/// <summary>
/// 获取绕带机对象列表
/// </summary>
/// <param name="deviceInfoList">设备基本信息列表</param>
/// <param name="port">端口号</param>
/// <param name="startAddress">读取数据的开始地址</param>
/// <param name="numRegister">需要读取的寄存器数量</param>
/// <param name="deviceTemplateList">DXJ数据模板</param>
/// <param name="isHour">是否整点，把设备状态写入数据库，true表示写入，默认值为false</param>
/// <returns></returns>
public static List <DXJ> GetDXJList(List <DeviceInfo> deviceInfoList, int port, short startAddress, short numRegister, List <DeviceTemplate> deviceTemplateList, bool isHour = false)
{
//获取错误状态解析词典
Dictionary <int, string> errorStringDic = GetErrorStringDic();
//创建连接对象列表
List <ConnectData> ConnectDataList = GetConnetData(deviceInfoList, port, startAddress, numRegister);
//错误ip列表
List <String> ErrorIPS;
//获取设备源数据
List <byte[]> ResultDataList = Read(ConnectDataList, out ErrorIPS);
//创建绕带机对象列表
List <DXJ> DXJList = new List <DXJ>();
//判断是否有数据，有则处理。
if (ResultDataList.Count > 0)
{
//循环遍历数据列表，获取每台设备的数据
foreach (byte[] resultData in ResultDataList)
{
//创建RDJ实例对象
DXJ dxj = DXJConvertData(resultData, deviceTemplateList);
//添加到列表中
DXJList.Add(dxj);
}
}
//判断是否有出现读取错误的设备，有则处理
if (ErrorIPS.Count > 0)
{
//遍历错误对象列表
for (int i = 0; i < ErrorIPS.Count; i++)
{
DeviceInfo deviceInfo = BL_DeviceInfo.GetDeviceInfoByIP(ErrorIPS[i]);
DXJ errorDXJ = new DXJ();
errorDXJ.SBBH = deviceInfo.DeviceID;
errorDXJ.SBYXZT = (short)9;
errorDXJ.SBZDXX = "网络故障";
//添加到RDJ对象列表的后面
DXJList.Add(errorDXJ);
}
}
//生成设备状态对象添加到数据库
foreach (DXJ dxj in DXJList)
{
//创建设备状态对象
DeviceState ds = GetDeviceState(dxj, errorStringDic);
//调用胡老师的状态判断函数
if (isHour)
{
BL_DeviceState.AddDeviceState(ds, DateTime.Now);
}
else
{
BL_DeviceState.AddDeviceState(ds);
}
}
return(DXJList);
}
/// <summary>
/// 返回设备状态对象
/// </summary>
/// <param name="dxj">设备对象</param>
/// <param name="errorStringDic">错误解析表</param>
/// <returns></returns>
private static DeviceState GetDeviceState(DXJ dxj, Dictionary <int, string> errorStringDic)
{
DeviceState ds = new DeviceState();
ds.DAQTime = DateTime.Now;
ds.DeviceID = dxj.SBBH;
ds.VatID = 0;
ds.OperatingState = dxj.SBYXZT;
ds.FaultMessage = GetFaultMessage(dxj.SBZDXX, errorStringDic);
dxj.SBZDXX = ds.FaultMessage;
return(ds);
}
/// <summary>
/// 将DXJ的源数据转换
/// </summary>
/// <param name="resultData">源数据</param>
/// <param name="project">项目名称</param>
/// <param name="startAddress">数据起始地址</param>
/// <param name="length">数据长度</param>
/// <returns></returns>
private static DXJ DXJConvertData(byte[] resultData, List <DeviceTemplate> deviceTemplateList)
{
DXJ dxj = new DXJ();
foreach (DeviceTemplate deviceTamplate in deviceTemplateList)
{
switch (deviceTamplate.Project)
{
case "设备型号":
dxj.SBXH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "设备规格":
dxj.SBGG = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "设备编号":
dxj.SBBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "备用":
dxj.BY = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "设备运行状态":
dxj.SBYXZT = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "设备诊断信息":
dxj.SBZDXX = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length - 108, 2);
dxj.PLCZT = ReadData.GetIntArrayData(resultData, deviceTamplate.Address + 10, deviceTamplate.Length - 20, 1);
break;
case "反转马达速度":
dxj.FZMDSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "第一级速度":
dxj.SD1 = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "第二级速度":
dxj.SD2 = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "第三级速度":
dxj.SD3 = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "第四级速度":
dxj.SD4 = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "第五级速度":
dxj.SD5 = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "循环马达速度":
dxj.XHMDSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "出口马达速度":
dxj.CKMDSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "鲜风马达速度":
dxj.XFMDSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "上左温度":
dxj.ULWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "上中温度":
dxj.UMWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "上右温度":
dxj.URWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "下左温度":
dxj.DLWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "下中温度":
dxj.DMWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "下右温度":
dxj.DRWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "炉内温度1":
dxj.LNWD1 = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "炉内温度2":
dxj.LNWD2 = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "加热部温度":
dxj.JRBWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "出口温度":
dxj.CKWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "交换部温度":
dxj.JHBWD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "加热功率":
dxj.JRGL = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
default:
break;
}
}
return(dxj);
}
