// always returns "64-bit" representation
public List <int> GetBinary()
{
if (!_mainPage.isProgrammer())
{
return(new List <int>());
}
string bin = CalcHelpers.dec2Bin(Get(), (currentView as ProgrammerView).currentBits).PadLeft(MAX_BITNESS, '0');
List <int> binArray = new List <int>();
foreach (char c in bin.ToCharArray())
{
binArray.Add(int.Parse(c.ToString()));
}
return(binArray);
}
private string GetExpression(string dec, bool asLong)
{
string exp = dec;
if (!_mainPage.isProgrammer())
{
return(exp);
}
if (asLong)
{
if ((currentView as ProgrammerView).calcState == Calc_MainPage.CalcStateValues.Hex)
{
exp = CalcViews.Programmer.dec2Long(dec, 16);
}
else if ((currentView as ProgrammerView).calcState == Calc_MainPage.CalcStateValues.Oct)
{
exp = CalcViews.Programmer.dec2Long(dec, 8);
}
else if ((currentView as ProgrammerView).calcState == Calc_MainPage.CalcStateValues.Bin)
{
exp = CalcViews.Programmer.dec2Long(dec, 2);
}
}
else
{
if ((currentView as ProgrammerView).calcState == Calc_MainPage.CalcStateValues.Hex)
{
exp = CalcHelpers.dec2Hex(dec, (currentView as ProgrammerView).currentBits);
}
else if ((currentView as ProgrammerView).calcState == Calc_MainPage.CalcStateValues.Oct)
{
exp = CalcHelpers.dec2Oct(dec, (currentView as ProgrammerView).currentBits);
}
else if ((currentView as ProgrammerView).calcState == Calc_MainPage.CalcStateValues.Bin)
{
exp = CalcHelpers.dec2Bin(dec, (currentView as ProgrammerView).currentBits);
}
}
return(exp);
}