package com.doumee.core.device.model;

import com.doumee.core.utils.Constants;

import java.util.ArrayList;
import java.util.List;

public class ElectronicConstant {
    // 授权码 登录 后台获取， 联系你的甲方或者是销售
    public static String auth_code = "1f29d378fc6792d5d2b735877993ffb7";
    // 随机字符串 后台获取
    public static String nonce = "lvyOY7fcun719WkxF8ToVYatStgt";
    public static String debug_meter = "000066660942";
    // 异步通知地址（服务如果部署在内网，在公网无法直接访问到，需要在路由器上配置端口映射，或者配置内网穿透工具来实现访问） 此处仅为测试 示例
    public static String notify_url = "http://115.221.15.8:8055/electronic/electricalNotify";
    public static String api_url = "http://api1.tqdianbiao.com";
    public static String api2_url = "http://api2.tqdianbiao.com";


    /**
     * 报警事件id查询表
     */
    public  enum warningDefId{
        w1001(1001,"A相有功功率反向",0,"指示电流方向是否正常，进出线接反时触发报警。"),
        w1002(1002,"B相有功功率反向",0,"指示电流方向是否正常，进出线接反时触发报警。"),
        w1003(1003,"C相有功功率反向",0,"指示电流方向是否正常，进出线接反时触发报警。"),
        w1004(1004,"断电报警",0,"指示线路通断状态，表端拉闸状态时触发报警，拉闸原因通常包含余额不足，手动拉闸，超负荷，开表盖。"),
        w1005(1005,"开盖报警",0,"支持开盖检测的设备表盖打开时触发报警，可防止非法打开电表盖的偷电行为。"),
        w1006(1006,"A相过载",0,"设备运行期间长时间超过设定的负荷限制，通常会引起电表跳闸断电。"),
        w1007(1007,"B相过载",0,"设备运行期间B相线路长时间超过设定的负荷限制，通常会引起电表跳闸断电。"),
        w1008(1008,"C相过载",0,"设备运行期间C相线路长时间超过设定的负荷限制，通常会引起电表跳闸断电。"),
        w1009(1009,"计量故障",0,"设备因电网剧烈波动或内部元器件损坏原因导致无法正常计量。"),
        w1010(1010,"电费透支",0,"开启预付费模式的电表余额欠费超过1元。"),
        w1011(1011,"余额不足一级报警",0,"开启预付费模式的电表余额小于设定的一级报警金额阈值。"),
        w1012(1012,"余额不足二级报警",0,"开启预付费模式的电表余额小于设定的二级报警金额阈值。"),
        w1013(1013,"电表连续通讯异常",0,"后台与设备连续通讯失败超过10次以上。"),
        w1014(1014,"设备信号弱",0,"设备信号完全无法保障通讯时报警。"),
        w1015(1015,"连续用电量过低",0,"系统设置一定时间段内用电量低于阈值触发报警，可用于检查用户异常或窃电行为。"),
        w1016(1016,"连续用电量过高",0,"系统设置一定时间段内用电量高于阈值触发报警，可用于检查用户异常用电行为。"),
        w1017(1017,"A相无功功率反向",0,"指示三相电表A相无功电能方向是否正常，进出线接反或负荷异常时触发报警。"),
        w1018(1018,"B相无功功率反向",0,"指示三相电表B相无功电能方向是否正常，进出线接反或负荷异常时触发报警。"),
        w1019(1019,"C相无功功率反向",0,"指示三相电表C相无功电能方向是否正常，进出线接反或负荷异常时触发报警。"),
        w1020(1020,"A相失压",0,"指示电表计量是否异常或三相电表A相是否存在不平衡现象。"),
        w1021(1021,"A相欠压",0,"指示电表计量是否异常或三相电表A相电网参数异常。"),
        w1022(1022,"A相过压",0,"指示电表计量是否异常或三相电表A相电网参数异常。"),
        w1023(1023,"B相失压",0,"指示电表计量是否异常或三相电表B相是否存在不平衡现象。"),
        w1024(1024,"B相欠压",0,"指示电表计量是否异常或三相电表B相电网参数异常。"),
        w1025(1025,"B相过压",0,"指示电表计量是否异常或三相电表B相是否存在不平衡现象。"),
        w1026(1026,"C相失压",0,"指示电表计量是否异常或三相电表C相电网参数异常。"),
        w1027(1027,"C相欠压",0,"指示电表计量是否异常或三相电表C相是否存在不平衡现象。"),
        w1028(1028,"C相过压",0,"指示电表计量是否异常或三相电表C相电网参数异常。"),
        w1043(1043,"温度异常",0,"指示电表是否检测到温度异常。"),
        w1044(1044,"总功率因数超下限",0,"指示三相电表总功率因数过低，用电质量差。（需特定款表支持）"),
        w1045(1045,"电流不平衡",0,"指示三相电表三相负荷不平衡，增加线路损耗。（需特定款表支持）"),
        w1046(1046,"电压不平衡",0,"指示三相电表三相负荷不平衡，增加线路损耗。（需特定款表支持）"),
