BuildInfoObj(
Int32 asdu,
Int32 addr,
Double value,
Boolean sbo = false,
Int32 cmdqualif = 0,
QualityDescriptor quality = null,
CP56Time2a time_tag = null,
Double kconv1 = 1,
Double kconv2 = 0,
Boolean transient = false
)
{
InformationObject sc = null;
if (time_tag == null)
{
time_tag = new CP56Time2a(DateTime.Now);
}
else
{ // has time tag, so change ASDU if necessary to embed a timetag
var maptowithcp56time = new Dictionary <TypeID, TypeID>();
maptowithcp56time.Add(TypeID.M_SP_NA_1, TypeID.M_SP_TB_1);
maptowithcp56time.Add(TypeID.M_DP_NA_1, TypeID.M_DP_TB_1);
maptowithcp56time.Add(TypeID.M_ST_NA_1, TypeID.M_ST_TB_1);
maptowithcp56time.Add(TypeID.M_BO_NA_1, TypeID.M_BO_TB_1);
maptowithcp56time.Add(TypeID.M_ME_NA_1, TypeID.M_ME_TD_1);
maptowithcp56time.Add(TypeID.M_ME_NB_1, TypeID.M_ME_TE_1);
maptowithcp56time.Add(TypeID.M_ME_NC_1, TypeID.M_ME_TF_1);
maptowithcp56time.Add(TypeID.M_IT_NA_1, TypeID.M_IT_TB_1);
if (maptowithcp56time.TryGetValue((TypeID)asdu, out var newasdu))
{
asdu = (Int32)newasdu;
}
}
Boolean bval;
Int32 ival;
UInt32 uival;
switch ((TypeID)asdu)
{
case TypeID.M_SP_NA_1: // 1
bval = value != 0 ? true : false;
if (kconv1 == -1)
{
bval = !bval;
}
sc =
new SinglePointInformation(addr,
bval,
quality);
break;
case TypeID.M_SP_TB_1: // 30
bval = value != 0 ? true : false;
if (kconv1 == -1)
{
bval = !bval;
}
sc =
new SinglePointWithCP56Time2a(addr,
bval,
quality,
time_tag
);
break;
case TypeID.M_DP_NA_1: // 3
if (transient)
{
sc =
new DoublePointInformation(addr,
DoublePointValue.INTERMEDIATE,
quality);
}
else
if (kconv1 == -1)
{
sc =
new DoublePointInformation(addr,
value != 0 ? DoublePointValue.OFF : DoublePointValue.ON,
quality);
}
else
{
sc =
new DoublePointInformation(addr,
value != 0 ? DoublePointValue.ON : DoublePointValue.OFF,
quality);
}
break;
case TypeID.M_DP_TB_1: // 31
if (transient)
{
sc =
new DoublePointWithCP56Time2a(addr,
DoublePointValue.INTERMEDIATE,
quality,
time_tag);
}
else
if (kconv1 == -1)
{
sc =
new DoublePointWithCP56Time2a(addr,
value != 0 ? DoublePointValue.OFF : DoublePointValue.ON,
quality,
time_tag);
}
else
{
sc =
new DoublePointWithCP56Time2a(addr,
value != 0 ? DoublePointValue.ON : DoublePointValue.OFF,
quality,
time_tag);
}
break;
case TypeID.M_ST_NA_1: // 5
value = value * kconv1 + kconv2;
if (value > 63)
{
value = 63;
quality.Overflow = true;
}
else
if (value < -64)
{
value = -64;
quality.Overflow = true;
}
sc = new StepPositionInformation(addr,
System.Convert.ToInt16(value),
transient,
quality);
break;
case TypeID.M_ST_TB_1: // 32
value = value * kconv1 + kconv2;
if (value > 63)
{
value = 63;
quality.Overflow = true;
}
else
if (value < -64)
{
value = -64;
quality.Overflow = true;
}
sc = new StepPositionWithCP56Time2a(addr,
System.Convert.ToInt16(value),
transient,
quality,
time_tag);
break;
case TypeID.M_ME_NA_1: // 9
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
quality.Overflow = true;
}
else
if (value < -32768)
{
value = -32768;
quality.Overflow = true;
}
sc = new MeasuredValueNormalized(addr,
System.Convert.ToInt16(value),
quality);
break;
case TypeID.M_ME_ND_1: // 21
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
quality.Overflow = true;
}
else
if (value < -32768)
{
value = -32768;
quality.Overflow = true;
}
sc = new MeasuredValueNormalizedWithoutQuality(addr,
System.Convert.ToInt16(value));
break;
case TypeID.M_ME_TD_1: // 34
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
quality.Overflow = true;
}
else
if (value < -32768)
{
value = -32768;
quality.Overflow = true;
}
sc = new MeasuredValueNormalizedWithCP56Time2a(addr,
System.Convert.ToInt16(value),
quality,
time_tag);
break;
case TypeID.M_ME_NB_1: // 11
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
quality.Overflow = true;
}
else
if (value < -32768)
{
value = -32768;
quality.Overflow = true;
}
sc = new MeasuredValueScaled(addr,
System.Convert.ToInt16(value),
quality);
break;
case TypeID.M_ME_TE_1: // 35
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
quality.Overflow = true;
}
else
if (value < -32768)
{
value = -32768;
quality.Overflow = true;
}
sc = new MeasuredValueScaledWithCP56Time2a(addr,
System.Convert.ToInt16(value),
quality,
time_tag);
break;
case TypeID.M_ME_NC_1: // 13
value = value * kconv1 + kconv2;
sc = new MeasuredValueShort(addr,
System.Convert.ToSingle(value),
quality);
break;
case TypeID.M_ME_TF_1: // 36
value = value * kconv1 + kconv2;
sc = new MeasuredValueShortWithCP56Time2a(addr,
System.Convert.ToSingle(value),
quality,
time_tag);
break;
case TypeID.M_IT_NA_1: //15
break;
case TypeID.M_IT_TB_1: // 37
break;
case TypeID.M_PS_NA_1: // 20
Log(" TODO Packed single point information with status change detection! ");
break;
case TypeID.M_EP_TD_1: // 38
break;
case TypeID.M_EP_TE_1: // 39
break;
case TypeID.M_EP_TF_1: // 40
break;
case TypeID.M_BO_NA_1: // 7
uival = System.Convert.ToUInt32(value);
