/// <summary>
/// private function to create new signals
/// </summary>
/// <param name="msgByteOrder"></param>
/// <param name="MsgName"></param>
/// <param name="startBit"></param>
/// <param name="Length"></param>
/// <returns></returns>
private DbcSignal CreateNewSignal(string msgByteOrder, DbcMessage Msg, int startBit, int Length)
{
DbcSignal newSignal = new DbcSignal();
newSignal.ByteOrder = msgByteOrder;
newSignal.Name = "NotUsed_" + Msg.Name + "_bit" + startBit + "_L" + Length;
newSignal.StartBit = startBit;
newSignal.Length = Length;
newSignal.ValueType = "Unsigned";
newSignal.InitValue = 0;
newSignal.Factor = 1;
newSignal.Offset = 0;
newSignal.Transmitters = Msg.Transmitters;
return(newSignal);
}
/// <summary>
/// Ctor for major paser job
/// </summary>
/// <param name="filePath"></param>
public DBCReader(string filePath)
{
_allMessage.Clear();
FileStream fsDBC = new FileStream(filePath, FileMode.Open, FileAccess.Read);
StreamReader SR = new StreamReader(fsDBC);
string line;
Regex patternMsgDBC = new Regex(
@"BO_ # BO_ keyword
\s+ # some white char
(\d+) # match BOTSCHAFTS ID
\s+ # some white char
(\w+) # match BOTSCHAFTS NAME
\s* # may be some white char
: # the :
\s + # some white char
(\d +) # the DLC (byte count)
\s + # some white char
(\w +) # match TRANSMITTER NODE NAME
\s* # may be some white char", RegexOptions.IgnorePatternWhitespace | RegexOptions.IgnoreCase);
Regex patternSigDBC = new Regex(@"SG_
\s+
(\w+) # match the NAME
\s* # maybe some white char
m? # maybe multiplexed signal
\d? # maybe multiplexed signal
\s* # may be some white char
: # the :
\s * # some white char
(\d +) # the start POSITION (bit)
\| # the |
(\d +) # the LENGTH of signal in bit
@ # some any char
(\d) # FORMAT : 1 (Intel) or 0 (Motorola)
(\+| -) # the + or the -
\s + # some white char
\( # match the (
(
[+-] ?\d *\.?\d *[Ee][+-]\d+|
[+-] ?\d +\.\d+|
[+-] ?\d +\.|
[+-] ?\.\d +|
[+-] ?\d +
) # match the FACTOR,Resolution
, # match the ,
(
[+-] ?\d *\.?\d *[Ee][+-]\d +|
[+-] ?\d +\.\d +|
[+-] ?\d +\.|
[+-] ?\.\d +|
[+-] ?\d +
) # match the OFFSET
\) # match the )
\s * # some white char
\[ # match the [
(
[+-]?\d*\.?\d*[Ee][+-]\d+|
[+-]?\d+\.\d+|
[+-]?\d+\.|
[+-]?\.\d+|
[+-]?\d+
) # match the MINIMUM
\| # match the |
(
[+-]?\d*\.?\d*[Ee][+-]\d+|
[+-]?\d+\.\d+|
[+-]?\d+\.|
[+-]?\.\d+|
[+-]?\d+
) # match the MAXIMUM
\] # match the [
\s* # some white char
\"" # match the [
(.*) # match the UNIT
\"" # match the [
\s* # some white char
(.*) # network elements", RegexOptions.IgnorePatternWhitespace | RegexOptions.IgnoreCase);
Regex patternSigMultiplexer = new Regex(@"
SG_ # match the KEY
\s+ # some white char
\w+ # match the NAME
\s+ # maybe some white char
M # multiplexed signal
\s+", RegexOptions.IgnorePatternWhitespace | RegexOptions.IgnoreCase);
Regex patternSigMultiplexed_value = new Regex(@"
SG_ # match the KEY
\s+ # some white char
\w+ # match the NAME
\s+ # maybe some white char
M # multiplexed signal
(\d+) # multiplexed signal code
\s+", RegexOptions.IgnorePatternWhitespace | RegexOptions.IgnoreCase);
#pragma warning disable CS0219 // The variable 'MsgReceiver' is assigned but its value is never used
