public int ParseLine(string line)
{
/*if (line.IndexOf('>') > 0)
{
line = line.Remove(0, line.IndexOf('>'));
}*/
if (line.Length < 4)
return 0;
CRC crc = new CRC();
string crcStr = line.Substring(line.Length-3,2);
string calcCrc = line.Remove(line.Length - 3, 3);
calcCrc = crc.GetCRC(calcCrc);
calcCrc = calcCrc.Substring(calcCrc.Length-3,2);
if (crcStr != calcCrc)
{
return 0;
}
int countParam=0;
int ch1 = 0;
int ch2 = 0;
int countChar=0;
bool flagCh = false;
char[] charLine = new char[line.Length];
line=line.Remove(line.Length-3,3);
charLine = line.ToCharArray();
while (countChar != line.Length)
{
if ((charLine[countChar] == '+') || (charLine[countChar] == '-'))
{
if (flagCh == false)
{
ch1 = countChar;
flagCh = true;
ch2 = countChar;
if ((line.IndexOf('+', ch2 + 1) < 0) && (line.IndexOf('-', ch2 + 1) < 0))
{
string catStr;
catStr = line.Substring(ch2, line.Length - ch2);
catStr = catStr.Replace('.', ',');
//catStr = catStr.Remove(0, 1);
param[countParam] = Convert.ToDouble(catStr);
countParam++;
}
}
else
{
ch2 = countChar;
string catStr = line.Substring(ch1, ch2 - ch1);
catStr=catStr.Replace('.', ',');
param[countParam] = Convert.ToDouble(catStr);
flagCh = false;
countParam++;
countChar--;
if ((line.IndexOf('+', ch2+1) < 0) && (line.IndexOf('-', ch2+1) < 0))
{
catStr = line.Substring(ch2, line.Length-ch2);
catStr = catStr.Replace('.', ',');
param[countParam] = Convert.ToDouble(catStr);
countParam++;
}
ch1 = 0;
ch2 = 0;
}
}
countChar++;
}
return countParam;
}
static void func()
{
CallBackMy.callbackEventHandlerPozReostat = new CallBackMy.callbackEventPozReostat(ReloadPoz);
CallBackMy.callbackEventHandlerPozKM = new CallBackMy.callbackEventPozKM(ReloadPozKM);
CallBackMy.callbackEventHandlerTypeLoc = new CallBackMy.callbackEventTypeLoc(ReloadTypeLoc);
CallBackMy.callbackEventHandlerNumberLoc = new CallBackMy.callbackEventNumberLoc(ReloadNumberLoc);
CallBackMy.callbackEventHandlerExtPoint = new CallBackMy.callbackEventExtPoint(ReloadExtPoint);
CallBackMy.callbackEventHandlerNew = new CallBackMy.callbackEventNew(ReloadData);
int pozTeplovozPrev = 0;
int pozTeplovoz = 0;
pozReostat = 0;
dataClass = new myclass[11];
int i=0;
while (i != 11)
{
dataClass[i] = new myclass();
i++;
}
CRC crc = new CRC();
DefPoz def = new DefPoz();
PowerData[] powerData = new PowerData[9];
i = 0;
while (i != 9)
{
powerData[i] = new PowerData();
i++;
}
web = new webserver();
IPHostEntry ipHostInfo = Dns.Resolve(Dns.GetHostName());
IPAddress ipAddress = ipHostInfo.AddressList[0];
web.start(ipAddress, 80, 5, @".\");
Socket s = new Socket(AddressFamily.InterNetwork, SocketType.Dgram, ProtocolType.Udp);
IPAddress ip = IPAddress.Any;
IPEndPoint ipe = new IPEndPoint(ip, 128);
s.SetSocketOption(SocketOptionLevel.Socket, SocketOptionName.Broadcast, true);
s.Bind(ipe);
byte[] buffer = new byte[1024];
IPAddress ipRem = IPAddress.Any;
int portRem = 128;
IPEndPoint Rem = new IPEndPoint(ipRem, portRem);
EndPoint EndRem = (EndPoint)Rem;
XmlDocument parserXml = new XmlDocument();
string error;
Thread.Sleep(200);
for (; ; )
{
Thread.Sleep(200);
if (s.Available > 0)
{
s.ReceiveFrom(buffer, ref EndRem);
data = Encoding.ASCII.GetString(buffer);
data.IndexOf("<EOF>");
data = data.Remove(data.IndexOf("<EOF>"), 5);
try
{