if (kconv1 == -1)
{
uival = ~uival;
}
sc = new Bitstring32(addr, uival, quality);
break;
case TypeID.M_BO_TB_1: // 33
uival = System.Convert.ToUInt32(value);
if (kconv1 == -1)
{
uival = ~uival;
}
sc = new Bitstring32WithCP56Time2a(addr, uival, quality, time_tag);
break;
case TypeID.C_SC_NA_1: // 45
bval = value != 0 ? true : false;
if (kconv1 == -1)
{
bval = !bval;
}
sc =
new SingleCommand(addr,
bval,
sbo,
cmdqualif);
break;
case TypeID.C_DC_NA_1: // 46
if (kconv1 == -1)
{
ival = value != 0 ? System.Convert.ToInt32(DoublePointValue.OFF) : System.Convert.ToInt32(DoublePointValue.ON);
}
else
{
ival = value != 0 ? System.Convert.ToInt32(DoublePointValue.ON) : System.Convert.ToInt32(DoublePointValue.OFF);
}
sc =
new DoubleCommand(addr,
ival,
sbo,
cmdqualif);
break;
case TypeID.C_RC_NA_1: // 47
if (kconv1 == -1)
{
sc =
new StepCommand(addr,
value >= 1
? StepCommandValue.LOWER
: StepCommandValue.HIGHER,
sbo,
cmdqualif);
}
else
{
sc =
new StepCommand(addr,
value >= 1
? StepCommandValue.HIGHER
: StepCommandValue.LOWER,
sbo,
cmdqualif);
}
break;
case TypeID.C_SE_NA_1: // 48
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
}
else
if (value < -32768)
{
value = -32768;
}
sc =
new SetpointCommandNormalized(addr,
System.Convert.ToInt16(value),
new SetpointCommandQualifier(sbo, 0));
break;
case TypeID.C_SE_NB_1: // 49
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
}
else
if (value < -32768)
{
value = -32768;
}
sc =
new SetpointCommandScaled(addr,
new ScaledValue(System.Convert.ToInt16(value)),
new SetpointCommandQualifier(sbo, 0));
break;
case TypeID.C_SE_NC_1: // 50
value = value * kconv1 + kconv2;
sc =
new SetpointCommandShort(addr,
System.Convert.ToSingle(value),
new SetpointCommandQualifier(sbo, 0));
break;
case TypeID.C_BO_NA_1: // 51
uival = System.Convert.ToUInt32(value);
if (kconv1 == -1)
{
uival = ~uival;
}
sc =
new Bitstring32Command(addr,
uival);
break;
case TypeID.C_SC_TA_1: // 58
bval = value != 0 ? true : false;
if (kconv1 == -1)
{
bval = !bval;
}
sc =
new SingleCommandWithCP56Time2a(addr,
bval,
sbo,
cmdqualif,
time_tag);
break;
case TypeID.C_DC_TA_1: // 59
if (kconv1 == -1)
{
ival = value != 0 ? System.Convert.ToInt32(DoublePointValue.OFF) : System.Convert.ToInt32(DoublePointValue.ON);
}
else
{
ival = value != 0 ? System.Convert.ToInt32(DoublePointValue.ON) : System.Convert.ToInt32(DoublePointValue.OFF);
}
sc =
new DoubleCommandWithCP56Time2a(addr,
ival,
sbo,
cmdqualif,
time_tag);
break;
case TypeID.C_RC_TA_1: // 60
if (kconv1 == -1)
{
sc =
new StepCommandWithCP56Time2a(addr,
value >= 1
? StepCommandValue.LOWER
: StepCommandValue.HIGHER,
sbo,
cmdqualif,
time_tag);
}
else
{
sc =
new StepCommandWithCP56Time2a(addr,
value >= 1
? StepCommandValue.HIGHER
: StepCommandValue.LOWER,
sbo,
cmdqualif,
time_tag);
}
break;
case TypeID.C_SE_TA_1: // 61
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
}
else
if (value < -32768)
{
value = -32768;
}
sc =
new SetpointCommandNormalizedWithCP56Time2a(addr,
System.Convert.ToInt16(value),
new SetpointCommandQualifier(sbo, 0),
time_tag);
break;
case TypeID.C_SE_TB_1: // 62
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
}
else
if (value < -32768)
{
value = -32768;
}
sc =
new SetpointCommandScaledWithCP56Time2a(addr,
new ScaledValue(System.Convert.ToInt16(value)),
new SetpointCommandQualifier(sbo, 0),
time_tag);
break;
case TypeID.C_SE_TC_1: // 63
value = value * kconv1 + kconv2;
sc =
new SetpointCommandShortWithCP56Time2a(addr,
System.Convert.ToSingle(value),
new SetpointCommandQualifier(sbo, 0),
time_tag);
break;
case TypeID.C_BO_TA_1: // 64
uival = System.Convert.ToUInt32(value);
if (kconv1 == -1)
{
uival = ~uival;
}
sc =
new Bitstring32CommandWithCP56Time2a(addr,
uival,
time_tag);
break;
case TypeID.C_IC_NA_1: // 100
sc =
new InterrogationCommand(0,
System.Convert.ToByte(cmdqualif));
break;
case TypeID.C_CI_NA_1: // 101
sc =
new CounterInterrogationCommand(0,
System.Convert.ToByte(cmdqualif));
break;
case TypeID.C_RD_NA_1: // 102
sc = new ReadCommand(addr);
break;
case TypeID.C_CS_NA_1: // 103
sc = new ClockSynchronizationCommand(0, time_tag);
break;
case TypeID.C_RP_NA_1: // 105
sc =
new ResetProcessCommand(addr,
System.Convert.ToByte(cmdqualif));
break;
case TypeID.C_TS_TA_1: // 107
sc =
new TestCommandWithCP56Time2a(System
.Convert
.ToUInt16(value),
time_tag);
break;
case TypeID.P_ME_NA_1: // 110
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
}
else
if (value < -32768)
{
value = -32768;
}
sc =
new ParameterNormalizedValue(System
.Convert
.ToInt32(addr),
System.Convert.ToInt32(value),
System.Convert.ToByte(cmdqualif));
break;
case TypeID.P_ME_NB_1: // 111
value = value * kconv1 + kconv2;
if (value > 32767)
{
value = 32767;
}
else
if (value < -32768)
{
value = -32768;
}
sc =
new ParameterScaledValue(addr,
new ScaledValue(System.Convert.ToInt16(value)),
System.Convert.ToByte(cmdqualif));
