitPrice", enable, "serviceGroup", icon, screenshots, code, "referService", "order") FROM stdin;
1	2024-01-02 01:07:30.389016	\N	设备管理	\N	\N	1	0	1	1	device_manage	\N	devices	\N	1
2	2024-01-02 01:07:30.391166	\N	用户管理	\N	\N	1	0	1	1	account_manage	\N	accounts	\N	2
3	2024-01-02 01:07:30.391849	\N	财务管理	\N	\N	1	0	1	1	finance_manage	\N	finances	\N	3
4	2024-01-02 01:07:30.392441	\N	告警管理	\N	\N	1	0	1	2	alert_manage	\N	alerts	\N	1
5	2024-01-02 01:07:30.393224	\N	数据可视化	\N	\N	2	0	1	2	data_visualization	\N	data_visualization	product_develop	2
6	2024-01-02 01:07:30.394366	\N	位置管理	\N	\N	2	0	1	2	map_manage	\N	locations	\N	3
7	2024-01-02 01:07:30.395817	\N	拓扑管理	\N	\N	2	0	1	2	map_manage	\N	topology	\N	4
8	2024-01-02 01:07:30.396663	\N	资产管理	\N	\N	2	0	1	2	asset_manage	\N	assets	\N	4
9	2024-01-02 01:07:30.397279	\N	仪表板	\N	\N	2	0	1	2	dashboard	\N	dashboards	data_visualization	7
10	2024-01-02 01:07:30.397865	\N	OTA升级	\N	\N	2	0	1	2	ota_upgrade	\N	ota	\N	8
11	2024-01-02 01:07:30.39841	\N	产品开发	\N	\N	1	0	1	3	product_develop	\N	product_develop	\N	1
12	2024-01-02 01:07:30.398907	\N	规则管理	\N	\N	2	0	1	3	rule_engine	\N	rules	product_develop	2
13	2024-01-02 01:07:30.399626	\N	应用管理	\N	\N	3	0	1	3	app_manage	\N	applications	\N	3
14	2024-01-02 01:07:30.400137	\N	测试中心	\N	\N	1	0	1	3	test_center	\N	test_center	\N	4
15	2024-01-02 01:07:30.400609	\N	设备数量	\N	\N	2	0	1	4	device_manage	\N	device_count	\N	1
\.


--
-- Data for Name: streams_points; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.streams_points ("dataPointIntID", "dataStreamIntID") FROM stdin;
\.


--
-- Data for Name: system_info; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.system_info (id, "createAt", "updateAt", key, value) FROM stdin;
1	2024-01-02 01:07:31.597078	\N	mqttBroker	\N
2	2024-01-02 01:07:31.598226	\N	mqttsBroker	\N
3	2024-01-02 01:07:31.598745	\N	mqttssBroker	\N
4	2024-01-02 01:07:31.599121	\N	coapBroker	\N
5	2024-01-02 01:07:31.599485	\N	coapsBroker	\N
6	2024-01-02 01:07:31.599854	\N	coapssBroker	\N
7	2024-01-02 01:07:31.600183	\N	wsBroker	\N
8	2024-01-02 01:07:31.600474	\N	wssBroker	\N
9	2024-01-02 01:07:31.600766	\N	projectVersion	\N
\.


--
-- Data for Name: tenants; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.tenants (id, "createAt", "updateAt", "tenantType", "tenantID", company, "companySize", "companyAddress", "contactPerson", "contactPhone", "contactEmail", "tenantBalance", "invoiceBalance", enable, logo, "logoDark", "deviceCount") FROM stdin;
1	2024-01-02 01:07:51.675105	\N	1	PuA8G2tnq	\N					admin@123.com	0	0	1	\N	\N	-1
\.


--
-- Data for Name: timer_publish; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.timer_publish (id, "createAt", "updateAt", "taskName", "taskStatus", "timerType", topic, payload, "intervalTime", "crontabTime", "deviceIntID", "userIntID") FROM stdin;
\.


