using Microsoft.AspNetCore.Http;
using VOL.Data.IServices.modbus;
using VOL.Entity.DomainModels;
using VOL.Core.Services;
using Microsoft.AspNetCore.Mvc;
using Autofac.Core;
using VOL.Core.Extensions.AutofacManager;
using System.Reflection.PortableExecutable;

namespace VOL.Data.Services.modbus
{
    public class DataProcessing : IDataProcessing, IDependency   // 继承IDependency，交给Ioc容器接管
    {
        private readonly IHttpContextAccessor _httpContextAccessor;

        public DataProcessing(IHttpContextAccessor httpContextAccessor) {
            _httpContextAccessor = httpContextAccessor;
        }


        // 读西门子数据
        public Dictionary<string, Dictionary<string, object>> readSiemensData(IModbusService modbus)
        {
            // 生产数据
            Dictionary<string, object> map1 = new Dictionary<string, object>
            {
                { "com_status",modbus.readData(1, 6430, "int16") },  // 通讯状态 5：通讯正常 15：通讯断线
                { "run_time", (int)modbus.readData(1, 6435, "int16") },    // 运行时长 分钟
                { "turnout_1",(int)modbus.readData(1, 6436, "int16") },  // 工单1产量 件
                { "turnout_2", (int)modbus.readData(1, 6437, "int16") },    // 工单2产量 件
                { "turnout_3", (int)modbus.readData(1, 6438, "int16") },    // 工单3产量 件
                { "turnout_all", (int)modbus.readData(1, 6439, "int16") }, // 当班产量 件
                { "status", modbus.readData(1, 6440, "int16") },        // 运行状态 0:待机 1：运行 2：故障
                { "schedule_1", (decimal)modbus.readData(1, 1315, "single") },    // 工单1任务进度 %
                { "schedule_2",(decimal) modbus.readData(1, 1317, "single") },   // 工单2任务进度 %
                { "schedule_3", (decimal)modbus.readData(1, 1319, "single") },   // 工单3任务进度 %
                { "yield_1", (decimal)modbus.readData(1, 1321, "single") },    // 工单1良品率  % 真实值 *= 100
                { "yield_2", (decimal)modbus.readData(1, 1323, "single") },   // 工单2良品率  % 真实值 *= 100
                { "yield_3", (decimal)modbus.readData(1, 1325, "single") },   // 工单3良品率 % 真实值 *= 100
                { "oee", (decimal)modbus.readData(1, 1339, "single") },      // 设备综合效率 % 真实值 *= 100
            };

            // 机床数据
            Dictionary<string, object> map2 = new Dictionary<string, object>
            {
                // 操作模式 0:JOG 1:AUTO 2:AUTO + TEACHIN 3:JOG + REPOIN 4:JOG + REPOS
                // 5:MDA 6:MDA + REPOS 7:MDA + REPOS + TEAHIN8:MDA + TEACHIN
                { "com_status", modbus.readData(1, 6430, "int16") },  // 通讯状态 5：通讯正常 15：通讯断线
                { "smode", modbus.readData(1, 6099, "int16") },
                { "state", modbus.readData(1, 6429, "int16") },  // 运行状态 0:待机 1:故障 2:运行 3:暂停
                { "temperature", (decimal)modbus.readData(1, 1201, "single")}, // 电机温度 ℃
                { "potential", (decimal)modbus.readData(1, 1203, "single")}, // 母线电压 V
                { "current", (decimal)modbus.readData(1, 1205, "single")}, // 实际电流 A
                { "cut_rate", (decimal)modbus.readData(1, 1225, "single")}, // 切削倍率
                { "main_rate", (decimal)modbus.readData(1, 1231, "single")}, // 主轴倍率
                { "run_program_no", modbus.readData(1, 6689, "string", 26)}, // 加工程序号 length = 52
                { "run_time_total", (long)modbus.readData(1, 6435, "int16")}, // 累计运行时长 分钟
                { "quantity_total", (long)modbus.readData(1, 1215, "single")}, // 累计加工数 次
            };

            // 组装Map返回
            Dictionary<string, Dictionary<string, object>> map = new();
            map.Add("produce", map1);
            map.Add("machine", map2);
            return map;
        }

        // 读广数数据
        public Dictionary<string, Dictionary<string, object>> readGSKData(IModbusService modbus)
        {
            // 生产数据
            Dictionary<string, object> map1 = new Dictionary<string, object>
            {
                { "program_no", (int)modbus.readData(1, 6429, "int16") },  // 程序编号
                { "com_status", modbus.readData(1, 6430, "int16") },  // 通讯状态 5：通讯正常 15：通讯断线
                { "run_time", (int)modbus.readData(1, 6435, "int16") },    // 运行时长 分钟
                { "turnout_1", (int)modbus.readData(1, 6436, "int16") },  // 工单1产量 件
                { "turnout_2", (int)modbus.readData(1, 6437, "int16") },    // 工单2产量 件
                { "turnout_3", (int)modbus.readData(1, 6438, "int16") },    // 工单3产量 件
                { "turnout_all",(int)modbus.readData(1, 6439, "int16") }, // 当班产量 件
                { "status", modbus.readData(1, 6440, "int16") },        // 运行状态 0:待机 1：运行 2：故障
                { "schedule_1", (decimal)modbus.readData(1, 1315, "single") },    // 工单1任务进度 %
                { "schedule_2", (decimal)modbus.readData(1, 1317, "single") },   // 工单2任务进度 %
                { "schedule_3", (decimal)modbus.readData(1, 1319, "single") },   // 工单3任务进度 %
                { "yield_1", (decimal)modbus.readData(1, 1321, "single") },    // 工单1良品率  % 真实值 *= 100
                { "yield_2", (decimal)modbus.readData(1, 1323, "single") },   // 工单2良品率  % 真实值 *= 100
                { "yield_3", (decimal)modbus.readData(1, 1325, "single") },   // 工单3良品率 % 真实值 *= 100
                { "oee", (decimal)modbus.readData(1, 1331, "single") },      // 设备综合效率 % 真实值 *= 100
            };

