private LogicalTable.ControlCode ParseLine_ControlCode(string Input)
{
if (!ValidateNonStdEntry(Input)) throw new FormatException("Malformed entry");
string[] entrysplit = Input.Split(new char[] { '=' }, 2);
if (entrysplit[1].Contains(','))
{
// has arguments, parse them
var paramsplit = entrysplit[1].Split(',');
var paramlist = new LogicalTable.ControlCode.Parameter[paramsplit.Length - 1];
for (int t = 1; t < paramsplit.Length; t++)
{
if (!paramsplit[t].Contains('='))
throw new ArgumentException("Malformed parameter");
var paramdefsplit = paramsplit[t].Split('=');
switch (paramdefsplit[1].ToUpper())
{
case "%X":
paramlist[t-1] =
new LogicalTable.ControlCode.Parameter(
LogicalTable.ControlCode.Parameter.NumberType.Hex, paramdefsplit[0]);
break;
case "%B":
paramlist[t-1] =
new LogicalTable.ControlCode.Parameter(
LogicalTable.ControlCode.Parameter.NumberType.Binary, paramdefsplit[0]);
break;
case "%D":
paramlist[t-1] =
new LogicalTable.ControlCode.Parameter(
LogicalTable.ControlCode.Parameter.NumberType.Decimal, paramdefsplit[0]);
break;
default:
throw new ArgumentException("Invalid placeholder type");
}
}
// param list object has been created
if (paramsplit[0].Substring(paramsplit[0].Length - 1) != "]")
{
var formatsplit = paramsplit[0].Split(']');
formatsplit[1] = formatsplit[1].Replace("\\n", Environment.NewLine);
return new LogicalTable.ControlCode(formatsplit[0].Substring(1), formatsplit[1], paramlist);
}
else
return new LogicalTable.ControlCode(GetLabel(paramsplit[0]), null, paramlist);
}
else // no parameters
{
if (entrysplit[1].Substring(entrysplit[1].Length) != "]")
{
var formatsplit = entrysplit[1].Split(']');
formatsplit[1] = formatsplit[1].Replace("\\n", Environment.NewLine);
return new LogicalTable.ControlCode(formatsplit[0].Substring(1), formatsplit[1]);
}
else
return new LogicalTable.ControlCode(GetLabel(entrysplit[1]));
}
}
private LogicalTable.ControlCode ParseLine_ControlCode(string Input)
{
if (!ValidateNonStdEntry(Input))
{
throw new FormatException("Malformed entry");
}
string[] entrysplit = Input.Split(new char[] { '=' }, 2);
if (entrysplit[1].Contains(','))
{
// has arguments, parse them
var paramsplit = entrysplit[1].Split(',');
var paramlist = new LogicalTable.ControlCode.Parameter[paramsplit.Length - 1];
for (int t = 1; t < paramsplit.Length; t++)
{
if (!paramsplit[t].Contains('='))
{
throw new ArgumentException("Malformed parameter");
}
var paramdefsplit = paramsplit[t].Split('=');
switch (paramdefsplit[1].ToUpper())
{
case "%X":
paramlist[t - 1] =
new LogicalTable.ControlCode.Parameter(
LogicalTable.ControlCode.Parameter.NumberType.Hex, paramdefsplit[0]);
break;
case "%B":
paramlist[t - 1] =
new LogicalTable.ControlCode.Parameter(
LogicalTable.ControlCode.Parameter.NumberType.Binary, paramdefsplit[0]);
break;
case "%D":
paramlist[t - 1] =
new LogicalTable.ControlCode.Parameter(
LogicalTable.ControlCode.Parameter.NumberType.Decimal, paramdefsplit[0]);
break;
default:
throw new ArgumentException("Invalid placeholder type");
}
}
// param list object has been created
if (paramsplit[0].Substring(paramsplit[0].Length - 1) != "]")
{
var formatsplit = paramsplit[0].Split(']');
formatsplit[1] = formatsplit[1].Replace("\\n", Environment.NewLine);
return(new LogicalTable.ControlCode(formatsplit[0].Substring(1), formatsplit[1], paramlist));
}
else
{
return(new LogicalTable.ControlCode(GetLabel(paramsplit[0]), null, paramlist));
}
}
else // no parameters
{
if (entrysplit[1].Substring(entrysplit[1].Length) != "]")
{
var formatsplit = entrysplit[1].Split(']');
formatsplit[1] = formatsplit[1].Replace("\\n", Environment.NewLine);
return(new LogicalTable.ControlCode(formatsplit[0].Substring(1), formatsplit[1]));
}
else
{
return(new LogicalTable.ControlCode(GetLabel(entrysplit[1])));
}
}
}