break;
case TypeID.P_ME_NC_1: // 112
value = value * kconv1 + kconv2;
sc =
new ParameterFloatValue(addr,
System.Convert.ToSingle(value),
System.Convert.ToByte(cmdqualif));
break;
case TypeID.P_AC_NA_1: // 113
sc =
new ParameterActivation(System.Convert.ToInt32(addr),
System.Convert.ToByte(cmdqualif));
break;
default:
break;
}
return(sc);
}
AsduReceivedHandler(object parameter, IMasterConnection connection, ASDU asdu)
{
var srv = IEC10Xconns[(int)parameter];
var conNameStr = srv.name + " - ";
Log(conNameStr + asdu.ToString(), LogLevelDetailed);
try
{
if (IsMongoLive)
{
var DB = Client.GetDatabase(JSConfig.mongoDatabaseName);
var collection_rtd =
DB
.GetCollection
<rtData>(RealtimeDataCollectionName);
Double val = 0;
Int32 objaddr = 0;
Int32 dur = 0;
Boolean isselect = false;
Boolean cmdhastime = false;
DateTime cmdtime = new DateTime();
Double dstkconv1 = 1;
Double dstkconv2 = 0;
Boolean dstsbo = false;
Int32 dstdur = 0;
Double srcval = 0;
Int32 srcobjaddr = 0;
Int32 srcconn = 0;
Boolean srcsbo = false;
Int32 srcdur = 0;
Int32 srcasdu = 0;
Int32 srcca = 0;
Int32 srcpointkey = 0;
String srctag = "";
Double srckconv1 = 1;
Double srckconv2 = 0;
switch (asdu.TypeId)
{
case TypeID.C_SC_NA_1: // 45
{
var cmd = (SingleCommand)asdu.GetElement(0);
isselect = cmd.Select;
dur = cmd.QU;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.State);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_SC_TA_1: // 58
{
var cmd = (SingleCommandWithCP56Time2a)asdu.GetElement(0);
isselect = cmd.Select;
dur = cmd.QU;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.State);
cmdtime = cmd.Timestamp.GetDateTime();
cmdhastime = true;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_DC_NA_1: // 46
{
var cmd = (DoubleCommand)asdu.GetElement(0);
isselect = cmd.Select;
dur = cmd.QU;
objaddr = cmd.ObjectAddress;
if (cmd.State != DoubleCommand.ON && cmd.State != DoubleCommand.OFF)
{
connection.SendACT_CON(asdu, true); // activation confirm negative
Log(conNameStr + " Invalid double state command " + cmd.State, LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
val = cmd.State == DoubleCommand.ON ? 1 : 0;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_DC_TA_1: // 59
{
var cmd = (DoubleCommandWithCP56Time2a)asdu.GetElement(0);
isselect = cmd.Select;
dur = cmd.QU;
objaddr = cmd.ObjectAddress;
if (cmd.State != DoubleCommand.ON && cmd.State != DoubleCommand.OFF)
{
connection.SendACT_CON(asdu, true); // activation confirm negative
Log(conNameStr + " Invalid double state command " + cmd.State, LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
cmdtime = cmd.Timestamp.GetDateTime();
cmdhastime = true;
val = cmd.State == DoubleCommand.ON ? 1 : 0;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_RC_NA_1: // 47
{
var cmd = (StepCommand)asdu.GetElement(0);
isselect = cmd.Select;
dur = cmd.QU;
objaddr = cmd.ObjectAddress;
if (cmd.State != StepCommandValue.HIGHER && cmd.State != StepCommandValue.LOWER)
{
connection.SendACT_CON(asdu, true); // activation confirm negative
Log(conNameStr + " Invalid step state command " + cmd.State, LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
val = cmd.State == StepCommandValue.HIGHER ? 1 : 0;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_RC_TA_1: // 60
{
var cmd = (StepCommandWithCP56Time2a)asdu.GetElement(0);
isselect = cmd.Select;
dur = cmd.QU;
objaddr = cmd.ObjectAddress;
if (cmd.State != StepCommandValue.HIGHER && cmd.State != StepCommandValue.LOWER)
{
connection.SendACT_CON(asdu, true); // activation confirm negative
Log(conNameStr + " Invalid step state command " + cmd.State, LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
cmdtime = cmd.Timestamp.GetDateTime();
cmdhastime = true;
val = cmd.State == StepCommandValue.HIGHER ? 1 : 0;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_SE_NA_1: // 48
{
var cmd = (SetpointCommandNormalized)asdu.GetElement(0);
isselect = cmd.QOS.Select;
dur = cmd.QOS.QL;
objaddr = cmd.ObjectAddress;
val = cmd.NormalizedValue;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_SE_TA_1: // 61
{
var cmd = (SetpointCommandNormalizedWithCP56Time2a)asdu.GetElement(0);
isselect = cmd.QOS.Select;
dur = cmd.QOS.QL;
objaddr = cmd.ObjectAddress;
cmdtime = cmd.Timestamp.GetDateTime();
cmdhastime = true;
val = cmd.NormalizedValue;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_SE_NB_1: // 49
{
var cmd = (SetpointCommandScaled)asdu.GetElement(0);
isselect = cmd.QOS.Select;
dur = cmd.QOS.QL;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.ScaledValue);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_SE_TB_1: // 62
{
var cmd = (SetpointCommandScaledWithCP56Time2a)asdu.GetElement(0);
isselect = cmd.QOS.Select;
dur = cmd.QOS.QL;
objaddr = cmd.ObjectAddress;
cmdtime = cmd.Timestamp.GetDateTime();
cmdhastime = true;
val = System.Convert.ToDouble(cmd.ScaledValue);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_SE_NC_1: // 50
