public bool CncDataSave(Dictionary <int, IMonitorRealTimeModel> models)
{
using (Materiel_NoScan_V2Entities CIE = new Materiel_NoScan_V2Entities())
{
using (System.Data.Entity.DbContextTransaction mytran = CIE.Database.BeginTransaction())
{
try
{
foreach (var mode in models.ToArray())
{
var device = CIE.JDJS_WMS_Device_Info.Where(r => r.ID == mode.Key);
if (device.Count() > 0)
{
JDMonitorRealTimeModel mo = mode.Value as JDMonitorRealTimeModel;
//保存实时数据
if (!(mo.MachCoord == null))
{
var id = CIE.JDJS_WMS_Device_RealTime_Data.Where(r => r.CncID == mode.Key);
if (id.Count() < 1)
{
JDJS_WMS_Device_RealTime_Data jDMachRealTimeData = new JDJS_WMS_Device_RealTime_Data()
{
CncID = mode.Key,
MachCoord_X = mo.MachCoord[0],
MachCoord_Y = mo.MachCoord[1],
MachCoord_Z = mo.MachCoord[2],
MachCoord_A = mo.MachCoord[3],
MachCoord_B = mo.MachCoord[4],
MachCoord_C = mo.MachCoord[5],
AbsCoord_X = mo.AbsCoord[0],
AbsCoord_Y = mo.AbsCoord[1],
AbsCoord_Z = mo.AbsCoord[2],
AbsCoord_A = mo.AbsCoord[3],
AbsCoord_B = mo.AbsCoord[4],
AbsCoord_C = mo.AbsCoord[5],
RelCoord_X = mo.RelCoord[0],
RelCoord_Y = mo.RelCoord[1],
RelCoord_Z = mo.RelCoord[2],
RelCoord_A = mo.RelCoord[3],
RelCoord_B = mo.RelCoord[4],
RelCoord_C = mo.RelCoord[5],
ProgState = mo.ProgState,
CurrWCoord = mo.CurrWCoord,
FeedRate = mo.FeedRate,
SpindleSpeed = mo.SpindleSpeed,
ToolNo = mo.ToolNO,
MachTime = mo.MachTime,
CurrO = mo.CurrO,
CurrOMainO = mo.CurrMainO,
CountNum = mo.WorkCount,
SpindleRate = mo.Rates[0],
Rate = mo.Rates[1],
SInfo_A = mo.Sinfo[0],
SInfo_NM = mo.Sinfo[1],
SInfo_W = mo.Sinfo[2],
CurLineNo = mo.CurLineNo[0],
//CurLineText =mo.CurrLineText ,
Time_Y = mo.time[0],
Time_M = mo.time[1],
Time_D = mo.time[2],
Time_H = mo.time[3],
Time_MIT = mo.time[4],
Time_S = mo.time[5],
Time_zone = mo.time[6],
Mode = mo.Mode
};
CIE.JDJS_WMS_Device_RealTime_Data.Add(jDMachRealTimeData);
//CIE.SaveChanges();
}
else//已存在则修改
{
foreach (var item in id)
{
item.MachCoord_X = mo.MachCoord[0];
item.MachCoord_Y = mo.MachCoord[1];
item.MachCoord_Z = mo.MachCoord[2];
item.MachCoord_A = mo.MachCoord[3];
item.MachCoord_B = mo.MachCoord[4];
item.MachCoord_C = mo.MachCoord[5];
item.AbsCoord_X = mo.AbsCoord[0];
item.AbsCoord_Y = mo.AbsCoord[1];
item.AbsCoord_Z = mo.AbsCoord[2];
item.AbsCoord_A = mo.AbsCoord[3];
item.AbsCoord_B = mo.AbsCoord[4];
item.AbsCoord_C = mo.AbsCoord[5];
item.RelCoord_X = mo.RelCoord[0];
item.RelCoord_Y = mo.RelCoord[1];
item.RelCoord_Z = mo.RelCoord[2];
item.RelCoord_A = mo.RelCoord[3];
item.RelCoord_B = mo.RelCoord[4];
item.RelCoord_C = mo.RelCoord[5];
item.ProgState = mo.ProgState;
item.CurrWCoord = mo.CurrWCoord;
item.FeedRate = mo.FeedRate;
item.SpindleSpeed = mo.SpindleSpeed;
item.ToolNo = mo.ToolNO;
item.MachTime = mo.MachTime;
item.CurrO = mo.CurrO;
item.CurrOMainO = mo.CurrMainO;
item.CountNum = mo.WorkCount;
item.SpindleRate = mo.Rates[0];
item.Rate = mo.Rates[1];
item.SInfo_A = mo.Sinfo[0];
item.SInfo_NM = mo.Sinfo[1];
item.SInfo_W = mo.Sinfo[2];