string MsgName, MsgSender, MsgReceiver;
#pragma warning restore CS0219 // The variable 'MsgReceiver' is assigned but its value is never used
decimal MsgID;
int MsgDlc;
int MsgCycle;
string SigNAME;
int SigPOSITION;
int SigLENGTH;
string SigFORMAT;
string SigTYPE;
double SigFACTOR;
double SigOFFSET;
string SigUNIT;
List <string> SigMODULS = new List <string>();
double SigMINIMUM;
double SigMAXIMUM;
string SigMULTIPLEX_VALUE;
bool SigMULTIPLEXER;
#pragma warning disable CS0219 // The variable 'SigShortNAME' is assigned but its value is never used
string SigShortNAME;
#pragma warning restore CS0219 // The variable 'SigShortNAME' is assigned but its value is never used
string SigCODING;
MsgSendType MsgSendType;
int cnt = 0;
DbcMessage newMessage = null;
while ((line = SR.ReadLine()) != null)
{
cnt++;
if (Regex.IsMatch(line, "___NOT_USED___"))
{
continue;
}
// Version,Customer,Baudrate,Project
if (Regex.IsMatch(line, @"VERSION \""(\S+)\"""))
{
_dbVersion = null;
_dbVersion = Regex.Match(line, @"VERSION \""(\S+)\""").Groups[1].Value;
}
if (Regex.IsMatch(line, @"BA_\s*\""Manufacturer\""\s*\""(\S+)\""\s*;"))
{
_dbCustomer = null;
_dbCustomer = Regex.Match(line, @"BA_\s*\""Manufacturer\""\s*\""(\S+)\""\s*;").Groups[1].Value;
}
if (Regex.IsMatch(line, @"BA_\s*\""Baudrate\""\s*(\S+)\s*;"))
{
_dbBaudrate = null;
_dbBaudrate = Regex.Match(line, @"BA_\s*\""Baudrate\""\s*(\S+)\s*;").Groups[1].Value;
}
if (Regex.IsMatch(line, @"BA_\s*\""DBName\""\s*\""(\S+)\""\s*;"))
{
_dbName = null;
_dbName = Regex.Match(line, @"BA_\s*\""DBName\""\s*\""(\S+)\""\s*;").Groups[1].Value;
}
//Message parsing
if (patternMsgDBC.IsMatch(line))
{
MsgName = null;
MsgID = 0;
MsgDlc = 0;
MsgSender = null;
MsgReceiver = null;
//new message
MsgID = Convert.ToInt64(patternMsgDBC.Match(line).Groups[1].Value);
MsgName = patternMsgDBC.Match(line).Groups[2].Value;
MsgDlc = Convert.ToInt16(patternMsgDBC.Match(line).Groups[3].Value);
MsgSender = patternMsgDBC.Match(line).Groups[4].Value;
//MsgReceiver = patternMsgDBC.Match(line).Groups[4].Value;
newMessage = new DbcMessage {
ID = MsgID, DLC = MsgDlc, Name = MsgName, Transmitters = { MsgSender, },
};
_allMessage.Add(newMessage);
}
if (patternSigDBC.IsMatch(line))
{
SigNAME = null;
SigPOSITION = 0;
SigLENGTH = 0;
SigFORMAT = null;
SigTYPE = null;
SigFACTOR = 1;
SigOFFSET = 0;
SigUNIT = null;
SigMODULS.Clear();
SigMINIMUM = 0;
SigMAXIMUM = 0;
SigMULTIPLEX_VALUE = null;
SigMULTIPLEXER = false;
SigShortNAME = null;
SigCODING = null;
SigNAME = patternSigDBC.Match(line).Groups[1].Value;
SigPOSITION = Convert.ToInt16(patternSigDBC.Match(line).Groups[2].Value);
SigLENGTH = Convert.ToInt16(patternSigDBC.Match(line).Groups[3].Value);
if (patternSigDBC.Match(line).Groups[4].Value.ToString() == "1")
{
SigFORMAT = "INTEL";
}
else if (patternSigDBC.Match(line).Groups[4].Value.ToString() == "0")
{
SigFORMAT = "MOTOROLA";
}
if (patternSigDBC.Match(line).Groups[4].Value.ToString() == null)
{
throw new Exception("Signal Format Error");
}
;
if (patternSigDBC.Match(line).Groups[5].Value.ToString() == "+")
{
SigTYPE = "UNSIGNED";
}
