using log4net;
using Newtonsoft.Json;
using Quartz;
using RabbitMQ.Client;
using RDIFramework.Utilities;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Configuration;
using System.Data;
using System.Text;

namespace TimedUpload.QuartzJobs
{
    [DisallowConcurrentExecution]
    public class SecondaryPumpDataUploadJob : IJob
    {
        private readonly ILog log = LogManager.GetLogger(typeof(SecondaryPumpDataUploadJob));

        public void Execute(IJobExecutionContext context)
        {

            try
            {
                string[] uploadUrls = Constants.UploadUrl.Split('|');
                Dictionary<string, IConnection> connections = new Dictionary<string, IConnection>();
                Dictionary<string, IModel> channels = new Dictionary<string, IModel>();
                Dictionary<string, IBasicProperties> properties = new Dictionary<string, IBasicProperties>();

                foreach (string uploadUrl in uploadUrls)
                {
                    ConnectionFactory factory = new ConnectionFactory();
                    factory.HostName = uploadUrl;//主机名，Rabbit会拿这个IP生成一个endpoint，这个很熟悉吧，就是socket绑定的那个终结点。
                    factory.UserName = Constants.UploadUserName;//默认用户名,用户可以在服务端自定义创建，有相关命令行
                    factory.Password = Constants.UploadPassword;//默认密码

                    factory.AutomaticRecoveryEnabled = true; // 链接断开会自动重连

                    IConnection connection = factory.CreateConnection();
                    IModel channel = connection.CreateModel();
                    channel.QueueDeclare("secondaryPump.deviceHis", true, false, false, null);//创建一个名称为kibaqueue的消息队列

                    IBasicProperties property = channel.CreateBasicProperties();
                    property.ContentType = "text/plain";
                    property.DeliveryMode = 2; //持久化
                    connections.Add(uploadUrl, connection);
                    properties.Add(uploadUrl, property);
                    channels.Add(uploadUrl, channel);
                }

                if (channels.Count > 0)
                {
                    SendSecondaryPumpHis(channels, properties);
                }

                foreach (KeyValuePair<string, IConnection> item in connections)
                {
                    IConnection connection = item.Value;
                    connection.Close();
                }
            }
            catch (Exception ex)
            {

                log.Debug(ex.Message);
            }
        }

        /// <summary>
        /// 二供历史数据
        /// </summary>
        /// <param name="channels"></param
        /// <param name="properties"></param>
        private void SendSecondaryPumpHis(Dictionary<string, IModel> channels, Dictionary<string, IBasicProperties> properties)
        {
            try
            {
                log.Info("二供历史数据同步任务开始执行.................\r\n");
                string factorySql = "SELECT * FROM [dbo].[二供通用泵站] ORDER BY 日期, 时间";
                DataTable dtDevice = dbHelper.Fill(factorySql);
                string secondaryPumpColumn = Constants.SecondaryPumpColumn;
                if (string.IsNullOrEmpty(secondaryPumpColumn) || dtDevice == null || dtDevice.Rows.Count == 0)
                {
                    return;
                }

                string newSecondaryToDMACode = Constants.SecondaryToDMACode;
                // 处理设备列表
                #region
                // for (int i = 0; i < dtDevice.Rows.Count; i++)
                // {
                //DataRow dr = dtDevice.Rows[i];
                //string id = "2023/1/17 15:37";//dr["更新时间"].ToString();
                //string deviceCode = "wwkj006";// dr["编码"].ToString();
                //string PressureIn = "0";//dr["泵进口压力"].ToString();
                //string PressureOut = "10.802";//dr["泵出口压力"].ToString();
                //string PressureSet = "0";//dr["泵设定压力"].ToString();
                //string InstantFlow = "0";//dr["瞬时流量"].ToString();
                //string TotalFlow = "0";//dr["净累计流量"].ToString();
                //string PositiveToTalFlow = "0";//dr["正累计流量"].ToString();
                //string NegativeTotalFlow = "0";//dr["负累计流量"].ToString();
                //string PH = "0";//dr["PH"].ToString();
                //string Chlorine = "0";//dr["余氯"].ToString();
                //string Turbidity = "0";//dr["浊度"].ToString();
                //string LiquidHeight = "0";//dr["水箱液位"].ToString();
                //string VoltageA = "0";//dr["电压AB"].ToString();
                //string VoltageB = "0";//dr["电压AC"].ToString();
                //string VoltageC = "0";//dr["电压BC"].ToString();
                //string CurrentA = "0";//dr["电流A"].ToString();
                //string CurrentB = "0";//dr["电流B"].ToString();
                //string CurrentC = "0";//dr["电流C"].ToString();
                //string Consumption = "0";//dr["用电量"].ToString();
                //string LackWater ="0";//dr["缺水报警"].ToString();
                //string OverPressure = "0";//dr["超压报警"].ToString();
                //string HouseInlet = "1";//dr["进水报警"].ToString(); // 进水报警0为正常，1为进水。
                //string TubeBurst = "0";//dr["爆管报警"].ToString();
                //string NetState = "0";//dr["网络状态"].ToString(); // 0代表通讯正常，1代表网络故障，2代表现场485设备通讯故障