--
-- Data for Name: upload_info; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.upload_info (id, "createAt", "updateAt", "fileName", "displayName", "fileType", "userIntID") FROM stdin;
\.


--
-- Data for Name: users; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.users (id, "createAt", "updateAt", username, nickname, email, department, phone, enable, password, "lastRequestTime", "loginTime", "expiresAt", "userAuthType", "roleIntID", "tenantID") FROM stdin;
1	2024-01-02 01:07:51.72601	2024-01-02 01:08:06.370788	admin@123.com	\N	admin@123.com	\N		1	$2a$10$4NmilDxN7gxfbQtag6IACe/6QsrlAak2UyF3JvRCwaz5uZEim4VZm	2024-01-02 01:08:06.370051	2024-01-02 01:07:55.677633	\N	1	3	PuA8G2tnq
\.


--
-- Data for Name: users_groups; Type: TABLE DATA; Schema: public; Owner: actorcloud
--

COPY public.users_groups ("userIntID", "groupID") FROM stdin;
\.


--
-- Name: actions_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.actions_id_seq', 1, false);


--
-- Name: actor_tasks_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.actor_tasks_id_seq', 1, false);


--
-- Name: app_api_logs_day_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.app_api_logs_day_id_seq', 1, false);


--
-- Name: app_api_logs_hour_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.app_api_logs_hour_id_seq', 1, false);


--
-- Name: app_api_logs_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.app_api_logs_id_seq', 1, false);


--
-- Name: app_api_logs_month_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.app_api_logs_month_id_seq', 1, false);


--
-- Name: applications_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.applications_id_seq', 1, false);


--
-- Name: certs_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.certs_id_seq', 1, false);


--
-- Name: codec_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.codec_id_seq', 1, false);


--
-- Name: current_alerts_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.current_alerts_id_seq', 1, false);


--
-- Name: data_points_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.data_points_id_seq', 1, false);


--
-- Name: data_streams_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.data_streams_id_seq', 1, false);


--
-- Name: device_count_day_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.device_count_day_id_seq', 1, false);


--
-- Name: device_count_hour_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.device_count_hour_id_seq', 1, false);


--
-- Name: device_count_month_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.device_count_month_id_seq', 1, false);


--
-- Name: devices_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.devices_id_seq', 1, false);


--
-- Name: dict_code_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.dict_code_id_seq', 158, true);


--
-- Name: emqx_bills_day_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.emqx_bills_day_id_seq', 1, false);


--
-- Name: emqx_bills_month_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.emqx_bills_month_id_seq', 1, false);


--
-- Name: groups_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.groups_id_seq', 1, false);


--
-- Name: history_alerts_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.history_alerts_id_seq', 1, false);


--
-- Name: invitations_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.invitations_id_seq', 1, false);


--
-- Name: login_logs_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.login_logs_id_seq', 1, true);


--
-- Name: lwm2m_items_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.lwm2m_items_id_seq', 1322, true);


--
-- Name: lwm2m_objects_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.lwm2m_objects_id_seq', 163, true);


--
-- Name: messages_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.messages_id_seq', 1, false);


--
-- Name: permissions_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.permissions_id_seq', 482, true);


--
-- Name: products_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.products_id_seq', 1, false);


--
-- Name: resources_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.resources_id_seq', 116, true);


--
-- Name: roles_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.roles_id_seq', 9, true);


--
-- Name: rules_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.rules_id_seq', 1, false);


--
-- Name: services_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.services_id_seq', 15, true);


--
-- Name: system_info_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.system_info_id_seq', 9, true);


--
-- Name: tenants_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.tenants_id_seq', 1, true);


--
-- Name: timer_publish_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.timer_publish_id_seq', 1, false);


--
-- Name: upload_info_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.upload_info_id_seq', 1, false);


--
-- Name: users_id_seq; Type: SEQUENCE SET; Schema: public; Owner: actorcloud
--

SELECT pg_catalog.setval('public.users_id_seq', 1, true);


--
-- Name: actions actions_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.actions
    ADD CONSTRAINT actions_pkey PRIMARY KEY (id);