else if (patternSigDBC.Match(line).Groups[5].Value.ToString() == "-")
{
SigTYPE = "SIGNED";
}
if (patternSigDBC.Match(line).Groups[5].Value.ToString() == null)
{
throw new Exception("Signal Type Error");
}
;
SigFACTOR = Convert.ToDouble(patternSigDBC.Match(line).Groups[6].Value);
SigOFFSET = Convert.ToDouble(patternSigDBC.Match(line).Groups[7].Value);
SigMINIMUM = Convert.ToDouble(patternSigDBC.Match(line).Groups[8].Value);
SigMAXIMUM = Convert.ToDouble(patternSigDBC.Match(line).Groups[9].Value);
SigUNIT = patternSigDBC.Match(line).Groups[10].Value.ToString();
char[] delimiters = new char[] { ',', };
SigMODULS = patternSigDBC.Match(line).Groups[11].Value.ToString().Split(delimiters).ToList <string>();
SigMODULS.ForEach(X => X.Replace(" ", ""));
if (patternSigMultiplexer.IsMatch(line))
{
SigMULTIPLEXER = true;
}
if (patternSigMultiplexed_value.IsMatch(line))
{
SigMULTIPLEX_VALUE = patternSigMultiplexed_value.Match(line).Groups[1].Value;
}
DbcSignal newSig = new DbcSignal
{
Name = SigNAME,
StartBit = SigPOSITION,
Length = SigLENGTH,
ByteOrder = SigFORMAT,
ValueType = SigTYPE,
Factor = SigFACTOR,
Offset = SigOFFSET,
Maximum = SigMAXIMUM,
Minimum = SigMINIMUM,
Receivers = new ObservableCollection <string>(SigMODULS),
Unit = SigUNIT,
};
if (SigMULTIPLEXER)
{
newSig.IsMultiPlexor = true;
newMessage.Multiplexer = newSig;
}
if (SigMULTIPLEX_VALUE != null)
{
newSig.MultiPlex_value = SigMULTIPLEX_VALUE;
}
foreach (var rxNode in SigMODULS)
{
if ((newMessage != null) && (!newMessage.Receivers.Contains(rxNode)))
{
newMessage.Receivers.Add(rxNode);
}
}
newSig.InMessage = newMessage.ID;
newMessage.Signals.Add(newSig);
}//end of if signal
// END OF " SG_ ST_QUAL_GPS : 56|8@1+ (0.5,0) [0|0] "%" ACC,EGS_SSG"
// COLLECT CYCLETIME
// BA_ "GenMsgCycleTime" BO_ 431 20;
if (Regex.IsMatch(line, @"BA_\s*\""GenMsgCycleTime\""\s*BO_\s*(\d+)\s*(\d+)\s*;"))
{
MsgID = Convert.ToInt64(Regex.Match(line, @"BA_\s*\""GenMsgCycleTime\""\s*BO_\s*(\d+)\s*(\d+)\s*;").Groups[1].Value);
MsgCycle = Convert.ToInt16(Regex.Match(line, @"BA_\s*\""GenMsgCycleTime\""\s*BO_\s*(\d+)\s*(\d+)\s*;").Groups[2].Value);
_allMessage.First(x => x.ID == MsgID).CycleTime = MsgCycle;
}
// Send Type
// BA_ "GenMsgSendType" BO_ 759 0;
if (Regex.IsMatch(line, @"BA_\s*\""GenMsgSendType\""\s*BO_\s*(\d+)\s*(\d+)\s*;"))
{
MsgID = Convert.ToInt64(Regex.Match(line, @"BA_\s*\""GenMsgSendType\""\s*BO_\s*(\d+)\s*(\d+)\s*;").Groups[1].Value);
MsgSendType = (MsgSendType)Convert.ToInt16(Regex.Match(line, @"BA_\s*\""GenMsgSendType\""\s*BO_\s*(\d+)\s*(\d+)\s*;").Groups[2].Value);
_allMessage.First(x => x.ID == MsgID).SendType = MsgSendType;
}
// VAL_ 273 TQI_ACORValid 1 "Valid" 0 "Invalid" ;
if (Regex.IsMatch(line, @"VAL_ (\d+) (\w+) (.*)\s*;$"))
{
MsgID = Convert.ToInt64(Regex.Match(line, @"VAL_ (\d+) (\w+) (.*)\s*;$").Groups[1].Value);
SigNAME = Regex.Match(line, @"VAL_ (\d+) (\w+) (.*)\s*;$").Groups[2].Value;
SigCODING = Regex.Match(line, @"VAL_ (\d+) (\w+) (.*)\s*;$").Groups[3].Value;
if (SigNAME == "ACC_InterSysInfoDisp")
{
Console.WriteLine("It is successful");
}
DbcMessage tempMsg = _allMessage.First(x => x.ID == MsgID);