                //string readTime = "2023/1/17 15:37:14";//dr["日期"].ToString().Trim() + " " + dr["时间"].ToString().Trim();
                #endregion
                for (int i = 0; i < dtDevice.Rows.Count; i++)
                {
                    DataRow dr = dtDevice.Rows[i];
                    string id = dr["更新时间"].ToString();
                    string deviceCode = dr["编码"].ToString();
                    string PressureIn = dr["泵进口压力"] == DBNull.Value ? "0" : dr["泵进口压力"].ToString();
                    string PressureOut = dr["泵出口压力"] == DBNull.Value ? "0" : dr["泵出口压力"].ToString();
                    string PressureSet = dr["泵设定压力"] == DBNull.Value ? "0" : dr["泵设定压力"].ToString();
                    string InstantFlow = dr["瞬时流量"] == DBNull.Value ? "0" : dr["瞬时流量"].ToString();
                    string TotalFlow = dr["净累计流量"] == DBNull.Value ? "0" : dr["净累计流量"].ToString();
                    string PositiveToTalFlow = dr["正累计流量"] == DBNull.Value ? "0" : dr["正累计流量"].ToString();
                    string NegativeTotalFlow = dr["负累计流量"] == DBNull.Value ? "0" : dr["负累计流量"].ToString();
                    string PH = dr["PH"] == DBNull.Value ? "0" : dr["PH"].ToString();
                    string Chlorine = dr["余氯"] == DBNull.Value ? "0" : dr["余氯"].ToString();
                    string Turbidity = dr["浊度"] == DBNull.Value ? "0" : dr["浊度"].ToString();
                    string LiquidHeight = dr["水箱液位"] == DBNull.Value ? "0" : dr["水箱液位"].ToString();
                    string VoltageA = dr["电压AB"] == DBNull.Value ? "0" : dr["电压AB"].ToString();
                    string VoltageB = dr["电压AC"] == DBNull.Value ? "0" : dr["电压AC"].ToString();
                    string VoltageC = dr["电压BC"] == DBNull.Value ? "0" : dr["电压BC"].ToString();
                    string CurrentA = dr["电流A"] == DBNull.Value ? "0" : dr["电流A"].ToString();
                    string CurrentB = dr["电流B"] == DBNull.Value ? "0" : dr["电流B"].ToString();
                    string CurrentC = dr["电流C"] == DBNull.Value ? "0" : dr["电流C"].ToString();
                    string Consumption = dr["用电量"] == DBNull.Value ? "0" : dr["用电量"].ToString();
                    string LackWater = dr["缺水报警"] == DBNull.Value ? "0" : dr["缺水报警"].ToString();
                    string OverPressure = dr["超压报警"] == DBNull.Value ? "0" : dr["超压报警"].ToString();
                    string HouseInlet = dr["进水报警"] == DBNull.Value ? "0" : dr["进水报警"].ToString(); // 进水报警0为正常，1为进水。
                    string TubeBurst = dr["爆管报警"] == DBNull.Value ? "0" : dr["爆管报警"].ToString();
                    string NetState = dr["网络状态"] == DBNull.Value ? "0" : dr["网络状态"].ToString(); // 0代表通讯正常，1代表网络故障，2代表现场485设备通讯故障

                    string readTime = dr["日期"].ToString().Trim() + " " + dr["时间"].ToString().Trim();