{
var cmd = (SetpointCommandShort)asdu.GetElement(0);
isselect = cmd.QOS.Select;
dur = cmd.QOS.QL;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.Value);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_SE_TC_1: // 63
{
var cmd = (SetpointCommandShortWithCP56Time2a)asdu.GetElement(0);
isselect = cmd.QOS.Select;
dur = cmd.QOS.QL;
objaddr = cmd.ObjectAddress;
cmdtime = cmd.Timestamp.GetDateTime();
cmdhastime = true;
val = System.Convert.ToDouble(cmd.Value);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_BO_NA_1: // 51
{
var cmd = (Bitstring32Command)asdu.GetElement(0);
isselect = false;
dur = 0;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.Value);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_BO_TA_1: // 64
{
var cmd = (Bitstring32CommandWithCP56Time2a)asdu.GetElement(0);
isselect = false;
dur = 0;
objaddr = cmd.ObjectAddress;
cmdtime = cmd.Timestamp.GetDateTime();
cmdhastime = true;
val = System.Convert.ToDouble(cmd.Value);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.P_ME_NA_1: // 110
{
var cmd = (ParameterNormalizedValue)asdu.GetElement(0);
isselect = false;
dur = cmd.QPM;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.NormalizedValue);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.P_ME_NB_1: // 111
{
var cmd = (ParameterScaledValue)asdu.GetElement(0);
isselect = false;
dur = cmd.QPM;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.ScaledValue);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.P_ME_NC_1: // 112
{
var cmd = (ParameterFloatValue)asdu.GetElement(0);
isselect = false;
dur = cmd.QPM;
objaddr = cmd.ObjectAddress;
val = System.Convert.ToDouble(cmd.Value);
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.P_AC_NA_1: // 113
{
var cmd = (ParameterActivation)asdu.GetElement(0);
isselect = false;
dur = cmd.QPA;
objaddr = cmd.ObjectAddress;
val = 0;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_RP_NA_1: // 105 reset process
{
var cmd = (ResetProcessCommand)asdu.GetElement(0);
isselect = false;
dur = cmd.QRP;
objaddr = cmd.ObjectAddress;
val = 0;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
// case TypeID.C_IC_NA_1: // 100 already managed by interrogation handler function
case TypeID.C_TS_NA_1: // 104 test command
{
Log(conNameStr + " Test command C_TS_NA_1", LogLevelDetailed);
connection.SendACT_CON(asdu, false); // activation confirm positive
}
return(true);
case TypeID.C_TS_TA_1: // 107 test command
{
Log(conNameStr + " Test command C_TS_TA_1", LogLevelDetailed);
connection.SendACT_CON(asdu, false); // activation confirm positive
}
return(true);
case TypeID.C_CI_NA_1: // 101
{
var cmd = (CounterInterrogationCommand)asdu.GetElement(0);
isselect = false;
dur = cmd.QCC;
objaddr = cmd.ObjectAddress; // should be zero
val = 0;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_RD_NA_1: // 102
{
var cmd = (ReadCommand)asdu.GetElement(0);
objaddr = cmd.ObjectAddress;
Log(conNameStr + " " + cmd.ToString() + " Obj Address " + objaddr, LogLevelBasic);
}
break;
case TypeID.C_CS_NA_1: // 103 clock sync
{
ClockSynchronizationCommand qsc =
(ClockSynchronizationCommand)asdu.GetElement(0);
connection.SendACT_CON(asdu, false); // activation confirm positive
Log(conNameStr + " Received clock sync command with time " +
qsc.NewTime.ToString(), LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
default:
connection.SendACT_CON(asdu, true);
Log(conNameStr + " Not implemented type of ASDU received: " + asdu.TypeId, LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
var filter1 = Builders <rtData> .Filter.Eq("protocolDestinations.protocolDestinationConnectionNumber", srv.protocolConnectionNumber);
var filter2 = Builders <rtData> .Filter.Eq("protocolDestinations.protocolDestinationCommonAddress", asdu.Ca);
var filter3 = Builders <rtData> .Filter.Eq("protocolDestinations.protocolDestinationObjectAddress", objaddr);
var filter4 = Builders <rtData> .Filter.Eq("protocolDestinations.protocolDestinationASDU", asdu.TypeId);
var filter = Builders <rtData>
.Filter
.And(filter1, filter2, filter3, filter4);
if (asdu.TypeId == TypeID.C_RD_NA_1)
{ // READ COMMAND, look for object by object address of any type to send it
filter = Builders <rtData>
.Filter
.And(filter1, filter2, filter3);
}
var list =
collection_rtd.Find(filter).ToList();
if (list.Count > 0)
{
Log(conNameStr + " Command found.", LogLevelBasic);
foreach (var dst in list[0].protocolDestinations)
{
if (dst.protocolDestinationConnectionNumber == srv.protocolConnectionNumber)
{
dstkconv1 = dst.protocolDestinationKConv1.ToDouble();
dstkconv2 = dst.protocolDestinationKConv2.ToDouble();
dstsbo = dst.protocolDestinationCommandUseSBO.ToBoolean();
dstdur = dst.protocolDestinationCommandDuration.ToInt32();
if (asdu.TypeId == TypeID.C_RD_NA_1)
{ // READ REQUEST