        w1047(1047,"电流逆相序",0,"指示三相电表交流电电流的相位与电压相反。（需特定款表支持）"),
        w1048(1048,"电压逆相序",0,"指示三相电表三相电压的相序与正常顺序相反。（需特定款表支持）"),
        w1049(1049,"恶性负载",0,"又称阻性负载，指示电表负载中出现大功率直热式电器，易造成火灾等情况。（需特定款表支持）"),
        w1050(1050,"电动车充电检测",0,"识别特定类型电器接入负载端，提高用电安全。（需特定款表支持）"),
        w1051(1051,"漏电检测",0,"识别电路中是否存在漏电情况，提高用电安全。（需特定款表支持）"),
        w1052(1052,"调压器检测",0,"识别电路中是否存在调压器等装置绕过恶性负载检测。（需特定款表支持）"),
        w1053(1053,"电弧检测",0,"识别电路中是否存在电弧情况，防止引起火灾，提高用电安全。（需特定款表支持）"),
        w1029(1029,"关阀",0,"指示阀门通断状态，表端关阀状态时触发报警，关阀原因通常包含余额不足，手动关阀，电池耗尽，磁干扰等原因。"),
        w1030(1030,"阀门异常",0,"指示设备电子计量传感器部分是否正常工作或存在外部干扰。"),
        w1031(1031,"传感器异常",0,"指示设备电子计量传感器部分是否正常工作或存在外部干扰。"),
        w1032(1032,"磁干扰",0,"指示设备电子计量部分是否正常工作或存在外部干扰。"),
        w1033(1033,"电池欠压",0,"指示电池是否即将耗尽，电池完全耗尽后电子部分无法同步机械部分数据，无法通讯，不能正常扣减余额和关阀。"),
        w1034(1034,"通讯信号弱",0,"指示设备与采集器或服务器通讯能力减弱或无法通讯。"),
        w1035(1035,"水费透支",0,"开启预付费模式的水费余额欠费超过1元或0.1m³。"),
        w1036(1036,"余额不足一级报警",0,"开启预付费模式的水表余额小于设定的一级报警阈值。"),
        w1037(1037,"余额不足二级报警",0,"开启预付费模式的水表余额小于设定的二级报警阈值。"),
        w1038(1038,"水表连续通讯异常",0,"后台与设备连续通讯失败超过10次以上。"),
        w1039(1039,"连续用水量过低",0,"系统设置一定时间段内用水量低于阈值触发报警，可用于检查用户异常行为或窃水行为。"),
        w1041(1041,"设备信号弱",0,"设备信号完全无法保障通讯时报警。"),
        w1042(1042,"通讯设备长时间离线",0,"设备长时间离线，后台无法正常采集数据。"),

        ;
        // 成员变量
        private int key;
        private int type;// 0表示电表，1表示水表，9表示采集器
        private String name;
        private String info;

        // 构造方法
        warningDefId(int key,String name ,int type,String info) {
            this.key = key;
            this.type = type;
            this.info = info;
            this.name = name;
        }

        public static warningDefId getByKey(int key) {
            for (warningDefId c : values()) {
                if (c.getKey() == key) {
                    return c;
                }
            }
            return null;
        }

        public static List<warningDefId> listByDeviceType(int deviceType) {
            List<warningDefId> list = new ArrayList<>();
            for (warningDefId c : values()) {
                if (c.getType() == deviceType) {
                    list.add(c);
                }
            }
            return list;
        }

        public int getKey() {
            return key;
        }

        public void setKey(int key) {
            this.key = key;
        }

        public int getType() {
            return type;
        }

        public void setType(int type) {
            this.type = type;
        }

        public String getName() {
            return name;
        }

        public void setName(String name) {
            this.name = name;
        }

        public String getInfo() {
            return info;
        }

        public void setInfo(String info) {
            this.info = info;
        }
    }

}