--
-- Name: actor_tasks actor_tasks_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.actor_tasks
    ADD CONSTRAINT actor_tasks_pkey PRIMARY KEY (id);


--
-- Name: actor_tasks actor_tasks_taskID_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.actor_tasks
    ADD CONSTRAINT "actor_tasks_taskID_key" UNIQUE ("taskID");


--
-- Name: alembic_version alembic_version_pkc; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.alembic_version
    ADD CONSTRAINT alembic_version_pkc PRIMARY KEY (version_num);


--
-- Name: app_api_logs_day app_api_logs_day_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_day
    ADD CONSTRAINT app_api_logs_day_pkey PRIMARY KEY (id);


--
-- Name: app_api_logs_hour app_api_logs_hour_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_hour
    ADD CONSTRAINT app_api_logs_hour_pkey PRIMARY KEY (id);


--
-- Name: app_api_logs_month app_api_logs_month_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_month
    ADD CONSTRAINT app_api_logs_month_pkey PRIMARY KEY (id);


--
-- Name: app_api_logs app_api_logs_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs
    ADD CONSTRAINT app_api_logs_pkey PRIMARY KEY (id);


--
-- Name: applications applications_appID_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.applications
    ADD CONSTRAINT "applications_appID_key" UNIQUE ("appID");


--
-- Name: applications applications_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.applications
    ADD CONSTRAINT applications_pkey PRIMARY KEY (id);


--
-- Name: certs_devices certs_devices_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.certs_devices
    ADD CONSTRAINT certs_devices_pkey PRIMARY KEY ("deviceIntID", "certIntID");


--
-- Name: certs certs_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.certs
    ADD CONSTRAINT certs_pkey PRIMARY KEY (id);


--
-- Name: codec codec_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.codec
    ADD CONSTRAINT codec_pkey PRIMARY KEY (id);


--
-- Name: connect_logs connect_logs_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.connect_logs
    ADD CONSTRAINT connect_logs_pkey PRIMARY KEY ("msgTime", "deviceID", "tenantID");


--
-- Name: current_alerts current_alerts_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.current_alerts
    ADD CONSTRAINT current_alerts_pkey PRIMARY KEY (id);


--
-- Name: data_points data_points_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_points
    ADD CONSTRAINT data_points_pkey PRIMARY KEY (id);


--
-- Name: data_streams data_streams_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_streams
    ADD CONSTRAINT data_streams_pkey PRIMARY KEY (id);


--
-- Name: device_count_day device_count_day_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_day
    ADD CONSTRAINT device_count_day_pkey PRIMARY KEY (id);


--
-- Name: device_count_hour device_count_hour_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_hour
    ADD CONSTRAINT device_count_hour_pkey PRIMARY KEY (id);


--
-- Name: device_count_month device_count_month_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_month
    ADD CONSTRAINT device_count_month_pkey PRIMARY KEY (id);


--
-- Name: device_events_day device_events_day_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_events_day
    ADD CONSTRAINT device_events_day_pkey PRIMARY KEY ("countTime", "tenantID", "deviceID", "streamID", "dataPointID");


--
-- Name: device_events_hour device_events_hour_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_events_hour
    ADD CONSTRAINT device_events_hour_pkey PRIMARY KEY ("countTime", "tenantID", "deviceID", "streamID", "dataPointID");


--
-- Name: device_events_latest device_events_latest_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_events_latest
    ADD CONSTRAINT device_events_latest_pkey PRIMARY KEY ("tenantID", "deviceID");


--
-- Name: device_events_month device_events_month_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_events_month
    ADD CONSTRAINT device_events_month_pkey PRIMARY KEY ("countTime", "tenantID", "deviceID", "streamID", "dataPointID");


--
-- Name: device_events device_events_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_events
    ADD CONSTRAINT device_events_pkey PRIMARY KEY ("msgTime", "tenantID", "deviceID", "dataType");


--
-- Name: devices devices_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.devices
    ADD CONSTRAINT devices_pkey PRIMARY KEY (id);


