// Find whether or not this is a valid command (and has an entry in our encoding list). If it
// does, return it; otherwise, return null.
public EncodingFormat FindFormatByCommand(string command)
{
EncodingFormat format = null;
EncodeDict.TryGetValue(command, out format);
return(format);
}
// For reading encoding files
public void ReadEncodeList(string filepath)
{
StreamReader reader = new StreamReader(filepath);
try
{
while (reader.Peek() != -1)
{
string line = reader.ReadLine();
if (!string.IsNullOrEmpty(line))
{
line = ASMStringHelper.RemoveSpaces(line);
string[] lineArray = line.Split(':');
EncodingFormat encoding = new EncodingFormat();
encoding.Command = lineArray[0].ToLower();
encoding.Binary = lineArray[1];
encoding.Syntax = lineArray[2];
if (lineArray.Length > 3)
{
encoding.ImmediateLengths = ASMStringHelper.CreateIntList(lineArray[3]);
}
if (lineArray.Length > 4)
{
encoding.VFPURegisterTypes = ASMStringHelper.CreateIntList(lineArray[4]);
}
if (lineArray.Length > 5)
{
encoding.PartialRegisterSizes = ASMStringHelper.CreateIntList(lineArray[5]);
}
if (lineArray.Length > 6)
{
encoding.ShiftedImmediateAmounts = ASMStringHelper.CreateIntList(lineArray[6]);
}
if (lineArray.Length > 7)
{
encoding.VFPUPrefixType = int.Parse(lineArray[7]);
}
encoding = FindFormatDetails(encoding);
string expFormat = ExpandFormat(encoding);
encoding.ExpandedFormat = expFormat;
encoding = FindFormatBaseValues(encoding);
encoding = FindParameterIndexes(encoding);
EncodeList.Add(encoding);
EncodeDict.Add(encoding.Command, encoding);
AddToDecodeLists(expFormat, encoding);
}
}
}
catch (Exception ex)
{
}
finally
{
reader.Close();
}
}