item.CurLineNo = mo.CurLineNo[0];
item.CurLineText = mo.CurrLineText;
item.Time_Y = mo.time[0];
item.Time_M = mo.time[1];
item.Time_D = mo.time[2];
item.Time_H = mo.time[3];
item.Time_MIT = mo.time[4];
item.Time_S = mo.time[5];
item.Time_zone = mo.time[6];
item.Mode = mo.Mode;
//CIE.SaveChanges();
}
}
}
else
{
var id = CIE.JDJS_WMS_Device_RealTime_Data.Where(r => r.CncID == mode.Key);
if (id.Count() < 1)
{
JDJS_WMS_Device_RealTime_Data jDMachRealTimeData = new JDJS_WMS_Device_RealTime_Data()
{
CncID = mode.Key,
MachCoord_X = -1,
MachCoord_Y = -1,
MachCoord_Z = -1,
MachCoord_A = -1,
MachCoord_B = -1,
MachCoord_C = -1,
AbsCoord_X = -1,
AbsCoord_Y = -1,
AbsCoord_Z = -1,
AbsCoord_A = -1,
AbsCoord_B = -1,
AbsCoord_C = -1,
RelCoord_X = -1,
RelCoord_Y = -1,
RelCoord_Z = -1,
RelCoord_A = -1,
RelCoord_B = -1,
RelCoord_C = -1,
ProgState = -1,
CurrWCoord = -1,
FeedRate = -1,
SpindleSpeed = -1,
ToolNo = -1,
MachTime = -1,
CurrO = -1,
CurrOMainO = -1,
CountNum = -1,
SpindleRate = -1,
Rate = -1,
SInfo_A = -1,
SInfo_NM = -1,
SInfo_W = -1,
CurLineNo = -1,
//CurLineText =mo.CurrLineText ,
Time_Y = -1,
Time_M = -1,
Time_D = -1,
Time_H = -1,
Time_MIT = -1,
Time_S = -1,
Time_zone = -1,
Mode = -1
};
CIE.JDJS_WMS_Device_RealTime_Data.Add(jDMachRealTimeData);
//CIE.SaveChanges();
}
else//已存在则修改
{
foreach (var item in id)
{
item.MachCoord_X = -1;
item.MachCoord_Y = -1;
item.MachCoord_Z = -1;
item.MachCoord_A = -1;
item.MachCoord_B = -1;
item.MachCoord_C = -1;
item.AbsCoord_X = -1;
item.AbsCoord_Y = -1;
item.AbsCoord_Z = -1;
item.AbsCoord_A = -1;
item.AbsCoord_B = -1;
item.AbsCoord_C = -1;
item.RelCoord_X = -1;
item.RelCoord_Y = -1;
item.RelCoord_Z = -1;
item.RelCoord_A = -1;
item.RelCoord_B = -1;
item.RelCoord_C = -1;
item.ProgState = -1;
item.CurrWCoord = -1;
item.FeedRate = -1;
item.SpindleSpeed = -1;
item.ToolNo = -1;
item.MachTime = -1;
item.CurrO = -1;
item.CurrOMainO = -1;
item.CountNum = -1;
item.SpindleRate = -1;
item.Rate = -1;
item.SInfo_A = -1;
item.SInfo_NM = -1;
item.SInfo_W = -1;
item.CurLineNo = -1;
//item.CurLineText = -1;
item.Time_Y = -1;
item.Time_M = -1;
item.Time_D = -1;
item.Time_H = -1;
item.Time_MIT = -1;
item.Time_S = -1;
item.Time_zone = -1;
item.Mode = -1;
//CIE.SaveChanges();
}
}
}
}
}
CIE.SaveChanges();
mytran.Commit();
return(true);
}
catch (Exception ex)
{
if (!Directory.Exists("log"))
{
Directory.CreateDirectory("log");
}
using (StreamWriter write = new StreamWriter("log/" + DateTime.Now.Year.ToString() + "-" + DateTime.Now.Month.ToString() + "-" + DateTime.Now.Day.ToString() + ".log", true))
{
write.WriteLine(DateTime.Now.ToString() + " " + ex);
}
mytran.Rollback();
return(false);
}
}
}
}
private void afterProgStateChanged(object sender, EventArgs e)
{
DateTime now = new DateTime();
now = DateTime.Now;
JDMonitorRealTimeModel mode = sender as JDMonitorRealTimeModel;
using (Materiel_NoScan_V2Entities CIE = new Materiel_NoScan_V2Entities())
{
using (System.Data.Entity.DbContextTransaction mytran = CIE.Database.BeginTransaction())