--
-- Name: dict_code dict_code_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.dict_code
    ADD CONSTRAINT dict_code_pkey PRIMARY KEY (id);


--
-- Name: emqx_bills_day emqx_bills_day_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_day
    ADD CONSTRAINT emqx_bills_day_pkey PRIMARY KEY (id);


--
-- Name: emqx_bills_hour emqx_bills_hour_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_hour
    ADD CONSTRAINT emqx_bills_hour_pkey PRIMARY KEY ("msgType", "countTime", "tenantID");


--
-- Name: emqx_bills_month emqx_bills_month_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_month
    ADD CONSTRAINT emqx_bills_month_pkey PRIMARY KEY (id);


--
-- Name: end_devices end_devices_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.end_devices
    ADD CONSTRAINT end_devices_pkey PRIMARY KEY (id);


--
-- Name: gateways gateways_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.gateways
    ADD CONSTRAINT gateways_pkey PRIMARY KEY (id);


--
-- Name: groups_devices groups_devices_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.groups_devices
    ADD CONSTRAINT groups_devices_pkey PRIMARY KEY ("deviceIntID", "groupID");


--
-- Name: groups groups_groupID_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.groups
    ADD CONSTRAINT "groups_groupID_key" UNIQUE ("groupID");


--
-- Name: groups groups_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.groups
    ADD CONSTRAINT groups_pkey PRIMARY KEY (id);


--
-- Name: history_alerts history_alerts_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.history_alerts
    ADD CONSTRAINT history_alerts_pkey PRIMARY KEY (id);


--
-- Name: invitations invitations_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.invitations
    ADD CONSTRAINT invitations_pkey PRIMARY KEY (id);


--
-- Name: login_logs login_logs_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.login_logs
    ADD CONSTRAINT login_logs_pkey PRIMARY KEY (id);


--
-- Name: lwm2m_items lwm2m_items_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.lwm2m_items
    ADD CONSTRAINT lwm2m_items_pkey PRIMARY KEY (id);


--
-- Name: lwm2m_objects lwm2m_objects_objectID_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.lwm2m_objects
    ADD CONSTRAINT "lwm2m_objects_objectID_key" UNIQUE ("objectID");


--
-- Name: lwm2m_objects lwm2m_objects_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.lwm2m_objects
    ADD CONSTRAINT lwm2m_objects_pkey PRIMARY KEY (id);


--
-- Name: messages messages_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.messages
    ADD CONSTRAINT messages_pkey PRIMARY KEY (id);


--
-- Name: permissions permissions_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.permissions
    ADD CONSTRAINT permissions_pkey PRIMARY KEY (id);


--
-- Name: products products_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.products
    ADD CONSTRAINT products_pkey PRIMARY KEY (id);


--
-- Name: products products_productID_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.products
    ADD CONSTRAINT "products_productID_key" UNIQUE ("productID");


--
-- Name: publish_logs publish_logs_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.publish_logs
    ADD CONSTRAINT publish_logs_pkey PRIMARY KEY ("msgTime", "deviceID", "tenantID");


--
-- Name: resources resources_code_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.resources
    ADD CONSTRAINT resources_code_key UNIQUE (code);


--
-- Name: resources resources_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.resources
    ADD CONSTRAINT resources_pkey PRIMARY KEY (id);


--
-- Name: roles roles_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.roles
    ADD CONSTRAINT roles_pkey PRIMARY KEY (id);


--
-- Name: rules rules_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.rules
    ADD CONSTRAINT rules_pkey PRIMARY KEY (id);


--
-- Name: services services_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.services
    ADD CONSTRAINT services_pkey PRIMARY KEY (id);


--
-- Name: streams_points streams_points_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.streams_points
    ADD CONSTRAINT streams_points_pkey PRIMARY KEY ("dataPointIntID", "dataStreamIntID");


--
-- Name: system_info system_info_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.system_info
    ADD CONSTRAINT system_info_pkey PRIMARY KEY (id);