connection.SendACT_CON(asdu, false); // activation confirm positive
ApplicationLayerParameters cp =
srv.server.GetApplicationLayerParameters();
var newAsdu = new ASDU(cp,
CauseOfTransmission.REQUEST,
false,
false,
System.Convert.ToByte(dst.protocolDestinationCommonAddress),
dst.protocolDestinationCommonAddress.ToInt32(),
true);
var quality = new QualityDescriptor();
quality.Invalid = list[0].invalid.ToBoolean() ||
list[0].overflow.ToBoolean() ||
list[0].transient.ToBoolean();
quality.Substituted = list[0].substituted.ToBoolean();
quality.Blocked = false;
quality.NonTopical = false;
InformationObject io = BuildInfoObj(
System.Convert.ToInt32(dst.protocolDestinationASDU),
System.Convert.ToInt32(dst.protocolDestinationObjectAddress),
list[0].value.ToDouble(),
false,
0,
quality
);
if (io != null)
{
newAsdu.AddInformationObject(io);
srv.server.EnqueueASDU(newAsdu);
}
return(true);
}
if (isselect && !dstsbo)
{ // tried a select when there is no select
connection.SendACT_CON(asdu, true); // activation confirm negative
Log(conNameStr + " Select tried but not expected!", LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
if (dur != dstdur)
{ // duration spec different than expected, reject commmand
connection.SendACT_CON(asdu, true); // activation confirm negative
Log(conNameStr + " QU/QL command qualifier not expected: " + dur + ", " + dstdur + " wanted ", LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
srcconn = list[0].protocolSourceConnectionNumber.ToInt32();
srcdur = list[0].protocolSourceCommandDuration.ToInt32();
srcobjaddr = list[0].protocolSourceObjectAddress.ToInt32();
srcasdu = list[0].protocolSourceASDU.ToInt32();
srcca = list[0].protocolSourceCommonAddress.ToInt32();
srckconv1 = list[0].kconv1.ToDouble();
srckconv2 = list[0].kconv2.ToDouble();
srcpointkey = list[0]._id.ToInt32();
srctag = list[0].tag.ToString();
break;
}
}
}
else
{
connection.SendACT_CON(asdu, true); // activation confirm negative
if (asdu.TypeId == TypeID.C_RD_NA_1)
{
Log(conNameStr + " Request to read object not found, address: " + objaddr, LogLevelBasic);
}
else
{
Log(conNameStr + " Command not found!", LogLevelBasic);
}
LastPointKeySelectedOk = 0;
return(true);
}
if (srcasdu == 0)
{
Log(conNameStr + " Command rejected!", LogLevelBasic);
connection.SendACT_CON(asdu, true); // activation confirm negative
LastPointKeySelectedOk = 0;
return(true);
}
if (cmdhastime) // check command time
{
if (DateTime.Now.Subtract(cmdtime).TotalSeconds > timeToExpireCommandsWithTime)
{ // expired
Log(conNameStr + " Command with time expired after " +
timeToExpireCommandsWithTime + "s, diff: " +
(DateTime.Now.Subtract(cmdtime).TotalSeconds - timeToExpireCommandsWithTime) + "s",
LogLevelBasic);
connection.SendACT_CON(asdu, true); // activation confirm negative
LastPointKeySelectedOk = 0;
return(true);
}
}
connection.SendACT_CON(asdu, false); // activation confirm positive
if (isselect)
{
LastPointKeySelectedOk = srcpointkey; // flag selected point
Log(conNameStr + " Select!", LogLevelBasic);
return(true); // do not forward a select
}
if (!isselect && dstsbo && LastPointKeySelectedOk != srcpointkey)
{ // tried execute without select first when there is select expected
connection.SendACT_CON(asdu, true);
Log(conNameStr + " Tried execute without select first!", LogLevelBasic);
LastPointKeySelectedOk = 0;
return(true);
}
LastPointKeySelectedOk = 0;
Log(conNameStr + " Execute (forward to queue)!", LogLevelBasic);
switch (asdu.TypeId)
{
case TypeID.C_SC_NA_1: // 45
case TypeID.C_SC_TA_1: // 58
case TypeID.C_DC_NA_1: // 46
case TypeID.C_DC_TA_1: // 59
case TypeID.C_RC_NA_1: // 47
case TypeID.C_RC_TA_1: // 60
if (dstkconv1 == -1) // invert digital for kconv1 -1
{
val = val == 0 ? 1 : 0;
}
break;
case TypeID.C_SE_NA_1: // 48
case TypeID.C_SE_TA_1: // 61
case TypeID.C_SE_NB_1: // 49
case TypeID.C_SE_TB_1: // 62
case TypeID.C_SE_NC_1: // 50
case TypeID.C_SE_TC_1: // 63
case TypeID.P_ME_NA_1: // 110
case TypeID.P_ME_NB_1: // 111
case TypeID.P_ME_NC_1: // 112
case TypeID.P_AC_NA_1: // 113
case TypeID.C_RP_NA_1: // 105
val = val * dstkconv1 + dstkconv2;
break;
case TypeID.C_BO_NA_1: // 51
case TypeID.C_BO_TA_1: // 64
if (dstkconv1 == -1) // invert digital bits for kconv1 -1
{
val = System.Convert.ToInt32(val);
}
break;
default:
break;
}
switch ((TypeID)srcasdu)
{
case TypeID.C_SC_NA_1: // 45
case TypeID.C_SC_TA_1: // 58
case TypeID.C_DC_NA_1: // 46
case TypeID.C_DC_TA_1: // 59
case TypeID.C_RC_NA_1: // 47
case TypeID.C_RC_TA_1: // 60
if (srckconv1 == -1) // invert digital for kconv1 -1
{
srcval = val == 0 ? 1 : 0;
}
else
{
srcval = val;
}
break;
case TypeID.C_SE_NA_1: // 48
case TypeID.C_SE_TA_1: // 61
case TypeID.C_SE_NB_1: // 49
case TypeID.C_SE_TB_1: // 62
case TypeID.C_SE_NC_1: // 50
case TypeID.C_SE_TC_1: // 63
case TypeID.P_ME_NA_1: // 110
case TypeID.P_ME_NB_1: // 111
case TypeID.P_ME_NC_1: // 112
case TypeID.P_AC_NA_1: // 113