parserXml.LoadXml(data);
}
catch (Exception e)
{
error = e.ToString();
}
XmlNodeList xml;
xml = parserXml.GetElementsByTagName("owtemp");
if (xml.Count > 0)
owtemp = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("current");
if(xml.Count>0)
dataClass[10].Current = (int)(Math.Abs(Convert.ToInt32(xml[0].InnerText) * 1500 / 4095));
xml = parserXml.GetElementsByTagName("voltage");
if (xml.Count > 0)
dataClass[10].Voltage = (int)(Math.Abs(Convert.ToInt32(xml[0].InnerText) * 1000 / 4095));
xml = parserXml.GetElementsByTagName("voltagebort");
if (xml.Count > 0)
dataClass[10].VoltageBort = (int)(Convert.ToInt32(xml[0].InnerText));
xml = parserXml.GetElementsByTagName("tempbort");
if (xml.Count > 0)
dataClass[10].TempBort = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempgas1");
if (xml.Count > 0)
dataClass[10].TempCil1 = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempgas2");
if (xml.Count > 0)
dataClass[10].TempCil2 = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempgas3");
if (xml.Count > 0)
dataClass[10].TempCil3 = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempgas4");
if (xml.Count > 0)
dataClass[10].TempCil4 = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempgas5");
if (xml.Count > 0)
dataClass[10].TempCil5 = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempgas6");
if (xml.Count > 0)
dataClass[10].TempCil6 = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("rpm");
if (xml.Count > 0)
dataClass[10].RpmDGU = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempwater");
if (xml.Count > 0)
dataClass[10].TempWater = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("tempoil");
if (xml.Count > 0)
dataClass[10].TempOil = Convert.ToInt32(xml[0].InnerText);
xml = parserXml.GetElementsByTagName("pressoil");
if (xml.Count > 0)
dataClass[10].PressGas = Convert.ToInt32(xml[0].InnerText) / 100.0 ;
xml = parserXml.GetElementsByTagName("pressgas");
if (xml.Count > 0)
dataClass[10].PressOil = Convert.ToInt32(xml[0].InnerText) / 100.0;
xml = parserXml.GetElementsByTagName("pozteplovoz");
if (xml.Count > 0)
{
def.DefinitionPoz(xml[0].InnerText, typeLoc);
if (flagExt == false)
dataClass[10].PozDGU = def.PozDGU;//рабочее
else
dataClass[10].PozDGU = pozExt;
pozTeplovoz = dataClass[10].PozDGU;
dataClass[10].StateVSH1 = def.StateVSH1;
dataClass[10].StateVSH2 = def.StateVSH2;
}
}
if (flagExt == true)
{
dataClass[10].PozDGU = pozExt;
pozTeplovoz = dataClass[10].PozDGU;
}
if (pozTeplovoz != pozTeplovozPrev)
{
pozTeplovozPrev = pozTeplovoz;
checkTimer = false;
countTimer = 0;
dataClass[10].FlagValid = false;
}
if ((pozTeplovoz == 8) && (dataClass[10].Current > 300))
dataClass[10].Power = (int)(((dataClass[10].Current * dataClass[10].Voltage) / 1000) + (dataClass[10].TempBort - 20));
else
dataClass[10].Power = (dataClass[10].Current * dataClass[10].Voltage) / 1000;
dataClass[10].TypeLoc = typeLoc;
dataClass[10].NumberLoc = numberLoc;
dataClass[10].PozReostat = pozReostat;
if ((checkTimer == true) && (checkSecund == true))
{
checkSecund = false;
string htmTeg;
string text = System.IO.File.ReadAllText(@".\index.html");
htmTeg = "<!--current-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].Current.ToString());