--
-- Name: tenants tenants_company_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.tenants
    ADD CONSTRAINT tenants_company_key UNIQUE (company);


--
-- Name: tenants tenants_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.tenants
    ADD CONSTRAINT tenants_pkey PRIMARY KEY (id);


--
-- Name: tenants tenants_tenantID_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.tenants
    ADD CONSTRAINT "tenants_tenantID_key" UNIQUE ("tenantID");


--
-- Name: timer_publish timer_publish_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.timer_publish
    ADD CONSTRAINT timer_publish_pkey PRIMARY KEY (id);


--
-- Name: upload_info upload_info_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.upload_info
    ADD CONSTRAINT upload_info_pkey PRIMARY KEY (id);


--
-- Name: users users_email_key; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users
    ADD CONSTRAINT users_email_key UNIQUE (email);


--
-- Name: users_groups users_groups_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users_groups
    ADD CONSTRAINT users_groups_pkey PRIMARY KEY ("userIntID", "groupID");


--
-- Name: users users_pkey; Type: CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users
    ADD CONSTRAINT users_pkey PRIMARY KEY (id);


--
-- Name: alerts_rule_key; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE UNIQUE INDEX alerts_rule_key ON public.current_alerts USING btree ("tenantID", "deviceID", "ruleIntID");


--
-- Name: connect_logs_msgTime_idx; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE INDEX "connect_logs_msgTime_idx" ON public.connect_logs USING btree ("msgTime");


--
-- Name: device_events_hour_countTime_idx; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE INDEX "device_events_hour_countTime_idx" ON public.device_events_hour USING btree ("countTime");


--
-- Name: device_events_msgTime_idx; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE INDEX "device_events_msgTime_idx" ON public.device_events USING btree ("msgTime");


--
-- Name: emqx_bills_hour_countTime_idx; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE INDEX "emqx_bills_hour_countTime_idx" ON public.emqx_bills_hour USING btree ("countTime");


--
-- Name: emqx_bills_msgTime_idx; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE INDEX "emqx_bills_msgTime_idx" ON public.emqx_bills USING btree ("msgTime");


--
-- Name: emqx_bills_union_idx; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE INDEX emqx_bills_union_idx ON public.emqx_bills USING btree ("msgTime", "tenantID", "deviceID", "msgType");


--
-- Name: publish_logs_msgTime_idx; Type: INDEX; Schema: public; Owner: actorcloud
--

CREATE INDEX "publish_logs_msgTime_idx" ON public.publish_logs USING btree ("msgTime");


--
-- Name: actions actions_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.actions
    ADD CONSTRAINT "actions_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: actions actions_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.actions
    ADD CONSTRAINT "actions_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: app_api_logs_day app_api_logs_day_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_day
    ADD CONSTRAINT "app_api_logs_day_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: app_api_logs_hour app_api_logs_hour_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_hour
    ADD CONSTRAINT "app_api_logs_hour_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: app_api_logs_month app_api_logs_month_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs_month
    ADD CONSTRAINT "app_api_logs_month_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: app_api_logs app_api_logs_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.app_api_logs
    ADD CONSTRAINT "app_api_logs_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: applications_groups applications_groups_applicationIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.applications_groups
    ADD CONSTRAINT "applications_groups_applicationIntID_fkey" FOREIGN KEY ("applicationIntID") REFERENCES public.applications(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: applications_groups applications_groups_groupID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.applications_groups
    ADD CONSTRAINT "applications_groups_groupID_fkey" FOREIGN KEY ("groupID") REFERENCES public.groups("groupID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: applications applications_roleIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.applications
    ADD CONSTRAINT "applications_roleIntID_fkey" FOREIGN KEY ("roleIntID") REFERENCES public.roles(id);


--
-- Name: applications applications_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.applications
    ADD CONSTRAINT "applications_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: certs_devices certs_devices_certIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.certs_devices
    ADD CONSTRAINT "certs_devices_certIntID_fkey" FOREIGN KEY ("certIntID") REFERENCES public.certs(id);