case TypeID.C_RP_NA_1: // 105
srcval = val * srckconv1 + srckconv2;
break;
case TypeID.C_BO_NA_1: // 51
case TypeID.C_BO_TA_1: // 64
if (srckconv1 == -1) // invert digital bits for kconv1 -1
{
srcval = ~System.Convert.ToInt32(val);
}
else
{
srcval = System.Convert.ToInt32(val);
}
break;
default:
break;
}
// not sure how to detect the client connection as can be more than one
String orgip = "";
foreach (var conn in srv.clientConnections)
{
orgip = orgip + srv.clientConnections[0].RemoteEndpoint.ToString() + " ";
}
var collection_cmd =
DB
.GetCollection
<rtCommandNoAck>(CommandsQueueCollectionName);
var rtcmd = new rtCommandNoAck
{
protocolSourceConnectionNumber = srcconn,
protocolSourceCommonAddress = srcca,
protocolSourceObjectAddress = srcobjaddr,
protocolSourceASDU = srcasdu,
protocolSourceCommandDuration = srcdur,
protocolSourceCommandUseSBO = srcsbo,
pointKey = srcpointkey,
tag = srctag,
value = srcval,
valueString = srcval.ToString(),
originatorUserName = "******" + srv.name,
originatorIpAddress = orgip,
timeTag = DateTime.Now
};
collection_cmd.InsertOne(rtcmd);
}
}
catch (Exception e)
{
Log(" Exception Mongo");
Log(e);
Log(e
.ToString()
.Substring(0,
e.ToString().IndexOf(Environment.NewLine)));
}
return(true);
}
InterrogationHandler(
object parameter,
IMasterConnection connection,
ASDU asdu,
byte qoi
)
{
var srv = IEC10Xconns[(int)parameter];
var conNameStr = srv.name + " - ";
Log(conNameStr + "[" + qoi + "] Group interrogation BEGIN", LogLevelBasic);
try
{
var Client = new MongoClient(JSConfig.mongoConnectionString);
var DB = Client.GetDatabase(JSConfig.mongoDatabaseName);
var collection =
DB.GetCollection <rtData>(RealtimeDataCollectionName);
ApplicationLayerParameters cp =
connection.GetApplicationLayerParameters();
// query mongodb for all data to distribute in this connection
// for group 20 (general interogation) request filter by all in destination connection but those marked with group -1
// for other groups requests filter by by those marked with group this same group
var filter_conn = Builders <rtData> .Filter.Eq("protocolDestinations.protocolDestinationConnectionNumber", srv.protocolConnectionNumber);
var filter_cmd = Builders <rtData> .Filter.Ne("origin", "command");
var filter_gen_int = Builders <rtData> .Filter.And(filter_conn, filter_cmd, Builders <rtData> .Filter.Ne("protocolDestinations.protocolDestinationGroup", -1));
var filter_oth_grp = Builders <rtData> .Filter.And(filter_conn, filter_cmd,
Builders <rtData> .Filter.Or(
Builders <rtData> .Filter.Eq("protocolDestinations.protocolDestinationGroup", qoi), // accept 20-36 or 0-16
Builders <rtData> .Filter.Eq("protocolDestinations.protocolDestinationGroup", qoi - 20)
)
);
var sort = Builders <rtData> .Sort.Descending("$natural");
var options = new FindOptions <rtData, rtData>();
options.Sort = sort;
var filter = filter_gen_int;
if (qoi != 20)
{
filter = filter_oth_grp;
}
var list =
collection.Find(filter).ToList();
int CompareASDUInDest(rtData x, rtData y)
{
var asdu1 = x.protocolDestinations[0].protocolDestinationASDU;
foreach (var dst in x.protocolDestinations)
{
if (dst.protocolDestinationConnectionNumber == srv.protocolConnectionNumber)
{
asdu1 = dst.protocolDestinationASDU;
}
}
var asdu2 = y.protocolDestinations[0].protocolDestinationASDU;
foreach (var dst in y.protocolDestinations)
{
if (dst.protocolDestinationConnectionNumber == srv.protocolConnectionNumber)
{
asdu2 = dst.protocolDestinationASDU;
}
}
if (asdu1 == asdu2)
{
return(0);
}
if (asdu1 > asdu2)
{
return(1);
}
return(-1);
}
list.Sort(CompareASDUInDest); // order by ASDU
Log(conNameStr + "[" + qoi + "] Group request, " + list.Count() + " objects to send.", LogLevelBasic);
connection.SendACT_CON(asdu, false); // confirm positive
var lastasdu = -1;
var cntasduobj = 0;
ASDU nwasdu = null;
foreach (rtData entry in list)
{
Log(conNameStr + "[" + qoi + "] " + entry.tag.ToString() + " " + entry.value + " Key " + entry._id, LogLevelDetailed);
foreach (var dst in entry.protocolDestinations)
{
var q = new QualityDescriptor();
q.Invalid = entry.invalid.ToBoolean();
q.Substituted = entry.substituted.ToBoolean();
q.NonTopical = false;
q.Blocked = false;
q.Overflow = entry.overflow.ToBoolean();
if (dst.protocolDestinationConnectionNumber == srv.protocolConnectionNumber)
{
if ((lastasdu != dst.protocolDestinationASDU && cntasduobj > 0) || cntasduobj >= 30)
{
if (nwasdu != null)
{
Log(conNameStr + "[" + qoi + "] Send ASDU TI:" + System.Convert.ToByte(nwasdu.TypeId) + "." + nwasdu.TypeId + " CA:" + nwasdu.Ca +
" with " + nwasdu.NumberOfElements + " objects.");
connection.SendASDU(nwasdu);
nwasdu = null;
cntasduobj = 0;
lastasdu = -1;
}
}
switch (dst.protocolDestinationASDU.ToInt32())
{
case 1:
case 30:
if (cntasduobj == 0)
{
nwasdu =
new ASDU(cp,
(CauseOfTransmission)qoi,
false,
false,
System.Convert.ToByte(cp.OA),
