How to use

RegularConnectionParm

in

jain.protocol.ip.mgcp.message.parms

public ConnectionParm decodeConnectionParm(String parm) {
  String[] tokens = equalsPattern.split(parm, 0);
  String name = tokens[0].trim();
  String value = tokens[1].trim();
  if (name.equalsIgnoreCase("JI")) {
    return new RegularConnectionParm(RegularConnectionParm.JITTER, Integer.parseInt(value));
  } else if (name.equalsIgnoreCase("LA")) {
    return new RegularConnectionParm(RegularConnectionParm.LATENCY, Integer.parseInt(value));
  } else if (name.equalsIgnoreCase("OR")) {
    return new RegularConnectionParm(RegularConnectionParm.OCTETS_RECEIVED, Integer.parseInt(value));
  } else if (name.equalsIgnoreCase("OS")) {
    return new RegularConnectionParm(RegularConnectionParm.OCTETS_SENT, Integer.parseInt(value));
  } else if (name.equalsIgnoreCase("PL")) {
    return new RegularConnectionParm(RegularConnectionParm.PACKETS_LOST, Integer.parseInt(value));
  } else if (name.equalsIgnoreCase("PR")) {
    return new RegularConnectionParm(RegularConnectionParm.PACKETS_RECEIVED, Integer.parseInt(value));
  } else if (name.equalsIgnoreCase("PS")) {
    return new RegularConnectionParm(RegularConnectionParm.PACKETS_SENT, Integer.parseInt(value));
  } else {
    return new ExtendedConnectionParm(name, Integer.parseInt(value));
  }
}

case StringFunctions.HIGH_L_BYTE:
  if(value[startIndex+1]==StringFunctions.LOW_A_BYTE || value[startIndex+1]==StringFunctions.HIGH_A_BYTE)
    return new RegularConnectionParm(RegularConnectionParm.LATENCY, numericValue);					
case StringFunctions.LOW_J_BYTE:
case StringFunctions.HIGH_J_BYTE:
  if(value[startIndex+1]==StringFunctions.LOW_I_BYTE || value[startIndex+1]==StringFunctions.HIGH_I_BYTE)
    return new RegularConnectionParm(RegularConnectionParm.JITTER, numericValue);
case StringFunctions.LOW_O_BYTE:
case StringFunctions.HIGH_O_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.OCTETS_RECEIVED, numericValue);						
    case StringFunctions.LOW_S_BYTE:
    case StringFunctions.HIGH_S_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.OCTETS_SENT, numericValue);										
      return new RegularConnectionParm(RegularConnectionParm.PACKETS_LOST, numericValue);												
    case StringFunctions.LOW_R_BYTE:
    case StringFunctions.HIGH_R_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.PACKETS_RECEIVED, numericValue);						
    case StringFunctions.LOW_S_BYTE:
    case StringFunctions.HIGH_S_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.PACKETS_SENT, numericValue);						

case StringFunctions.HIGH_L_BYTE:
  if(value[startIndex+1]==StringFunctions.LOW_A_BYTE || value[startIndex+1]==StringFunctions.HIGH_A_BYTE)
    return new RegularConnectionParm(RegularConnectionParm.LATENCY, numericValue);					
case StringFunctions.LOW_J_BYTE:
case StringFunctions.HIGH_J_BYTE:
  if(value[startIndex+1]==StringFunctions.LOW_I_BYTE || value[startIndex+1]==StringFunctions.HIGH_I_BYTE)
    return new RegularConnectionParm(RegularConnectionParm.JITTER, numericValue);
case StringFunctions.LOW_O_BYTE:
case StringFunctions.HIGH_O_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.OCTETS_RECEIVED, numericValue);						
    case StringFunctions.LOW_S_BYTE:
    case StringFunctions.HIGH_S_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.OCTETS_SENT, numericValue);										
      return new RegularConnectionParm(RegularConnectionParm.PACKETS_LOST, numericValue);												
    case StringFunctions.LOW_R_BYTE:
    case StringFunctions.HIGH_R_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.PACKETS_RECEIVED, numericValue);						
    case StringFunctions.LOW_S_BYTE:
    case StringFunctions.HIGH_S_BYTE:
      return new RegularConnectionParm(RegularConnectionParm.PACKETS_SENT, numericValue);