--
-- Name: certs_devices certs_devices_deviceIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.certs_devices
    ADD CONSTRAINT "certs_devices_deviceIntID_fkey" FOREIGN KEY ("deviceIntID") REFERENCES public.devices(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: certs certs_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.certs
    ADD CONSTRAINT "certs_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: codec codec_productID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.codec
    ADD CONSTRAINT "codec_productID_fkey" FOREIGN KEY ("productID") REFERENCES public.products("productID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: codec codec_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.codec
    ADD CONSTRAINT "codec_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: codec codec_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.codec
    ADD CONSTRAINT "codec_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: current_alerts current_alerts_ruleIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.current_alerts
    ADD CONSTRAINT "current_alerts_ruleIntID_fkey" FOREIGN KEY ("ruleIntID") REFERENCES public.rules(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: current_alerts current_alerts_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.current_alerts
    ADD CONSTRAINT "current_alerts_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: data_points data_points_productID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_points
    ADD CONSTRAINT "data_points_productID_fkey" FOREIGN KEY ("productID") REFERENCES public.products("productID");


--
-- Name: data_points data_points_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_points
    ADD CONSTRAINT "data_points_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: data_points data_points_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_points
    ADD CONSTRAINT "data_points_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: data_streams data_streams_productID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_streams
    ADD CONSTRAINT "data_streams_productID_fkey" FOREIGN KEY ("productID") REFERENCES public.products("productID");


--
-- Name: data_streams data_streams_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_streams
    ADD CONSTRAINT "data_streams_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: data_streams data_streams_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.data_streams
    ADD CONSTRAINT "data_streams_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: device_count_day device_count_day_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_day
    ADD CONSTRAINT "device_count_day_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: device_count_hour device_count_hour_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_hour
    ADD CONSTRAINT "device_count_hour_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: device_count_month device_count_month_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.device_count_month
    ADD CONSTRAINT "device_count_month_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: devices devices_productID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.devices
    ADD CONSTRAINT "devices_productID_fkey" FOREIGN KEY ("productID") REFERENCES public.products("productID");


--
-- Name: devices devices_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.devices
    ADD CONSTRAINT "devices_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: devices devices_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.devices
    ADD CONSTRAINT "devices_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: emqx_bills_day emqx_bills_day_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_day
    ADD CONSTRAINT "emqx_bills_day_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: emqx_bills_hour emqx_bills_hour_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_hour
    ADD CONSTRAINT "emqx_bills_hour_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: emqx_bills_month emqx_bills_month_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.emqx_bills_month
    ADD CONSTRAINT "emqx_bills_month_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: end_devices end_devices_gateway_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.end_devices
    ADD CONSTRAINT end_devices_gateway_fkey FOREIGN KEY (gateway) REFERENCES public.gateways(id);


--
-- Name: end_devices end_devices_id_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.end_devices
    ADD CONSTRAINT end_devices_id_fkey FOREIGN KEY (id) REFERENCES public.devices(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: end_devices end_devices_parentDevice_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.end_devices
    ADD CONSTRAINT "end_devices_parentDevice_fkey" FOREIGN KEY ("parentDevice") REFERENCES public.end_devices(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: gateways gateways_id_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.gateways
    ADD CONSTRAINT gateways_id_fkey FOREIGN KEY (id) REFERENCES public.devices(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: groups_devices groups_devices_deviceIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.groups_devices
    ADD CONSTRAINT "groups_devices_deviceIntID_fkey" FOREIGN KEY ("deviceIntID") REFERENCES public.devices(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: groups_devices groups_devices_groupID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.groups_devices
    ADD CONSTRAINT "groups_devices_groupID_fkey" FOREIGN KEY ("groupID") REFERENCES public.groups("groupID");