System.Convert.ToInt32(dst.protocolDestinationCommonAddress.ToDouble()),
false);
}
if (nwasdu != null)
{
var bval = entry.value != 0 ? true : false;
if (dst.protocolDestinationKConv1 == -1)
{
bval = !bval;
}
nwasdu
.AddInformationObject(new SinglePointInformation(System.Convert.ToInt32(dst.protocolDestinationObjectAddress.ToDouble()),
bval,
q));
cntasduobj++;
}
break;
case 3:
case 31:
if (cntasduobj == 0)
{
nwasdu =
new ASDU(cp,
(CauseOfTransmission)qoi,
false,
false,
System.Convert.ToByte(cp.OA),
System.Convert.ToInt32(dst.protocolDestinationCommonAddress.ToDouble()),
false);
}
if (nwasdu != null)
{
var dpval = entry.value != 0 ? DoublePointValue.ON : DoublePointValue.OFF;
if (dst.protocolDestinationKConv1 == -1)
{
dpval = entry.value != 0 ? DoublePointValue.OFF : DoublePointValue.ON;
}
if (entry.transient.ToBoolean())
{
dpval = DoublePointValue.INTERMEDIATE;
}
nwasdu
.AddInformationObject(new DoublePointInformation(System.Convert.ToInt32(dst.protocolDestinationObjectAddress.ToDouble()),
dpval,
q));
cntasduobj++;
}
break;
case 5:
case 32:
if (cntasduobj == 0)
{
nwasdu =
new ASDU(cp,
(CauseOfTransmission)qoi,
false,
false,
System.Convert.ToByte(cp.OA),
System.Convert.ToInt32(dst.protocolDestinationCommonAddress.ToDouble()),
false);
}
if (nwasdu != null)
{
var val = dst.protocolDestinationKConv1.ToDouble() * System.Convert.ToDouble(entry.value) + dst.protocolDestinationKConv2.ToDouble();
if (val > 63)
{
val = 63;
q.Overflow = true;
}
else
if (val < -64)
{
val = -64;
q.Overflow = true;
}
nwasdu
.AddInformationObject(new StepPositionInformation(System.Convert.ToInt32(dst.protocolDestinationObjectAddress.ToDouble()),
System.Convert.ToInt16(val),
entry.transient.ToBoolean(),
q));
cntasduobj++;
}
break;
case 9:
case 34:
if (cntasduobj == 0)
{
nwasdu =
new ASDU(cp,
(CauseOfTransmission)qoi,
false,
false,
System.Convert.ToByte(cp.OA),
System.Convert.ToInt32(dst.protocolDestinationCommonAddress.ToDouble()),
false);
}
if (nwasdu != null)
{
var val = dst.protocolDestinationKConv1.ToDouble() * System.Convert.ToDouble(entry.value) + dst.protocolDestinationKConv2.ToDouble();
if (val > 32767)
{
val = 32767;
q.Overflow = true;
}
else
if (val < -32768)
{
val = -32768;
q.Overflow = true;
}
nwasdu
.AddInformationObject(new MeasuredValueNormalized(System.Convert.ToInt32(dst.protocolDestinationObjectAddress.ToDouble()),
System.Convert.ToInt16(val),
new QualityDescriptor()));
cntasduobj++;
}
break;
case 11:
case 35:
if (cntasduobj == 0)
{
nwasdu =
new ASDU(cp,
(CauseOfTransmission)qoi,
false,
false,
System.Convert.ToByte(cp.OA),
System.Convert.ToInt32(dst.protocolDestinationCommonAddress.ToDouble()),
false);
}
if (nwasdu != null)
{
var val = dst.protocolDestinationKConv1.ToDouble() * System.Convert.ToDouble(entry.value) + dst.protocolDestinationKConv2.ToDouble();
if (val > 32767)
{
val = 32767;
q.Overflow = true;
}
else
if (val < -32768)
{
val = -32768;
q.Overflow = true;
}
nwasdu
.AddInformationObject(new MeasuredValueScaled(System.Convert.ToInt32(dst.protocolDestinationObjectAddress.ToDouble()),
System.Convert.ToInt16(val),
new QualityDescriptor()));
cntasduobj++;
}
break;
case 13:
case 36:
if (cntasduobj == 0)
{
nwasdu =
new ASDU(cp,
(CauseOfTransmission)qoi,
false,
false,
System.Convert.ToByte(cp.OA),
System.Convert.ToInt32(dst.protocolDestinationCommonAddress.ToDouble()),
false);
}
if (nwasdu != null)
{
var val = dst.protocolDestinationKConv1.ToDouble() * System.Convert.ToDouble(entry.value) + dst.protocolDestinationKConv2.ToDouble();
nwasdu
.AddInformationObject(new MeasuredValueShort(System.Convert.ToInt32(dst.protocolDestinationObjectAddress.ToDouble()),
System.Convert.ToSingle(val),
new QualityDescriptor()));
cntasduobj++;
}
break;
default:
break;
}
lastasdu = dst.protocolDestinationASDU.ToInt32();
break;
}
}
}
if (nwasdu != null)
{
Log(conNameStr + "[" + qoi + "] Send ASDU TI:" + System.Convert.ToByte(nwasdu.TypeId) + "." + nwasdu.TypeId + " CA:" + nwasdu.Ca +
" with " + nwasdu.NumberOfElements + " objects.", LogLevelBasic);
connection.SendASDU(nwasdu);
nwasdu = null;
}
connection.SendACT_TERM(asdu);
Log(conNameStr + "[" + qoi + "] Group interrogation END", LogLevelBasic);
}
catch (Exception e)
{
if (e.Message == "Connection not active")
{
return(true);
}
Log("Exception on Interrogation");
Log(e);
Log(e
.ToString()
.Substring(0, e.ToString().IndexOf(Environment.NewLine)));
System.Threading.Thread.Sleep(3000);
connection.SendACT_CON(asdu, true); // negative confirm
return(true);
}
return(true);
}
public void TestASDUAddTooMuchInformationObjects()
{
ConnectionParameters cp = new ConnectionParameters();
ASDU asdu = new ASDU(cp, CauseOfTransmission.PERIODIC, false, false, 0, 1, false);
int addedCounter = 0;
int ioa = 100;
while (asdu.AddInformationObject(new SinglePointInformation(ioa, false, new QualityDescriptor())))
{
ioa++;
addedCounter++;
}
Assert.AreEqual(60, addedCounter);
