, 230 . .
SCADA . SCADA . , , , . , .
:
;
;
;
;
sms .
.
, . . 3 234 ( 230) 206 . , . . .
C#. , ( ). , .
:
- ;
SCADA
RS485. MOXA UPORT 1650-16. , ( RS-485 ) . , RS-485 . -1/8(12) 12 . . . MOXA UPORT 1650-16 , .
. , .. ( ). . .
:
MeterDevice -> Mercury230 -> Mercury230_DatabaseSignals
MeterDevice . COM c Modbus ;
Mercury230 ;
Mercury230_DatabaseSignals (, ..) . . .. . , .
RXmes. . (, ) :
public enum error_type : int { none = 0,
AnswError = -5, //
CRCErr = -4,
NoAnsw = -2, //
WrongId = -3, //
NoConnect = -1 //
};
public struct RXmes
{
public error_type err;
public byte[] buff;
public byte[] trueCRC;
public void testCRC()
{
err = error_type.CRCErr;
if (buff.Length < 4)
{
err = error_type.CRCErr;
return;
}
byte[] newarr = buff;
Array.Resize(ref newarr, newarr.Length - 2);
byte[] trueCRC = Modbus.Utility.ModbusUtility.CalculateCrc(newarr);
if ((trueCRC[1] == buff.Last()) && (trueCRC[0] == buff[(buff.Length - 2)]))
{
err = error_type.none;
}
}
public void ReadArr(byte[] b)
{
buff = b;
testCRC();
}
}
public RXmes SendCmd(byte[] data)
{
RXmes RXmes_ = new RXmes();
byte[] crc = Modbus.Utility.ModbusUtility.CalculateCrc(data);
Array.Resize(ref data, data.Length + 2);
data[data.Length - 2] = crc[0];
data[data.Length - 1] = crc[1];
rs_port.Write(data, 0, data.Length);
System.Threading.Thread.Sleep(timeout);
if (rs_port.BytesToRead > 0)
{
byte[] answer = new byte[(int)rs_port.BytesToRead];
rs_port.Read(answer, 0, rs_port.BytesToRead);
RXmes_.ReadArr(answer);
if (RXmes_.err == error_type.none)
{
DataTime_last_contact = DateTime.Now;
}
return RXmes_;
}
RXmes_.err = error_type.NoConnect;
return RXmes_;
}
, 230 :
public byte[] GiveSerialNumber()
{
byte[] mes = {address, 0x08 , 0};
RXmes RXmes = SendCmd(mes);
if (RXmes.err == error_type.none) {
byte[] bytebuf = new byte[7];
Array.Copy(RXmes.buff, 1, bytebuf, 0, 7);
return bytebuf;
}
return null;
}
.
SCADA
TCP . SCAD TCP 230 .
type=mrc230*add=23*volt=1:221-2:221-3:221*cur=1:1.2-2:1.2-3:1.2
, ( ), . . .
, .. SCADA , .
, .. . , , , .
, :
public MetersParameter() {
minalarm = false;
maxalarm = false;
}
public MetersParameter(float min, float max, float hist, float scalefactor = 1)
{
MinValue = min;
MaxValue = max;
Hist = hist;
minalarm = false;
maxalarm = false;
ScalingFactor = scalefactor;
}
public string alias{set; get;}
public float MaxValue { set; get; }
public float MinValue { set; get; }
public float ScalingFactor { set; get; } // .
public float Hist { set; get; }
private bool minalarm;
private bool maxalarm;
public bool ComAlarm { get { return MinValueAlarm || MaxValueAlarm ; } }
public virtual bool MinValueAlarm { get{
return minalarm;
} }
public virtual bool MaxValueAlarm { get{
return maxalarm;
} }
public virtual void RefreshData()
{
if (null != ParametrUpdated)
{
ParametrUpdated();
}
if ((MinValue == 0) && (MaxValue == 0))
{
return;
}
float calc_par = parametr * ScalingFactor;
if (calc_par < (MinValue - Hist))
{
minalarm = true;
}
if (calc_par > (MinValue + Hist))
{
minalarm = false;
}
if (calc_par < (MaxValue - Hist))
{
maxalarm = false;
}
if (calc_par > (MaxValue + Hist))
{
maxalarm = true;
}
}
float parametr;
public bool UseScaleForInput = false;
public virtual float Value {
set{
parametr = UseScaleForInput ? value / (ScalingFactor <= 0 ? 1 : ScalingFactor) : value;
RefreshData();
}
get
{
return parametr * ScalingFactor;
}
}
public void CopyLimits(MetersParameter ext_par)
{
this.MinValue = ext_par.MinValue;
this.MaxValue = ext_par.MaxValue;
this.Hist = ext_par.Hist;
}
}
. , XML JSON , JSON (DataContractJsonSerializer). , XML. DataContractJsonSerializer . .
, . .. Scada MySql, . .
?, .. . :
public enum peroidQuery : byte
{
afterReset = 0x0,
thisYear = 1,
lastYear = 2,
thisMonth = 3, thisDay = 4, lastDay = 5,
thisYear_beginning = 9,
lastYear_beginning = 0x0A,
thisMonth_beginning = 0x0B,
thisDay_beginning = 0x0C,
lastDay_beginning = 0x0D
}
. , . . .
, . , , . .
, . 70 . , .
GitHub. .
P.S. 230 -4
. . ( ). . . , , - ( ). , .
, . . , .
https://habrahabr.ru/post/330980/