--
-- Name: groups groups_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.groups
    ADD CONSTRAINT "groups_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: history_alerts history_alerts_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.history_alerts
    ADD CONSTRAINT "history_alerts_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: invitations invitations_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.invitations
    ADD CONSTRAINT "invitations_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: login_logs login_logs_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.login_logs
    ADD CONSTRAINT "login_logs_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: lwm2m_items lwm2m_items_objectID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.lwm2m_items
    ADD CONSTRAINT "lwm2m_items_objectID_fkey" FOREIGN KEY ("objectID") REFERENCES public.lwm2m_objects("objectID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: messages messages_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.messages
    ADD CONSTRAINT "messages_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: permissions permissions_resourceIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.permissions
    ADD CONSTRAINT "permissions_resourceIntID_fkey" FOREIGN KEY ("resourceIntID") REFERENCES public.resources(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: permissions permissions_roleIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.permissions
    ADD CONSTRAINT "permissions_roleIntID_fkey" FOREIGN KEY ("roleIntID") REFERENCES public.roles(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: products products_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.products
    ADD CONSTRAINT "products_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: resources resources_parentCode_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.resources
    ADD CONSTRAINT "resources_parentCode_fkey" FOREIGN KEY ("parentCode") REFERENCES public.resources(code);


--
-- Name: roles roles_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.roles
    ADD CONSTRAINT "roles_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: rules_actions rules_actions_actionIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.rules_actions
    ADD CONSTRAINT "rules_actions_actionIntID_fkey" FOREIGN KEY ("actionIntID") REFERENCES public.actions(id);


--
-- Name: rules_actions rules_actions_ruleIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.rules_actions
    ADD CONSTRAINT "rules_actions_ruleIntID_fkey" FOREIGN KEY ("ruleIntID") REFERENCES public.rules(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: rules rules_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.rules
    ADD CONSTRAINT "rules_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: rules rules_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.rules
    ADD CONSTRAINT "rules_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: streams_points streams_points_dataPointIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.streams_points
    ADD CONSTRAINT "streams_points_dataPointIntID_fkey" FOREIGN KEY ("dataPointIntID") REFERENCES public.data_points(id);


--
-- Name: streams_points streams_points_dataStreamIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.streams_points
    ADD CONSTRAINT "streams_points_dataStreamIntID_fkey" FOREIGN KEY ("dataStreamIntID") REFERENCES public.data_streams(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: tenants tenants_logoDark_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.tenants
    ADD CONSTRAINT "tenants_logoDark_fkey" FOREIGN KEY ("logoDark") REFERENCES public.upload_info(id) ON UPDATE CASCADE;


--
-- Name: tenants tenants_logo_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.tenants
    ADD CONSTRAINT tenants_logo_fkey FOREIGN KEY (logo) REFERENCES public.upload_info(id) ON UPDATE CASCADE;


--
-- Name: timer_publish timer_publish_deviceIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.timer_publish
    ADD CONSTRAINT "timer_publish_deviceIntID_fkey" FOREIGN KEY ("deviceIntID") REFERENCES public.devices(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: timer_publish timer_publish_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.timer_publish
    ADD CONSTRAINT "timer_publish_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: upload_info upload_info_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.upload_info
    ADD CONSTRAINT "upload_info_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id);


--
-- Name: users_groups users_groups_groupID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users_groups
    ADD CONSTRAINT "users_groups_groupID_fkey" FOREIGN KEY ("groupID") REFERENCES public.groups("groupID") ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: users_groups users_groups_userIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users_groups
    ADD CONSTRAINT "users_groups_userIntID_fkey" FOREIGN KEY ("userIntID") REFERENCES public.users(id) ON UPDATE CASCADE ON DELETE CASCADE;


--
-- Name: users users_roleIntID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users
    ADD CONSTRAINT "users_roleIntID_fkey" FOREIGN KEY ("roleIntID") REFERENCES public.roles(id);


--
-- Name: users users_tenantID_fkey; Type: FK CONSTRAINT; Schema: public; Owner: actorcloud
--

ALTER TABLE ONLY public.users
    ADD CONSTRAINT "users_tenantID_fkey" FOREIGN KEY ("tenantID") REFERENCES public.tenants("tenantID");


--
-- PostgreSQL database dump complete
--