{
try
{
var StateID = CIE.JDJS_WMS_Device_ProgState_Info.Where(r => r.CncID == mode.ID && r.EndTime == null);
if (StateID.Count() < 1)
{
JDJS_WMS_Device_ProgState_Info state = new JDJS_WMS_Device_ProgState_Info()
{
CncID = mode.ID,
ProgState = mode.ProgState,
StartTime = now
};
CIE.JDJS_WMS_Device_ProgState_Info.Add(state);
CIE.SaveChanges();
}
else
{
foreach (var item in StateID)
{
item.EndTime = now;
}
JDJS_WMS_Device_ProgState_Info state = new JDJS_WMS_Device_ProgState_Info()
{
CncID = mode.ID,
ProgState = mode.ProgState,
StartTime = now
};
CIE.JDJS_WMS_Device_ProgState_Info.Add(state);
CIE.SaveChanges();
}
var alarmstate = CIE.JDJS_WMS_Device_Alarm_History_Table.Where(r => r.CncID == mode.ID && r.EndTime == null);
foreach (var item in alarmstate)
{
item.EndTime = now;
}
CIE.SaveChanges();
mytran.Commit();
CIE.SaveChanges();
}
catch (Exception ex)
{
if (!Directory.Exists("log"))
{
Directory.CreateDirectory("log");
}
using (StreamWriter write = new StreamWriter("log/" + DateTime.Now.Year.ToString() + "-" + DateTime.Now.Month.ToString() + "-" + DateTime.Now.Day.ToString() + ".log", true))
{
write.WriteLine(DateTime.Now.ToString() + " " + ex);
}
mytran.Rollback();
}
}
}
}
public override bool GetData(IMonitorRealTimeModel model)
{
try
{
JDMonitorRealTimeModel monitorRealTimeModel = model as JDMonitorRealTimeModel;
//机床坐标
double[] machCorrd = new double[6];
double[] absCorrd = new double[6];
double[] relCorrd = new double[6];
if (Function.GetMachPos(ptr, machCorrd, absCorrd, relCorrd))
{
monitorRealTimeModel.MachCoord = machCorrd;
monitorRealTimeModel.AbsCoord = absCorrd;
monitorRealTimeModel.RelCoord = relCorrd;
}
else
{
return(false);
}
//机床程序状态
int progState = -1;
int almInfo = -1;
if (Function.GetMachAlmInfo(ptr, ref almInfo))
{
if (almInfo == 0)
{
if (Function.GetProgState(ptr, ref progState))
{
monitorRealTimeModel.ProgState = progState;
}
else
{
return(false);
}
}
else
{
progState = 4;
monitorRealTimeModel.ProgState = progState;
int errCount = -1;
int[] errCodeList = new int[50];
byte[,] errDescList = new byte[50, 128];
List <string> errDesc = new List <string>();
if (Function.GetCncErrList(ptr, ref errCount, errCodeList, errDescList))
{
byte[] buff = new byte[128];
for (int i = 0; i < 50; i++)
{
for (int j = 0; j < 128; j++)
{
buff[j] = errDescList[i, j];
}
string str = Encoding.Default.GetString(buff).Replace("\0", "").Replace("\r", "").Replace("\n", "");
errDesc.Add(str);
}
{
using (Materiel_NoScan_V2Entities cie = new Materiel_NoScan_V2Entities())
{
var alarminfo = cie.JDJS_WMS_Device_Alarm_History_Table.Where(r => r.CncID == this.cncInfo.ID && r.EndTime == null);
if (alarminfo.Count() < 1)
{
for (int i = 0; i < errCount; i++)
{
JDJS_WMS_Device_Alarm_History_Table alarms = new JDJS_WMS_Device_Alarm_History_Table()
{
CncID = this.cncInfo.ID,
ErrCode = errCodeList[i].ToString(),
ErrDesc = errDesc[i],
StartTime = DateTime.Now,
};
cie.JDJS_WMS_Device_Alarm_History_Table.Add(alarms);
}
cie.SaveChanges();
}
}
}
}
else
