public MessageContext Parse(string msg)
{
try
{
MessageContext msgContext = new MessageContext();
// only 64 fields,No Second map
msgContext.BitMap = "0";
msgContext.SrcMessage = msg;
int bitLength = 16;
string bitMapHex = msgContext.SrcMessage.Substring(msgContext.Start, bitLength);
msgContext.Start = msgContext.Start + bitLength;
msgContext.BitMap = this.BitMapWorker.GetBitMapBits(bitMapHex);
for (int fno = 2; fno <= msgContext.BitMap.Length; fno++)
{
if (msgContext.HasField(fno))
{
BitIndex bi = this.Df61BitWorker[fno];
IPattern pattern = bi.PatternWorker;
msgContext.CurrentField.NextFuncNo = fno;
pattern.Parse(msgContext);
}
}
return(msgContext);
}
catch (Exception ex)
{
logger.LogError(ex.Message);
}
return(null);
}
public IPattern GetPattern(BitIndex bitIndex)
{
lock (this.obj)
{
if (!this.dicPatterns.ContainsKey(bitIndex.Representation))
{
IPattern pattern = PatternSelector(bitIndex);
this.dicPatterns.Add(bitIndex.Representation, pattern);
}
}
return(this.dicPatterns[bitIndex.Representation]);
}
private IPattern PatternSelector(BitIndex bitIndex)
{
string reSrc = bitIndex.Representation;
string rePattern = @"^(?'TYPE'\S+?)\s+(?'LEN'\d+?)$";
string type;
int length;
int variLen;
Match m = Regex.Match(reSrc, rePattern);
// fixed field
if (m.Success)
{
type = (m.Groups["TYPE"]).Value;
length = Convert.ToInt32((m.Groups["LEN"]).Value, 10);
if ("n".Equals(type) || "x+n".Equals(type))
{
return(new FixedLengthNumPattern(logger, length));
}
else if ("b".Equals(type))
{
//hex
return(new FixedLengthStringPattern(logger, length / 4));
}
else
{
return(new FixedLengthStringPattern(logger, length));
}
}
rePattern = @"^(?'TYPE'\S+?)\s+(?'VAR'\.+?)(?'LEN'\d+?)$";
m = Regex.Match(reSrc, rePattern);
if (m.Success)
{
type = (m.Groups["TYPE"]).Value;
variLen = (m.Groups["VAR"].Value).Length;
length = Convert.ToInt32((m.Groups["LEN"]).Value, 10);
return(new VariablePattern(logger, variLen, length));
}
rePattern = @"\s+(?'LEN'\d+?)$";
m = Regex.Match(reSrc, rePattern);
if (m.Success)
{
length = Convert.ToInt32((m.Groups["LEN"]).Value, 10);
return(new FixedLengthStringPattern(logger, length));
}
return(null);
}
public MessageContext Build(string fromTo, string mti, string[] funcDatas)
{
try
{
MessageContext msgContextMain = new MessageContext();
msgContextMain.FromTo = fromTo;
msgContextMain.Mti = mti;
// BitMap, always has SecondMap in Common
if (65 == funcDatas.Length)
{
msgContextMain.BitMap = "0";
}
else
{
msgContextMain.BitMap = "1";
}
string[] srcList = new string[funcDatas.Length];
for (int i = 0; i < srcList.Length; i++)
{
srcList[i] = funcDatas[i];
}
for (int fno = 2; fno < srcList.Length; fno++)
{
if (!((null == srcList[fno]) || ("".Equals(srcList[fno]))))
{
BitIndex bi = this.BitWorker[fno];
IPattern pattern = bi.PatternWorker;
msgContextMain.AddField(fno, srcList[fno]);
pattern.Build(msgContextMain);
}
else
{
msgContextMain.BitMap += "0";
}
}
msgContextMain.SrcMessage = msgContextMain.FromTo + msgContextMain.Mti + this.BitMapWorker.GetBitMapHex(msgContextMain.BitMap) + msgContextMain.SrcMessage;
msgContextMain.MessageSize = msgContextMain.SrcMessage.Length;
return(msgContextMain);
}
catch (Exception ex)
{
logger.LogError(ex.Message);
}
return(null);
}
public MessageContext Parse(string msg)
{
try
{
MessageContext msgContextMain = new MessageContext();
if ((null != this.HasHeader) && ("Y".Equals(this.HasHeader)))
{
this.parseHeader(msg, msgContextMain);
}
else
{
msgContextMain.SrcMessage = msg;
msgContextMain.MessageSize = msg.Length;
}
msgContextMain.Start = 0;
msgContextMain.FromTo = msgContextMain.SrcMessage.Substring(msgContextMain.Start, 8);
msgContextMain.Start = msgContextMain.Start + 8;
msgContextMain.Mti = msgContextMain.SrcMessage.Substring(msgContextMain.Start, 4);
msgContextMain.Start = msgContextMain.Start + 4;
bool hasSecondMap = this.BitMapWorker.HasExtend(msgContextMain.SrcMessage.Substring(msgContextMain.Start, 2));
int bitLength = hasSecondMap ? 32 : 16;
string bitMapHex = msgContextMain.SrcMessage.Substring(msgContextMain.Start, bitLength);
msgContextMain.Start = msgContextMain.Start + bitLength;
msgContextMain.BitMap = this.BitMapWorker.GetBitMapBits(bitMapHex);
for (int fno = 2; fno <= msgContextMain.BitMap.Length; fno++)
{
if (msgContextMain.HasField(fno))
{
BitIndex bi = this.BitWorker[fno];
IPattern pattern = bi.PatternWorker;
msgContextMain.CurrentField.NextFuncNo = fno;
pattern.Parse(msgContextMain);
}
}
return(msgContextMain);
}
catch (Exception ex)
{
logger.LogError(ex.Message);
}
return(null);
}
public MessageContext Build(string fromTo, string mti, string[] funcDatas)
{
try
{
MessageContext msgContext = new MessageContext();
// only 64 fields
msgContext.BitMap = "0";
string[] srcList = new string[this.Df61BitWorker.Length()];
for (int i = 0; i < srcList.Length; i++)
{
if (i < funcDatas.Length)
{
srcList[i] = funcDatas[i];
}
else
{
srcList[i] = "";
}
}
for (int fno = 2; fno < srcList.Length; fno++)
{
if (!((null == srcList[fno]) || ("".Equals(srcList[fno]))))
{
BitIndex bi = this.Df61BitWorker[fno];
IPattern pattern = bi.PatternWorker;
msgContext.AddField(fno, srcList[fno]);
pattern.Build(msgContext);
}
else
{
msgContext.BitMap += "0";
}
}
msgContext.SrcMessage = this.BitMapWorker.GetBitMapHex(msgContext.BitMap) + msgContext.SrcMessage;
return(msgContext);
}
catch (Exception ex)
{
logger.LogError(ex.Message);
}
return(null);
}