                    Dictionary<string, object> deviceMap = new Dictionary<string, object>();
                    deviceMap["DeviceCode"] = deviceCode;
                    deviceMap["ReadTime"] = readTime;
                    deviceMap["PressureIN"] = PressureIn;
                    deviceMap["PressureOut"] = PressureOut;
                    deviceMap["PressureSet"] = PressureSet;
                    deviceMap["InstantFlow"] = InstantFlow;
                    deviceMap["TotalFlow"] = TotalFlow;
                    deviceMap["PositiveToTalFlow"] = PositiveToTalFlow;
                    deviceMap["NegativeTotalFlow"] = NegativeTotalFlow;
                    deviceMap["PH"] = PH;
                    deviceMap["Chlorine"] = Chlorine;
                    deviceMap["Turbidity"] = Turbidity;
                    deviceMap["LiquidHeight"] = LiquidHeight;
                    deviceMap["VoltageA"] = VoltageA;
                    deviceMap["VoltageB"] = VoltageB;
                    deviceMap["VoltageC"] = VoltageC;
                    deviceMap["CurrentA"] = CurrentA;
                    deviceMap["CurrentB"] = CurrentB;
                    deviceMap["CurrentC"] = CurrentC;
                    deviceMap["Consumption"] = Consumption;
                    deviceMap["LackWater"] = LackWater;
                    deviceMap["OverPressure"] = OverPressure;
                    deviceMap["HouseInlet"] = HouseInlet;
                    deviceMap["TubeBurst"] = TubeBurst;
                    deviceMap["NetState"] = NetState; 
                    ArrayList meterDataList = new ArrayList();
                    // 处理泵的数据
                    for (int j = 1; j < 4; j++)
                    {
                        Dictionary<string, object> meterMap = new Dictionary<string, object>();
                        string colPre = "";
                        switch (j) 
                        {
                            case 1:
                                colPre = "一泵";
                                break;
                            case 2:
                                colPre = "二泵";
                                break;
                            case 3:
                                colPre = "三泵";
                                break;
                        }

                        string meterCode = "wwkj" + j.ToString().PadLeft(3, '0');
                        string frequency = dr[colPre + "频率"] == DBNull.Value ? "0" : dr[colPre + "频率"].ToString();
                        string current = dr[colPre + "电流"] == DBNull.Value ? "0" : dr[colPre + "电流"].ToString();
                        string runState = dr[colPre + "运行状态"] == DBNull.Value ? "0" : dr[colPre + "运行状态"].ToString();
                        string power = dr[colPre + "功率"] == DBNull.Value ? "0" : dr[colPre + "功率"].ToString();
                        string voltage = dr[colPre + "电压"] == DBNull.Value ? "0" : dr[colPre + "电压"].ToString();

                        meterMap["PumpCode"] = meterCode;
                        meterMap["ReadTime"] = readTime;
                        meterMap["Frequency"] = frequency;
                        meterMap["Current"] = current;
                        meterMap["RunState"] = runState;
                        meterMap["Power"] = power;
                        meterMap["Voltage"] = voltage;
                        meterDataList.Add(meterMap);
                    }

                    if (meterDataList.Count == 0)
                    {
                        continue;
                    }
                    deviceMap["PumpData"] = meterDataList;


                    string message = JsonConvert.SerializeObject(deviceMap);

                    foreach (KeyValuePair<string, IModel> item in channels)
                    {
                        string key = item.Key;
                        IModel channel = item.Value;
                        IBasicProperties property = properties[key];
                        channel.BasicPublish("secondaryPump.deviceHis", "", property, Encoding.UTF8.GetBytes(message)); //生产消息
                    }

                    // 判断数据是否需要同步分区计量
                    if ("1".Equals(Constants.SecondaryToDMA))
                    {
                        string deviceCodeTemp = SecondaryToDMA(dr, channels, properties, newSecondaryToDMACode);


                        if ("".Equals(newSecondaryToDMACode))
                        {
                            newSecondaryToDMACode = deviceCodeTemp;
                        }
                        else
                        {

                            newSecondaryToDMACode = newSecondaryToDMACode + "," + deviceCodeTemp;
                        }
                    }

                    // 删除数据
                    string deleteSql = "DELETE FROM [dbo].[二供通用泵站] where 更新时间 = '" + id + "' and 编码 = '" + deviceCode + "'";
                    dbHelper.ExecuteNonQuery(deleteSql);
                }
                if ("1".Equals(Constants.SecondaryToDMA))
                {
                    UpdateAppConfig("SecondaryToDMACode", newSecondaryToDMACode);
                }

                log.Info("二供历史记录同步任务执行结束.................\r\n");
            }
            catch (Exception ex)
            {
                log.Error("二供历史记录同步任务执行错误：" + ex.Message + "===========" + ex.StackTrace + "\r\n");
            }
        }

        private string SecondaryToDMA(DataRow dr, Dictionary<string, IModel> channels, Dictionary<string, IBasicProperties> properties, string newSecondaryToDMACode)
        {
            string deviceName = dr["编号"].ToString();

            string deviceCode = dr["编码"].ToString() + "sc";

