private void AsyncBitStart(LIBnodavePLC lIBnodavePLC)
{
if (!ThreadState3)
{
int ERROR = 0;
ThreadState3 = true;
bool flagl = true;
string log = string.Format("BitDataLog.txt");
LogNetBit = new LogNetSingle(log);
string recive = null;
Task task = new Task(() =>
{
while (true)
{
Thread.Sleep(10);
flagl = !flagl;
lIBnodavePLC.WriteBit(flagl);
LogNetBit.RecordMessage(HslMessageDegree.DEBUG, "写入", flagl.ToString());
recive = lIBnodavePLC.ReadBit().ToString();
LogNetBit.RecordMessage(HslMessageDegree.DEBUG, "读入", recive);
if (flagl.ToString() != recive.ToString())
{
ERROR++;
}
LogNetBit.RecordMessage(HslMessageDegree.DEBUG, "ERROR", ERROR.ToString());
}
}
);
task.Start();
}
}
//private void AsyncFloatStart( LIBnodavePLC lIBnodavePLC, float[] floats)
//{
// int _Lenth = floats.Length;
// int ERROR = 0;
// string recive = null;
// //string send = null;
// bool check= false;
// LogNetFloat = new LogNetSingle("FloatDataLog.txt");
// ThreadState1 = true;
// double during = 0;
// Task.Run(() => {
// while (true)
// {
// if (floats != null)
// {
// Thread.Sleep(10);
// floats = GetRandomfloat(750);
// lIBnodavePLC.WriteFloats(floats);
// lIBnodavePLC.ReadFloats(Convert.ToUInt16(floats.Length));
// check = (floats as IStructuralEquatable).Equals(lIBnodavePLC.Floats, StructuralComparisons.StructuralEqualityComparer);
// during = (lIBnodavePLC.Readtime - lIBnodavePLC.Sendtime).TotalMilliseconds;
// LogNetFloat.RecordMessage(HslMessageDegree.DEBUG, null, "耗时" + (lIBnodavePLC.Readtime - lIBnodavePLC.Sendtime).TotalMilliseconds + "字节数" + _Lenth.ToString() + "是否正常" + check);
// _hdaFloat.Add(new HistoryData(during,_Lenth,check,DateTime.Now,));
// }
// else
// {
// float _value = 1.00f;
// _value = _value + 0.01f;
// lIBnodavePLC.WriteFloat(_value);
// this.Invoke(new Action(() =>
// {
// LogNetFloat.RecordMessage(HslMessageDegree.DEBUG, "写入", _value.ToString());
// recive = lIBnodavePLC.ReadFloat().ToString();
// LogNetFloat.RecordMessage(HslMessageDegree.DEBUG, "读取", recive);
// if (_value.ToString() != recive.ToString())
// {
// ERROR++;
// }
// LogNetFloat.RecordMessage(HslMessageDegree.DEBUG, "ERROR", ERROR.ToString());
// }
// )
// );
// }
// }
// });
//}
//private void AsyncInt32Start(LIBnodavePLC lIBnodavePLC,int _Length)
//{
// //if (ThreadState2)
// //{
// // return;
// //}
// try
// {
// int ERROR = 0;
// string log = string.Format("Int32DataLog.txt");
// LogNetInt32 = new LogNetSingle(log);
// string recive = null;
// int[] send=null;
// ThreadState2 = true;
// bool check = false;
// Task task = new Task(() =>
// {
// int _value = 1;
// while (true)
// {
// if (_Length!= 0)
// {
// send = GetRandomInt32(_Length);
// Thread.Sleep(10);
// lIBnodavePLC.WriteInt32s(send);
// lIBnodavePLC.ReadInt32s(_Length);
// check = Check(lIBnodavePLC.Int32s,send);
// //LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, null, "耗时" + (lIBnodavePLC.Readtime - lIBnodavePLC.Sendtime).TotalMilliseconds + "字节数" + _Lenth.ToString() + "是否正常" + Check(recive, send));