ObservableCollection <KeyValuePair <double, string> > tempDic = new ObservableCollection <KeyValuePair <double, string> >();
Regex patternSigCoding = new Regex(@"((0x[\dA-Fa-f]+)|(\d+\.?\d*))\s+\""\s*((\w+\(*\)*\s*)*\.?)\s*\""", RegexOptions.IgnoreCase);
MatchCollection coding = patternSigCoding.Matches(SigCODING);
if (coding.Count >= 0) //get count tp get the exception in lazy evaluation
{
foreach (Match pair in coding)
{
double value = Convert.ToDouble(pair.Groups[1].Value);
string Description = pair.Groups[4].Value;
tempDic.Add(new KeyValuePair <double, string>(value, Description));
}
}
if (tempDic.Count >= 0)
{
if (tempMsg.Signals.FirstOrDefault(x => x.Name == SigNAME) != null)
{
tempMsg.Signals.First(x => x.Name == SigNAME).Coding = tempDic;
}
}
}
} //end of while
} //end of ctor
/// <summary>
/// Get the NOTUSED BITS INLUDED in Messages
/// </summary>
/// <returns></returns>
public ObservableCollection <DbcMessage> ExtGetAllMessages()
{
_extAllMessages.Clear();
foreach (DbcMessage tempCANMsg in _allMessage)
{
//loop to get empty bits
string msgByteOrder = null;
bool[] arrFlag = new bool[64];
foreach (DbcSignal tempCANSig in tempCANMsg.Signals)
{
if (msgByteOrder == null)
{
msgByteOrder = tempCANSig.ByteOrder;
}
;
if (tempCANSig.ByteOrder == "MOTOROLA")
{
for (int i = dicInvIndex[tempCANSig.StartBit]; i < dicInvIndex[tempCANSig.StartBit] + tempCANSig.Length; i++)
{
arrFlag[dicInvIndex[i]] = true;
}
}
else if (tempCANSig.ByteOrder == "INTEL")
{
for (int i = tempCANSig.StartBit; i < tempCANSig.StartBit + tempCANSig.Length; i++)
{
arrFlag[i] = true;
}
}
else
{
throw new Exception(String.Format("Byte Order of Message {0} Invalid", tempCANMsg.ID));
}
}
//Add signals of signal bit into List of CANDBCMessages if not used
//Naming convention NotUsed_MsgXXX_ByteX_BitXX
if (msgByteOrder == "MOTOROLA")
{
bool last = true;
int startBit = 0;
for (int i = 0; i < tempCANMsg.DLC * 8; i++)
{
if (!arrFlag[dicInvIndex[i]])
{
if (last == true) //new start blank bit found
{
startBit = dicInvIndex[i];
}
else if (i == tempCANMsg.DLC * 8 - 1)
{
DbcSignal newSignal = CreateNewSignal(msgByteOrder, tempCANMsg, startBit, i - dicInvIndex[startBit] + 1);
tempCANMsg.Signals.Add(newSignal);
}
}
else //last is false and current is true, create new Notused signal
{
if (last == false)
{
DbcSignal newSignal = CreateNewSignal(msgByteOrder, tempCANMsg, startBit, i - dicInvIndex[startBit]);
tempCANMsg.Signals.Add(newSignal);
}
}
last = arrFlag[dicInvIndex[i]];
}
}
else if (msgByteOrder == "INTEL")
{
bool last = true;
int startBit = 0;
for (int i = 0; i < tempCANMsg.DLC * 8; i++)
{
if (!arrFlag[i])
{
if (last == true) //new start blank bit found
{
startBit = i;
}
else if (i == tempCANMsg.DLC * 8 - 1)
{
DbcSignal newSignal = CreateNewSignal(msgByteOrder, tempCANMsg, startBit, i - startBit + 1);
tempCANMsg.Signals.Add(newSignal);
}
}
else //last is false and current is true, create new Notused signal
{
if (last == false)
{
DbcSignal newSignal = CreateNewSignal(msgByteOrder, tempCANMsg, startBit, i - startBit);
tempCANMsg.Signals.Add(newSignal);
}
}
last = arrFlag[i];
}
}
_extAllMessages.Add(tempCANMsg);
}
return(_extAllMessages);
}