package com.huimv.environ.eco.controller;


import cn.hutool.http.HttpUtil;
import com.baomidou.mybatisplus.core.conditions.query.LambdaQueryWrapper;
import com.baomidou.mybatisplus.core.toolkit.Wrappers;
import com.dahuatech.icc.exception.ClientException;
import com.huimv.common.utils.AirQualityIndexUtil;
import com.huimv.common.utils.Result;
import com.huimv.common.utils.ResultCode;
import com.huimv.environ.eco.entity.DayWeatherEntity;
import com.huimv.environ.eco.entity.Farm;
import com.huimv.environ.eco.entity.WeatherResultEntity;
import com.huimv.environ.eco.mapper.FarmMapper;
import net.sf.json.JSONObject;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.web.bind.annotation.RequestMapping;
import org.springframework.web.bind.annotation.RequestParam;
import org.springframework.web.bind.annotation.RestController;

import java.nio.charset.Charset;
import java.util.ArrayList;
import java.util.Date;
import java.util.List;
import java.util.Map;

@RestController
@RequestMapping("/weather")
public class WeatherController {


    @Autowired
    private FarmMapper farmMapper;


    @RequestMapping("/info")

    public Result getAccidentRecord(@RequestParam Map<String, Object> params) throws ClientException {

        String farmId = (String) params.get("farmId");

        LambdaQueryWrapper<Farm> wrapper = Wrappers.lambdaQuery();

        wrapper.eq(Farm::getId, farmId);//未删除的阈值

        Farm farm = farmMapper.selectOne(wrapper);

        String[] location = farm.getFrontLocation().split(",");

        String province = location[0];

        String city = location[1];

        String county = location[2];





        // log.info("当前城市为=======>" +province+city+county);

        //直接通过它计算出24小时之内的温度同时以一个新的数组存入表中，数据的取出和比较值后面进行

        String url = "https://wis.qq.com/weather/common";

        String param = "source=xw&weather_type=observe|forecast_1h|forecast_24h|index|alarm|limit|tips&province=" + province + "&city=" + city + "&county=" + county;

        String result = HttpUtil.urlWithForm(url, param, Charset.defaultCharset(), true);

//        System.out.println(result);

        String s = HttpUtil.get(result);

        //对S进行解析，首先获取当天24小时的温度情况

        JSONObject jsonObject = JSONObject.fromObject(s);

        Object data = jsonObject.get("data");

        JSONObject jsonData = JSONObject.fromObject(data);

//        System.out.println(jsonData);

        Object forecastobject24hDetail = JSONObject.fromObject(jsonData.get("forecast_24h")).get("1"); //24小时天气预报的  “1”  为当天的天气预报



        Object tomorrow = JSONObject.fromObject(jsonData.get("forecast_24h")).get("2"); //24小时天气预报的  “1”  为当天的天气预报

        Object towTomorrow = JSONObject.fromObject(jsonData.get("forecast_24h")).get("3"); //24小时天气预报的  “1”  为当天的天气预报

        DayWeatherEntity tomorrowEntity = new DayWeatherEntity();

        tomorrowEntity.setMax_degree((String)JSONObject.fromObject(tomorrow).get("max_degree") );

        tomorrowEntity.setMin_degree((String)JSONObject.fromObject(tomorrow).get("min_degree") );

        tomorrowEntity.setDay_weather((String)JSONObject.fromObject(tomorrow).get("day_weather") );



        DayWeatherEntity towTomorrowEntity = new DayWeatherEntity();

        towTomorrowEntity.setMax_degree((String)JSONObject.fromObject(towTomorrow).get("max_degree") );

        towTomorrowEntity.setMin_degree((String)JSONObject.fromObject(towTomorrow).get("min_degree") );

        towTomorrowEntity.setDay_weather((String)JSONObject.fromObject(towTomorrow).get("day_weather") );





        Object forecastobject01hDetail = JSONObject.fromObject(jsonData.get("forecast_1h")).get("0"); //24小时天气预报的  “1”  为当天的天气预报





        Object alarm = JSONObject.fromObject(jsonData).get("alarm");//报警信息

        Object degree = JSONObject.fromObject(forecastobject01hDetail).get("degree");//当前温度





        Object maxDegree = JSONObject.fromObject(forecastobject24hDetail).get("max_degree");//当天最高温

        Object minDegree = JSONObject.fromObject(forecastobject24hDetail).get("min_degree");//当天最 低温





        Object day_weather = JSONObject.fromObject(forecastobject24hDetail).get("day_weather");//百天天气

        Object day_wind_direction = JSONObject.fromObject(forecastobject24hDetail).get("day_wind_direction");//西风

        Object day_wind_power = JSONObject.fromObject(forecastobject24hDetail).get("day_wind_power");//风力



        Object night_weather = JSONObject.fromObject(forecastobject24hDetail).get("night_weather");//夜间天气

        Object night_wind_direction = JSONObject.fromObject(forecastobject24hDetail).get("night_wind_direction");//夜间风向

        Object night_wind_power = JSONObject.fromObject(forecastobject24hDetail).get("night_wind_power");//夜间风力





        Object humidityValu = JSONObject.fromObject(jsonData.get("observe")).get("humidity");//湿度





        String airQualityIndex = AirQualityIndexUtil.queryWeather(city.substring(0, city.length() - 1));