asdu = new ASDU(cp, CauseOfTransmission.PERIODIC, false, false, 0, 1, true);
addedCounter = 0;
ioa = 100;
while (asdu.AddInformationObject(new SinglePointInformation(ioa, false, new QualityDescriptor())))
{
ioa++;
addedCounter++;
}
Assert.AreEqual(240, addedCounter);
asdu = new ASDU(cp, CauseOfTransmission.PERIODIC, false, false, 0, 1, false);
addedCounter = 0;
ioa = 100;
while (asdu.AddInformationObject(new SinglePointWithCP24Time2a(ioa, false, new QualityDescriptor(), new CP24Time2a())))
{
ioa++;
addedCounter++;
}
Assert.AreEqual(34, addedCounter);
asdu = new ASDU(cp, CauseOfTransmission.PERIODIC, false, false, 0, 1, true);
addedCounter = 0;
ioa = 100;
while (asdu.AddInformationObject(new SinglePointWithCP56Time2a(ioa, false, new QualityDescriptor(), new CP56Time2a())))
{
ioa++;
addedCounter++;
}
Assert.AreEqual(30, addedCounter);
asdu = new ASDU(cp, CauseOfTransmission.PERIODIC, false, false, 0, 1, false);
addedCounter = 0;
ioa = 100;
while (asdu.AddInformationObject(new MeasuredValueShortWithCP56Time2a(ioa, 0.0f, QualityDescriptor.VALID(), new CP56Time2a())))
{
ioa++;
addedCounter++;
}
Assert.AreEqual(16, addedCounter);
}
// This process watches (via change stream) for point updates
// Forward data to its connections
static async void ProcessMongoCS(JSONSCADAConfig jsConfig)
{
do
{
try
{
var Client = ConnectMongoClient(jsConfig);
var DB = Client.GetDatabase(jsConfig.mongoDatabaseName);
var collection =
DB
.GetCollection
<rtData>(RealtimeDataCollectionName);
bool isMongoLive =
DB
.RunCommandAsync((Command <BsonDocument>) "{ping:1}")
.Wait(1000);
if (!isMongoLive)
{
throw new Exception("Error on connection " + jsConfig.mongoConnectionString);
}
Log("MongoDB CMD CS - Start listening for realtime data updates via changestream...");
// observe updates and replaces, avoid updates with sourceDataUpdateField (those are handled by cs_data_processor.js)
var filter = "{ $or: [{ $and:[{ 'updateDescription.updatedFields.sourceDataUpdate': { $exists: false } },{ operationType: 'update' }] }, { operationType: 'replace'}] }";
var pipeline =
new EmptyPipelineDefinition <ChangeStreamDocument <rtData
>
>().Match(filter);
var changeStreamOptions = new ChangeStreamOptions
{
FullDocument = ChangeStreamFullDocumentOption.UpdateLookup
};
using (var cursor = await collection.WatchAsync(pipeline, changeStreamOptions))
{
await cursor
.ForEachAsync(change =>
{
// process change event, only process updates and replaces
if (
change.OperationType == ChangeStreamOperationType.Update ||
change.OperationType == ChangeStreamOperationType.Replace
)
{
if (change.FullDocument != null)
{
if (change.FullDocument.protocolDestinations != null)
{
foreach (var dst in change.FullDocument.protocolDestinations)
{
foreach (IEC10X_connection
srv
in
IEC10Xconns
)
{
if (dst.protocolDestinationConnectionNumber == srv.protocolConnectionNumber)
{
var conNameStr = srv.name + " - ";
var quality = new QualityDescriptor();
quality.Invalid = false;
if (change.FullDocument.invalid != null)
{
quality.Invalid |= change.FullDocument.invalid.ToBoolean();
}
if (change.FullDocument.overflow != null)
{
quality.Invalid |= change.FullDocument.overflow.ToBoolean();
}
if (change.FullDocument.transient != null)
{
quality.Invalid |= change.FullDocument.transient.ToBoolean();
}
if (change.FullDocument.substituted != null)
{
quality.Substituted = change.FullDocument.substituted.ToBoolean();
}
quality.Blocked = false;
quality.NonTopical = false;
CP56Time2a cp56timesrc = null;
if (change.FullDocument.timeTagAtSource != null)
{
cp56timesrc = new CP56Time2a(System.Convert.ToDateTime(change.FullDocument.timeTagAtSource).AddHours(dst.protocolDestinationHoursShift.ToDouble()));
cp56timesrc.Invalid = false;
if (change.FullDocument.timeTagAtSourceOk != null)
{
cp56timesrc.Invalid = !change.FullDocument.timeTagAtSourceOk.ToBoolean();
}
else
{
cp56timesrc.Invalid = true;
}
}
var io = BuildInfoObj(
dst.protocolDestinationASDU.ToInt32(),
dst.protocolDestinationObjectAddress.ToInt32(),
change.FullDocument.value.ToDouble(),
false,
0,
quality,
cp56timesrc
);
if (io != null)
{
// queue data to make possible to assemble an ASDU with many elements, will send on DequeueIecInfo
InfoCA ica = new InfoCA()
{
io = io,
ca = dst.protocolDestinationCommonAddress.ToInt32()
};
srv.infoCAQueue.Enqueue(ica);
if (LogLevel >= LogLevelDetailed)
{
Log(conNameStr + "Spont Tag:" +
change.FullDocument.tag + " Value:" + change.FullDocument.value +
" Key:" + change.FullDocument._id + " TI:" + dst.protocolDestinationASDU.ToInt32() + " CA:" + dst.protocolDestinationCommonAddress + (cp56timesrc == null ? "" : " " + cp56timesrc.ToString()),
LogLevelDetailed);
}
}
}
}
}
}
}
}
});
}
}
catch (Exception e)
{
Log("Exception MongoCS");
Log(e);
Log(e
.ToString()
.Substring(0,
e.ToString().IndexOf(Environment.NewLine)));
Thread.Sleep(3000);
}
}while (true);
}
