package org.springnewfiber.dataadapter.xf;

import com.alibaba.fastjson.JSONObject;
import java.util.ArrayList;
import java.util.List;
import lombok.Getter;
import org.apache.commons.lang3.StringUtils;
import org.springnewfiber.dataadapter.xf.entity.BaseXfInterfaceEntity;
import org.springnewfiber.dataadapter.xf.entity.MonitorChnlDataDto;
import org.springnewfiber.dataadapter.xf.entity.MonitorLakeData;
import org.springnewfiber.dataadapter.xf.entity.MonitorMeteorologicalData;
import org.springnewfiber.dataadapter.xf.entity.MonitorPptnData;
import org.springnewfiber.dataadapter.xf.entity.MonitorPumpData;
import org.springnewfiber.dataadapter.xf.entity.MonitorRiverData;
import org.springnewfiber.dataadapter.xf.entity.MonitorSoilData;
import org.springnewfiber.dataadapter.xf.entity.MonitorWasData;
import org.springnewfiber.dataadapter.xf.entity.MonitorWetlogData;

@Getter
public enum XfDataEnum {
	/**
	 *
	 */
    ChnlData("ChnlData","港渠信息"),
    ForcastData("ForcastData","汉口水情"),
    LakeData("LakeData","湖泊监测数据"),
    Meteorological("Meteorological","气象站实时监测数据"),
    PptnData("PptnData","降雨量"),
    PumpData("PumpData","泵站信息"),
    RiverData("RiverData","河道信息"),
    SoilData("SoilData","土壤墒情"),
    WasData("WasData","涵闸监测数据"),
    WetlogData("WetlogData","渍水实时数据"),
    ;
    private String code;
    private String remark;

    XfDataEnum(String code, String remark) {
        this.code = code;
        this.remark = remark;
    }
    public static XfDataEnum match(String code){
        for (XfDataEnum value : XfDataEnum.values()) {
            if(StringUtils.equalsIgnoreCase(value.getCode(),code)){
                return value;
            }
        }
        return null;
    }

    @SuppressWarnings("unchecked")
    public static <T extends BaseXfInterfaceEntity> List<T> parse(String data, XfDataEnum xfDataEnum){
    	List<T> result = new ArrayList<>();

	    if (xfDataEnum == XfDataEnum.ChnlData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorChnlDataDto.class);
//	    } else if (xfDataEnum == XfDataEnum.ForcastData) {
//		    result = JSONObject.parseArray(data, MonitorForcastData.class);
	    } else if (xfDataEnum == XfDataEnum.LakeData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorLakeData.class);
		} else if (xfDataEnum == XfDataEnum.Meteorological) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorMeteorologicalData.class);
		} else if (xfDataEnum == XfDataEnum.PptnData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorPptnData.class);
		} else if (xfDataEnum == XfDataEnum.PumpData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorPumpData.class);
		} else if (xfDataEnum == XfDataEnum.RiverData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorRiverData.class);
		} else if (xfDataEnum == XfDataEnum.SoilData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorSoilData.class);
		} else if (xfDataEnum == XfDataEnum.WasData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorWasData.class);
		} else if (xfDataEnum == XfDataEnum.WetlogData) {
		    result = (List<T>) JSONObject.parseArray(data, MonitorWetlogData.class);
		}

	    return result;
    }

}