{
errCount = -1; errCodeList = null; errDescList = null;
}
monitorRealTimeModel.ErrCount = errCount;
monitorRealTimeModel.ErrCodeList = errCodeList;
monitorRealTimeModel.ErrDescList = errDesc.ToArray();
}
}
else
{
return(false);
}
//机床模态
int currwCorrd = -1;
float feedrate = -1;
int spindlespeed = -1;
int toolno = -1;
float machTime = -1;
int curro = -1;
int curroMaino = -1;
if (Function.GetBasicModalInfo(ptr, ref currwCorrd, ref feedrate, ref spindlespeed, ref toolno, ref machTime, ref curro, ref curroMaino))
{
monitorRealTimeModel.CurrWCoord = currwCorrd;
monitorRealTimeModel.FeedRate = feedrate;
monitorRealTimeModel.SpindleSpeed = spindlespeed;
monitorRealTimeModel.ToolNO = toolno;
monitorRealTimeModel.MachTime = machTime;
monitorRealTimeModel.CurrO = curro;
monitorRealTimeModel.CurrMainO = curroMaino;
}
else
{
return(false);
}
//机床时间信息
double[] times = new double[3];
if (Function.GetTime(ptr, times))
{
//model.Times = times;
monitorRealTimeModel.Times = times;
}
else
{
return(false);
}
//工件计数
int count = -1;
if (Function.GetMachinedWorkpieceCount(ptr, ref count))
{
monitorRealTimeModel.WorkCount = count;
}
else
{
return(false);
}
//倍率信息
int[] rates = new int[2];
if (Function.GetRate(ptr, rates))
{
monitorRealTimeModel.Rates = rates;
}
else
{
return(false);
}
//主轴信息
double[] sinfo = new double[3];
if (Function.GetSpindleInfo(ptr, sinfo))
{
monitorRealTimeModel.Sinfo = sinfo;
}
else
{
return(false);
}
//当前运行行号
int[] curlineno = new int[3];
if (Function.GetCurLineNo(ptr, curlineno))
{
monitorRealTimeModel.CurLineNo = curlineno;
}
else
{
return(false);
}
//当前运行行文本
StringBuilder curlinetext = new StringBuilder();
curlinetext.Capacity = 200000;
if (Function.GetCurrLineText(ptr, curlinetext))
{
monitorRealTimeModel.CurrLineText = curlinetext.ToString();
}
else
{
return(false);
}
//机床系统时间
int[] time = new int[7];
if (Function.GetMachTime(ptr, time))
{
//model.time = time;
monitorRealTimeModel.time = time;
}
else
{
return(false);
}
//当前xyzabc剩余量没有相关函数
//当前工作模式 获取机床的操作模式：
//1、回参考点是128
//2、打再寸动上是32
//3、又打到回参考点之后又是128
//3、打到手轮上，是64
//4、程序运行 是 2
//5、MDI是4
//6、编辑是1
//7、点动是16
int modell = -1;
int mode = -1;
if (Function.GetOprationMode(ptr, ref mode))
{
switch (mode)
{
case 1:
modell = 1; //编辑
break;
case 2:
modell = 2; //程序运行
break;
case 4:
modell = 3; //mdi
break;
case 8:
modell = 8; //程序自动远程运行
break;
case 16:
modell = 4; //点动
break;
case 32:
modell = 5; //寸动
break;
case 64:
modell = 6; //手轮
break;
case 128:
modell = 7; //回参考点
break;
case 256:
modell = 9;
break;
}
monitorRealTimeModel.Mode = modell;
}
else
{
return(false);
}
model = monitorRealTimeModel as IMonitorRealTimeModel;
return(true);
}
catch (Exception ex)
{
if (!Directory.Exists("log"))
{
Directory.CreateDirectory("log");
}
using (StreamWriter write = new StreamWriter("log/" + DateTime.Now.Year.ToString() + "-" + DateTime.Now.Month.ToString() + "-" + DateTime.Now.Day.ToString() + ".log", true))
{
write.WriteLine(DateTime.Now.ToString() + " " + ex);
}
return(false);
}
}