        // log.info("空气质量为====>" + airQualityIndex);

        JSONObject forecastByhour = JSONObject.fromObject(jsonData.get("forecast_1h"));  //获得逐小时数据并遍历

        List<String> TimeList = new ArrayList<>();

        List<String> TempList = new ArrayList<>();



        for (int i = 0; i <24; i++) {

            //现在需要将逐小时的气温数据存在表里面  //初步实现，裁剪

            JSONObject HoureDate = JSONObject.fromObject(forecastByhour.get(String.valueOf(i)));

            String timeString = (String)HoureDate.get("update_time");

            //时间为这种格式，进行格式化处理   20210714180000

            StringBuffer stringDate=new StringBuffer(timeString).insert(4,"-").insert(7,"-").insert(10," ").insert(13,":").insert(16,":");

            //存储第二天逐小时天气预报以及信息

            TimeList.add(stringDate.toString());

            TempList.add(HoureDate.get("degree").toString());



        }



        WeatherResultEntity weatherResultEntity = new WeatherResultEntity();

        weatherResultEntity.setAlarm( alarm.toString());

        weatherResultEntity.setDegree((String) degree);

        weatherResultEntity.setMax_degree((String) maxDegree);

        weatherResultEntity.setMin_degree((String) minDegree);

        weatherResultEntity.setDay_weather((String) day_weather);

        weatherResultEntity.setDay_wind_direction((String) day_wind_direction);

        weatherResultEntity.setDay_wind_power((String) day_wind_power);

        weatherResultEntity.setNight_weather((String) night_weather);

        weatherResultEntity.setNight_wind_direction((String)night_wind_direction);

        weatherResultEntity.setNight_wind_power((String) night_wind_power);

        weatherResultEntity.setHumidity((String) humidityValu);

        weatherResultEntity.setAirQuility( airQualityIndex);

        weatherResultEntity.setSendTime(new Date());

        weatherResultEntity.setTimeList(TimeList);

        weatherResultEntity.setTempList(TempList);

        weatherResultEntity.setTomorrow(tomorrowEntity);//明天天气

        weatherResultEntity.setTowTomorrow(towTomorrowEntity);//后天天气


        return new Result(ResultCode.SUCCESS, weatherResultEntity);



    }



    /*public static void main(String[] args) {
        // 浙江省,杭州市,余杭区,咯咯3
        String province = "浙江省";
        String city = "杭州市";
        String county = "余杭区";
        Integer farmid =2;
        // log.info("当前城市为=======>" +province+city+county);
        //直接通过它计算出24小时之内的温度同时以一个新的数组存入表中，数据的取出和比较值后面进行
        String url = "https://wis.qq.com/weather/common";
        String param = "source=xw&weather_type=observe|forecast_1h|forecast_24h|index|alarm|limit|tips&province=" + province + "&city=" + city + "&county=" + county;
        String result = HttpUtil.urlWithForm(url, param, Charset.defaultCharset(), true);
        System.out.println(result);
        String s = HttpUtil.get(result);
        //对S进行解析，首先获取当天24小时的温度情况
        JSONObject jsonObject = JSONObject.fromObject(s);
        Object data = jsonObject.get("data");
        JSONObject jsonData = JSONObject.fromObject(data);
        System.out.println(jsonData);
        Object forecastobject24hDetail = JSONObject.fromObject(jsonData.get("forecast_24h")).get("1"); //24小时天气预报的  “1”  为当天的天气预报
        Object forecastobject01hDetail = JSONObject.fromObject(jsonData.get("forecast_1h")).get("0"); //24小时天气预报的  “1”  为当天的天气预报




        Object alarm = JSONObject.fromObject(jsonData).get("alarm");//报警信息
        Object degree = JSONObject.fromObject(forecastobject01hDetail).get("degree");//当前温度


        Object maxDegree = JSONObject.fromObject(forecastobject24hDetail).get("max_degree");//当天最高温
        Object minDegree = JSONObject.fromObject(forecastobject24hDetail).get("min_degree");//当天最低温


        Object day_weather = JSONObject.fromObject(forecastobject24hDetail).get("day_weather");//百天天气
        Object day_wind_direction = JSONObject.fromObject(forecastobject24hDetail).get("day_wind_direction");//西风
        Object day_wind_power = JSONObject.fromObject(forecastobject24hDetail).get("day_wind_power");//风力

        Object night_weather = JSONObject.fromObject(forecastobject24hDetail).get("night_weather");//夜间天气
        Object night_wind_direction = JSONObject.fromObject(forecastobject24hDetail).get("night_wind_direction");//夜间风向
        Object night_wind_power = JSONObject.fromObject(forecastobject24hDetail).get("night_wind_power");//夜间风力

        Object humidityValu =  JSONObject.fromObject(jsonData.get("observe")).get("humidity");//湿度


        System.out.println("canshu "+alarm);
        System.out.println("canshu "+degree);
        System.out.println("canshu "+maxDegree);
        System.out.println("canshu "+minDegree);
        System.out.println("canshu "+day_weather);
        System.out.println("canshu "+day_wind_direction);
        System.out.println("canshu "+day_wind_power);
        System.out.println("canshu "+night_weather);
        System.out.println("canshu "+night_wind_direction);
        System.out.println("canshu "+night_wind_power);
        System.out.println("canshu "+humidityValu);


    }*/
}