// _hdaInt32.Add(new HistoryData((lIBnodavePLC.Readtime - lIBnodavePLC.Sendtime).TotalMilliseconds, _Length*4, check, DateTime.Now));
// }
// else
// {
// _value = _value + 1;
// lIBnodavePLC.WriteInt32(_value);
// // Txt_Send.Text = _value.ToString();
// LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, "写入", _value.ToString());
// recive = lIBnodavePLC.ReadInt32().ToString();
// LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, "读取", recive);
// if (_value.ToString() != recive.ToString())
// {
// ERROR++;
// }
// LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, "ERROR", ERROR.ToString());
// }
// }
// });
// task.Start();
// }
// catch (Exception ex)
// {
// throw ex;
// }
//}
private void AsyncInt32Start(LIBnodavePLC lIBnodavePLC)
{
//if (ThreadState2)
//{
// return;
//}
try
{
int ERROR = 0;
string log = string.Format("Int32DataLog.txt");
LogNetInt32 = new LogNetSingle(log);
string recive = null;
ThreadState2 = true;
Task task = new Task(() =>
{
int _value = 1;
while (true)
{
Thread.Sleep(10);
_value = _value + 1;
lIBnodavePLC.WriteInt32(_value);
// Txt_Send.Text = _value.ToString();
LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, "写入", _value.ToString());
recive = lIBnodavePLC.ReadInt32().ToString();
LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, "读取", recive);
if (_value.ToString() != recive.ToString())
{
ERROR++;
}
LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, "ERROR", ERROR.ToString());
}
});
task.Start();
}
catch (Exception ex)
{
throw ex;
}
}
//private void ReadData<T>(T t)
//{
// AsyncStart(new LIBnodavePLC(), new byte[1]);
//}
//private void AsyncInt16Start(LIBnodavePLC lIBnodavePLC, int Length)
//{
// if (ThreadState)
// {
// return;
// }
// short[] sendbyte = null;
// int ERROR = 0;
// bool check = false;
// // string send = null;
// string recive = null;
// string log = string.Format("Int16DataLog.txt");
// LogNetInt16 = new LogNetSingle(log);
// ThreadState = true;
// Task task = new Task(() =>
// {
// Int16 _value = 1;
// while (true)
// {
// if (Length != 0)
// {
// Thread.Sleep(10);
// sendbyte = GetRandomInt16(Length);
// lIBnodavePLC.WriteInt16s(GetRandomInt16(Length));
// lIBnodavePLC.ReadInt16s(sendbyte.Length);
// // LogNetInt16.RecordMessage(HslMessageDegree.DEBUG, null, "耗时" + (lIBnodavePLC.Readtime - lIBnodavePLC.Sendtime).TotalMilliseconds + "字节数" + sendbyte.Length.ToString() + "是否正常" + Check(recive, send));
// check = Check(lIBnodavePLC.Int16s, sendbyte);
// //LogNetInt32.RecordMessage(HslMessageDegree.DEBUG, null, "耗时" + (lIBnodavePLC.Readtime - lIBnodavePLC.Sendtime).TotalMilliseconds + "字节数" + _Lenth.ToString() + "是否正常" + Check(recive, send));
// _hdaInt16.Add(new HistoryData((lIBnodavePLC.Readtime - lIBnodavePLC.Sendtime).TotalMilliseconds, Length * 2, check, DateTime.Now));
// }
// else
// {
// _value++;
// lIBnodavePLC.WriteInt16(_value);
// LogNetInt16.RecordMessage(HslMessageDegree.DEBUG, "写入", _value.ToString());
// recive = lIBnodavePLC.ReadInt16().ToString();
// LogNetInt16.RecordMessage(HslMessageDegree.DEBUG, "读取", recive);