            // 机床数据
            Dictionary<string, object> map2 = new Dictionary<string, object>
            {
                { "com_status", modbus.readData(1, 6430, "int16") },  // 通讯状态 5：通讯正常 15：通讯断线
                { "gmode", modbus.readData(1, 6099, "int16") },  // 工作方式 0:编辑 1:自动 2:MDI 3:DNC 4:手动 5:手轮 6:回参考点
                { "state", modbus.readData(1, 6100, "int16") },  // 运行状态  0:复位 1:停止 2:运行 3:暂停
                { "quantity", (long)modbus.readData(1, 4117, "int32")}, // 当天加工数量 次 
                { "on_time", (long)modbus.readData(1, 1201, "int32")}, // 开机时间 秒
                { "run_time", (long)modbus.readData(1, 1203, "int32")}, // 运行时间 秒
                { "feed_rate", (decimal)modbus.readData(1, 1241, "single")}, // 进给倍率
                { "main_rate", (decimal)modbus.readData(1, 1247, "single")}, // 主轴倍率
                { "run_program_no", modbus.readData(1, 6299, "string", 4)}, // 运行程序编号 length = 8
                { "run_time_total", (long)modbus.readData(1, 4115, "int32")}, // 累计运行时长 分钟
                { "quantity_total", (long)modbus.readData(1, 1199, "int32")} // 累计加工数 次
            };

            // 组装Map返回
            Dictionary<string, Dictionary<string, object>> map = new();
            map.Add("produce", map1);
            map.Add("machine", map2);
            return map;
        }

        // 查询设备信息

        public Data_Config GetDataConfig(int deviceId) {
            return Data_ConfigService.Instance.GetConfigById(deviceId);
        }


        // 保存机床数据
        public bool saveMachineData(Data_Machine machine, out string message) {
            SaveModel model = new SaveModel();
            Dictionary<string, object> mapData = new()
            {
                { "config_id", machine.config_id},
                { "com_status", machine.com_status ?? 15 },  
                { "gmode", machine.gmode ?? 1 },
                { "smode", machine.smode ?? 1 },
                { "run_program_no", machine.run_program_no ?? "12345"},
                { "state",  machine.state ?? 0 }, 
                { "temperature", machine.temperature ?? 0M }, 
                { "potential", machine.potential ?? 0M},
                { "current", machine.current ?? 0M},
                { "quantity", machine.quantity ?? 0},
                { "on_time", machine.on_time ?? 0}, 
                { "run_time", machine.run_time ?? 0}, 
                { "feed_rate",machine.feed_rate ?? 0M},
                { "cut_rate", machine.cut_rate ?? 0M},
                { "main_rate",  machine.main_rate ?? 0M},
                { "run_time_total", machine.run_time_total ?? 0},
                { "quantity_total", machine.quantity_total ?? 0},
                { "CreateID", machine.CreateID},
                { "CreateDate", machine.CreateDate},
            };
            model.MainData = mapData;
            try {
                Core.Utilities.WebResponseContent result = Data_MachineService.Instance.Add(model);
                if (!result.Status)
                {
                    message = result.Message;
                    //Logger.Info(result.Message);
                    return false;
                }
            } catch (Exception ex)
            {
                //Logger.Error(ex.Message);
                message = ex.Message;
                return false;
            }
            message = "ok"; 
            return true;
        }

      

        // 保存生产数据
        public bool saveProduceData(Data_Produce produce, out string message)
        {
            SaveModel model = new SaveModel();
            Dictionary<string, object> mapData = new()
            {
                { "config_id", produce.config_id},
                { "program_no", produce.program_no ?? 12345 },
                { "com_status", produce.com_status ?? 15 },
                { "run_time", produce.run_time ?? 0 },
                { "status", produce.status ?? 0 },
                { "turnout_all", produce.turnout_all ?? 0 },
                { "turnout_1", produce.turnout_1 ?? 0 },
                { "turnout_2", produce.turnout_2 ?? 0 },
                { "turnout_3", produce.turnout_3 ?? 0 },
                { "schedule_1", produce.schedule_1 ?? 0M },
                { "schedule_2", produce.schedule_2 ?? 0M },
                { "schedule_3", produce.schedule_3 ?? 0M },
                { "yield_1", produce.yield_1 ?? 1M },
                { "yield_2", produce.yield_2 ?? 0M },
                { "yield_3", produce.yield_3 ?? 0M },
                { "oee", produce.oee ?? 0.95M }, // 默认95%
                { "CreateID", produce.CreateID},
                { "CreateDate", produce.CreateDate},
            };
            model.MainData = mapData;
            try
            {
                Core.Utilities.WebResponseContent result = Data_ProduceService.Instance.Add(model);
                if (!result.Status)
                {
                    message = result.Message;
                    return false;
                }
            }
            catch (Exception ex)
            {
                message = ex.Message;
                return false;
            }
            message = "ok";
            return true;
        }
    }
}