            #region 设备同步
            if (newSecondaryToDMACode != null && newSecondaryToDMACode.IndexOf(deviceCode) < 0)
            {
                StringBuilder messageDevice = new StringBuilder();
                messageDevice.Append("{");
                messageDevice.Append("\"meterAssessmentName\": \"").Append(deviceName).Append("\",");
                messageDevice.Append("\"isPressucre\": 1,");
                messageDevice.Append("\"isFlow\": 1,");
                messageDevice.Append("\"isZoneMeter\": 1,");
                messageDevice.Append("\"isTradeMeter\": 0,");
                messageDevice.Append("\"isLargeUser\": 0,");
                messageDevice.Append("\"isQuality\": 1,");
                messageDevice.Append("\"meterAssessmentCode\": \"").Append(deviceCode).Append("\",");
                messageDevice.Append("\"manufacturerCode\": \"").Append(Constants.ManufacturerCode).Append("\",");
                messageDevice.Append("\"meterTypeId\": \"2\"");
                messageDevice.Append("}");
                foreach (KeyValuePair<string, IModel> item in channels)
                {
                    string key = item.Key;
                    IModel channel = item.Value;
                    IBasicProperties property = properties[key];
                    channel.BasicPublish("zone.device", "", property, Encoding.UTF8.GetBytes(messageDevice.ToString())); //生产消息
                }
            }
            #endregion

            #region 历史数据同步
            String getDateTime = Convert.ToDateTime(dr["更新时间"]).ToString("yyyy-MM-dd HH:mm:ss");

            StringBuilder messageHis = new StringBuilder();
            messageHis.Append("{");
            messageHis.Append("\"meterAssessmentCode\": \"").Append(deviceCode).Append("\",");
            messageHis.Append("\"manufacturerCode\": ").Append(Constants.ManufacturerCode).Append(",");
            messageHis.Append("\"getDateTime\": \"").Append(getDateTime).Append("\",");
            if (Convert.DBNull != dr["净累计流量"])
            {
                messageHis.Append("\"netCumulativeFlow\": ").Append(Convert.ToDecimal(dr["净累计流量"])).Append(",");
            }
            if (Convert.DBNull != dr["正累计流量"])
            {
                messageHis.Append("\"positiveCumulativeFlow\": ").Append(Convert.ToDecimal(dr["正累计流量"])).Append(",");
            }
            if (Convert.DBNull != dr["负累计流量"])
            {
                messageHis.Append("\"negativeCumulativeFlow\": ").Append(Convert.ToDecimal(dr["负累计流量"])).Append(",");
            }
            if (Convert.DBNull != dr["瞬时流量"])
            {
                messageHis.Append("\"instantaneousFlow\": ").Append(Convert.ToDecimal(dr["瞬时流量"])).Append(",");
            }
            if (Convert.DBNull != dr["泵出口压力"])
            {
                messageHis.Append("\"pressure\": ").Append(Convert.ToDecimal(dr["泵出口压力"])).Append(",");
            }
            if (Convert.DBNull != dr["PH"])
            {
                messageHis.Append("\"ph\": ").Append(Convert.ToDecimal(dr["PH"])).Append(",");
            }
            if (Convert.DBNull != dr["余氯"])
            {
                messageHis.Append("\"chlorine\": ").Append(Convert.ToDecimal(dr["余氯"])).Append(",");
            }
            if (Convert.DBNull != dr["浊度"])
            {
                messageHis.Append("\"turbidity\": ").Append(Convert.ToDecimal(dr["浊度"])).Append(",");
            }
            messageHis.Append("}");

            foreach (KeyValuePair<string, IModel> item in channels)
            {
                string key = item.Key;
                IModel channel = item.Value;
                IBasicProperties property = properties[key];
                channel.BasicPublish("zone.deviceHis", "", property, Encoding.UTF8.GetBytes(messageHis.ToString())); //生产消息
            }
            #endregion

            return deviceCode;
        }

        /// <summary>
        /// 更新配置文件中的值
        /// </summary>
        /// <param name="key">键</param>
        /// <param name="value">值</param>
        private void UpdateAppConfig(String key, String value)
        {
            var cfg = ConfigurationManager.OpenExeConfiguration(ConfigurationUserLevel.None);
            cfg.AppSettings.Settings[key].Value = value;
            cfg.Save();
            ConfigurationManager.RefreshSection("appSettings");

        }

        static IDbProvider dbHelper
        {
            get
            {
                var DbDefine = DbFactoryProvider.GetProvider(CurrentDbType.SqlServer, Constants.WaterFactoryDbConncetion);
                return DbDefine;
            }
        }
    }
}