htmTeg = "<!--voltage-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].Voltage.ToString());
htmTeg = "<!--voltagebort-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].VoltageBort.ToString());
htmTeg = "<!--power-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].Power.ToString());
htmTeg = "<!--rpmdgu-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].RpmDGU.ToString());
htmTeg = "<!--tempwater-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempWater.ToString());
htmTeg = "<!--tempoil-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempOil.ToString());
htmTeg = "<!--pressoil-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].PressOil.ToString());
htmTeg = "<!--tempgas1-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempCil1.ToString());
htmTeg = "<!--tempgas2-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempCil2.ToString());
htmTeg = "<!--tempgas3-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempCil3.ToString());
htmTeg = "<!--tempgas4-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempCil4.ToString());
htmTeg = "<!--tempgas5-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempCil5.ToString());
htmTeg = "<!--tempgas6-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempCil6.ToString());
htmTeg = "<!--tempbort-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].TempBort.ToString());
htmTeg = "<!--pozteplovoz-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].PozDGU.ToString());
htmTeg = "<!--pozreostat-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, dataClass[10].PozReostat.ToString());
htmTeg = "<!--owtemp-->";
text = text.Insert(text.IndexOf(htmTeg) + htmTeg.Length, owtemp.ToString());
web.stringHtml(text);
if ((dataClass[10].Current > 20) && (dataClass[10].Voltage > 20)&&(pozTeplovoz > 0))
{
dataClass[pozTeplovoz].Current = dataClass[10].Current;
dataClass[pozTeplovoz].Voltage = dataClass[10].Voltage;
dataClass[pozTeplovoz].TempOil = dataClass[10].TempOil;
dataClass[pozTeplovoz].TempWater = dataClass[10].TempWater;
dataClass[pozTeplovoz].TempCil1 = dataClass[10].TempCil1;
dataClass[pozTeplovoz].TempCil2 = dataClass[10].TempCil2;
dataClass[pozTeplovoz].TempCil3 = dataClass[10].TempCil3;
dataClass[pozTeplovoz].TempCil4 = dataClass[10].TempCil4;
dataClass[pozTeplovoz].TempCil5 = dataClass[10].TempCil5;
dataClass[pozTeplovoz].TempCil6 = dataClass[10].TempCil6;
dataClass[pozTeplovoz].Power = dataClass[10].Power;
dataClass[pozTeplovoz].PozDGU = pozTeplovoz;
dataClass[pozTeplovoz].PressGas = dataClass[10].PressGas;
dataClass[pozTeplovoz].PressOil = dataClass[10].PressOil;
dataClass[pozTeplovoz].RpmDGU = dataClass[10].RpmDGU;
dataClass[pozTeplovoz].Time++;
dataClass[pozTeplovoz].VoltageBort = dataClass[10].VoltageBort;
if (pozTeplovoz<9)
if (powerData[pozTeplovoz].pushData(dataClass[10].Power) == true)
{
dataClass[pozTeplovoz].PowerDGU = powerData[pozTeplovoz].ResultPower();
}
}
else
{
if (pozTeplovoz == 0)
{
dataClass[pozTeplovoz].Current = dataClass[10].Current;
dataClass[pozTeplovoz].Voltage = dataClass[10].Voltage;
dataClass[pozTeplovoz].TempOil = dataClass[10].TempOil;
dataClass[pozTeplovoz].TempWater = dataClass[10].TempWater;
dataClass[pozTeplovoz].TempCil1 = dataClass[10].TempCil1;
dataClass[pozTeplovoz].TempCil2 = dataClass[10].TempCil2;