// if (_value.ToString() != recive.ToString())
// {
// ERROR++;
// }
// LogNetInt16.RecordMessage(HslMessageDegree.DEBUG, "ERROR", ERROR.ToString());
// if (_value > 100)
// {
// _value = 0;
// }
// }
// }
// });
// task.Start();
//}
private void AsyncInt16Start(LIBnodavePLC lIBnodavePLC)
{
if (ThreadState)
{
return;
}
int ERROR = 0;
string recive = null;
string log = string.Format("Int16DataLog.txt");
LogNetInt16 = new LogNetSingle(log);
ThreadState = true;
Task task = new Task(() =>
{
Int16 _value = 1;
while (true)
{
Thread.Sleep(10);
_value++;
lIBnodavePLC.WriteInt16(_value);
LogNetInt16.RecordMessage(HslMessageDegree.DEBUG, "写入", _value.ToString());
recive = lIBnodavePLC.ReadInt16().ToString();
LogNetInt16.RecordMessage(HslMessageDegree.DEBUG, "读取", recive);
if (_value.ToString() != recive.ToString())
{
ERROR++;
}
LogNetInt16.RecordMessage(HslMessageDegree.DEBUG, "ERROR", ERROR.ToString());
if (_value > 100)
{
_value = 0;
}
}
});
task.Start();
}
private void AsyncStart()
{
try
{
string Addr = this.Addr;
string IP = this.IP;
LIBnodavePLC _LIBnodavePLC = new LIBnodavePLC();
bool isopen = _LIBnodavePLC.Init(Addr, IP);;
bool check = false;
string send = "";
string recive = "";
int length = 0;
IEnumerable sendBytes;
Task.Run(() =>
{
while (true)
{
Thread.Sleep(10);
switch (this._dataTyte)
{
case comm.DataTyte.BOOL:
break;
case comm.DataTyte.WORD:
length = this._DataLength / 2;
sendBytes = GetRandomUshort(length);
_LIBnodavePLC.WriteInt16s(sendBytes as Int16[]);
_LIBnodavePLC.ReadInt16s(length);
check = Check(sendBytes, _LIBnodavePLC.Int16s);
break;
case comm.DataTyte.INT16:
length = this._DataLength / 2;
sendBytes = GetRandomInt16(length);
_LIBnodavePLC.WriteInt16s(sendBytes as Int16[]);
_LIBnodavePLC.ReadInt16s(length);
check = Check(sendBytes, _LIBnodavePLC.Int16s);
break;
case comm.DataTyte.DINT32:
length = this._DataLength / 4;
sendBytes = GetRandomInt32(length);
_LIBnodavePLC.WriteInt32s(sendBytes as Int32[]);
_LIBnodavePLC.ReadInt32s(length);
check = Check(sendBytes, _LIBnodavePLC.Int32s);
break;
case comm.DataTyte.REAL:
length = this._DataLength / 2;
sendBytes = GetRandomfloat(length);
_LIBnodavePLC.WriteFloats(sendBytes as float[]);
_LIBnodavePLC.ReadFloats(length);
check = Check(sendBytes, _LIBnodavePLC.Floats);
break;
case comm.DataTyte.STRING:
length = this._DataLength * 2;
send = GetRandomString(length);
_LIBnodavePLC.WriteBytes(SoftBasic.HexStringToBytes(send));
byte[] ReciveData = _LIBnodavePLC.ReadBytes(length / 2);
recive = SoftBasic.ByteToHexString(ReciveData);
check = send.Equals(recive);
break;
default:
break;
}
double during = (_LIBnodavePLC.Readtime - _LIBnodavePLC.Sendtime).TotalMilliseconds;
//logNet2.RecordMessage(HslMessageDegree.DEBUG, null, "耗时" + (_LIBnodavePLC.Readtime - _LIBnodavePLC.Sendtime).TotalMilliseconds + "字节数" + send.Length.ToString() + "是否正常" + check);
_hda.Add(new HistoryData(during, _DataLength, check, DateTime.Now));
}
}
);
}
catch (Exception ex)
{
// MessageBox.Show(ex.Message);
}
}
public Contectfactory(LIBnodavePLC lI)
{
this._libnodavePLC = lI;
}