public IRCombinedWriteData(IRWriteData a, IRWriteData b)
{
Address = Math.Min(a.Address, b.Address);
if (a.Address < b.Address)
{
Data = a.Data.Concat(b.Data).ToArray();
}
else
{
Data = b.Data.Concat(a.Data).ToArray();
}
}
private Tuple<IRWriteData, IRWriteData> Split(IRWriteData dataSection, int length)
{
var firstArr = new byte[length];
var secondArr = new byte[dataSection.Length - length];
Array.Copy(dataSection.Data, firstArr, length);
Array.Copy(dataSection.Data, length, secondArr, 0, secondArr.Length);
var first = new CustomIRWriteData(dataSection.Address, firstArr);
var second = new CustomIRWriteData(dataSection.Address + length, secondArr);
return new Tuple<IRWriteData, IRWriteData>(first, second);
}
public void Visit(IRWriteData instruction)
{
Builder.WriteLine($"{instruction.Address:X8}:");
Builder.WriteLine("");
var i = 0;
foreach (var b in instruction.Data)
{
if (i % 8 == 0)
{
Builder.WriteLine("");
}
Builder.Lines[Builder.Lines.Count - 1] += $"{b:X2}";
i++;
}
Builder.WriteLine("");
}
private IEnumerable<IIRUnit> FixAlignmentIssues(IRWriteData dataSection)
{
if (dataSection.Address % 2 != 0 && dataSection.Length >= 2)
{
var splitted = Split(dataSection, 1);
yield return splitted.Item1;
dataSection = splitted.Item2;
}
if (dataSection.Address % 4 != 0 && dataSection.Length >= 4)
{
var splitted = Split(dataSection, 2);
yield return splitted.Item1;
dataSection = splitted.Item2;
}
yield return dataSection;
}