dataClass[pozTeplovoz].TempCil3 = dataClass[10].TempCil3;
dataClass[pozTeplovoz].TempCil4 = dataClass[10].TempCil4;
dataClass[pozTeplovoz].TempCil5 = dataClass[10].TempCil5;
dataClass[pozTeplovoz].TempCil6 = dataClass[10].TempCil6;
dataClass[pozTeplovoz].Power = 0;
dataClass[pozTeplovoz].PozDGU = 0;
dataClass[pozTeplovoz].PressGas = dataClass[10].PressGas;
dataClass[pozTeplovoz].PressOil = dataClass[10].PressOil;
dataClass[pozTeplovoz].RpmDGU = dataClass[10].RpmDGU;
dataClass[pozTeplovoz].Time++;
dataClass[pozTeplovoz].VoltageBort = dataClass[10].VoltageBort;
}
}
dataClass[10].Time++;
dataClass[10].ExtDataPoint = extData;
}
if (dataClass[10].StateVSH1 != preStateRP1)
{
if (dataClass[10].StateVSH1 == true)
{
if (dataClass[10].SwitchRelePoint.RP1_ON_current == 0)
{
dataClass[10].SwitchRelePoint.RP1_ON_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP1_ON_voltage = dataClass[10].Voltage;
}
else
{
dataClass[10].SwitchRelePoint.RP1_ON_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP1_ON_voltage = dataClass[10].Voltage;
}
}
else
{
if (dataClass[10].SwitchRelePoint.RP1_OFF_current == 0)
{
dataClass[10].SwitchRelePoint.RP1_OFF_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP1_OFF_voltage = dataClass[10].Voltage;
}
else
{
dataClass[10].SwitchRelePoint.RP1_OFF_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP1_OFF_voltage = dataClass[10].Voltage;
}
}
}
if (dataClass[10].StateVSH2 != preStateRP2)
{
if (dataClass[10].StateVSH2 == true)
{
if (dataClass[10].SwitchRelePoint.RP2_ON_current == 0)
{
dataClass[10].SwitchRelePoint.RP2_ON_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP2_ON_voltage = dataClass[10].Voltage;
}
else
{
dataClass[10].SwitchRelePoint.RP2_ON_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP2_ON_voltage = dataClass[10].Voltage;
}
}
else
{
if (dataClass[10].SwitchRelePoint.RP2_OFF_current == 0)
{
dataClass[10].SwitchRelePoint.RP2_OFF_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP2_OFF_voltage = dataClass[10].Voltage;
}
else
{
dataClass[10].SwitchRelePoint.RP2_OFF_current = dataClass[10].Current;
dataClass[10].SwitchRelePoint.RP2_OFF_voltage = dataClass[10].Voltage;
}
}
}
preStateRP1 = dataClass[10].StateVSH1;
preStateRP2 = dataClass[10].StateVSH2;
if (pozReostat != 0)
{
dataClass[10].FlagWork = true;
}
CallBackMy.callbackEventHandler(dataClass);
/*temp***************************************/
/*dataClass[10].Current = 1256;
dataClass[10].Voltage = 356;
dataClass[10].TempOil = 78;
dataClass[10].TempWater = 67;
dataClass[10].TempCil1 = 567;
dataClass[10].TempCil2 = 456;
dataClass[10].TempCil3 = 45;
dataClass[10].TempCil4 = 567;
dataClass[10].TempCil5 = 656;
dataClass[10].TempCil6 = 34;
dataClass[10].PozDGU = 3;
dataClass[10].PressGas = 0.53;
dataClass[10].PressOil = 2.56;
dataClass[10].RpmDGU = 430;
dataClass[10].VoltageBort = 75;*/
/****************************************/
}
}
public int ParseRele(string line)
{
if (line.Length < 4)
return 0;
CRC crc = new CRC();
string crcStr = line.Substring(line.Length - 3, 2);
string calcCrc = line.Remove(line.Length - 3, 3);
calcCrc = crc.GetCRC(calcCrc);
calcCrc = calcCrc.Substring(calcCrc.Length - 3, 2);
if (crcStr != calcCrc)
{
return 0;
}
int countParam = 0;
return countParam;
}
