public static BitsConst Multiply(BitsConst left, int right) => left * Convert(right);
public BitsArrayValue(BitsConst data) { _data = data; }
public BitsConst Slash(BitsConst right, Size size) => Divide(right, size);
public BitsStackData(BitsConst data, IOutStream outStream)
: base(outStream)
{
_data = data;
Tracer.Assert(!_data.Size.IsZero);
}
static BitsConst Paste(BitsConst bitsConst, NonListStackData data)
=> bitsConst.Concat(data.GetBitsConst());
public static BitsConst Divide(BitsConst left, int right) => left / Convert(right);
internal BitsConst BitArrayBinaryOp(string operation, Size size, BitsConst right)
{
var methodInfo = typeof(BitsConst).GetMethod(operation);
if(methodInfo == null)
throw new MissingMethodException(operation);
return (BitsConst) methodInfo.Invoke(this, new object[] {right, size});
}
public BitsConst LessEqual(BitsConst right, Size size)
=> ToBitsConst(AsInteger <= right.AsInteger, size);
public BitsConst LessGreater(BitsConst right, Size size)
=> ToBitsConst(AsInteger != right.AsInteger, size);
public BitsConst Minus(BitsConst right, Size size) => Plus(right * -1, size);
public BitsConst GreaterEqual(BitsConst right, Size size)
=> ToBitsConst(AsInteger >= right.AsInteger, size);
public BitsConst Plus(BitsConst right, Size size)
{
var xResult = new BitsConst(this, size);
var yResult = new BitsConst(right, size);
xResult.AddAndKeepSize(yResult);
return xResult;
}
public BitsConst BytePlus(BitsConst left, int bytes) => Plus(left, SegmentBits * bytes);
public BitsConst Divide(BitsConst right, Size size)
{
if(!(Marshal.SizeOf(typeof(long)) * 8 >= size.ToInt()))
Tracer.AssertionFailed
(
@"sizeof(Int64)*8 >= size.ToInt()",
() => "right=" + right + ";size=" + size.Dump());
return Convert(ToInt64() / right.ToInt64()).Resize(size);
}
BitsConst(BitsConst value, Size size)
: this(size)
{
MoveData(_data, Size, value._data, value.Size);
}
public BitsConst Concat(BitsConst other)
{
Size.AssertAlignedSize(SegmentAlignBits);
var result = new BitsConst(Size + other.Size);
DataHandler.MoveBytes(DataSize(Size), result._data, 0, _data, 0);
DataHandler.MoveBytes
(DataSize(other.Size), result._data, DataSize(Size), other._data, 0);
return result;
}
public static BitsConst Divide(BitsConst left, BitsConst right)
=> left.Divide(right, DivideSize(left.Size, right.Size));
public void PrintNumber(BitsConst radix, IOutStream outStream)
{
var r = radix.ToInt64();
if(radix.Size.IsZero)
r = 10;
var left = ToString((int) r);
outStream.AddData(left);
}
void AddAndKeepSize(BitsConst left)
{
short carry = 0;
for(var i = 0; i < _data.Length; i++)
{
carry += _data[i];
carry += left._data[i];
_data[i] = (byte) carry;
carry /= (short) SegmentValues;
}
return;
}
public static BitsConst Add(BitsConst left, BitsConst right)
=> left.Plus(right, PlusSize(left.Size, right.Size));
void IVisitor.BitsArray(Size size, BitsConst data)
{
if(size.IsZero)
return;
Push(new BitsStackData(data.Resize(size), _context.OutStream));
}
public static BitsConst Subtract(BitsConst left, BitsConst right)
=> left.Plus(right * -1, PlusSize(left.Size, right.Size));
void IVisitor.BitsArray(Size size, BitsConst data)
=> AddCode("data.SizedPush({0}{1})", size.ByteCount, data.ByteSequence());
public static BitsConst Subtract(int left, BitsConst right) => Convert(left) - right;
void IVisitor.BitsArray(Size size, BitsConst data)
{
var startAddress = (_startAddress - size).ToInt();
var element = FormalValueAccess.BitsArray(data);
SetFormalValues(element, startAddress, size);
}
public static BitsConst Multiply(BitsConst left, BitsConst right)
=> left.Multiply(right, MultiplySize(left.Size, right.Size));
public static IFormalValue BitsArray(BitsConst data) => new BitsArrayValue(data);
public BitsConst Star(BitsConst right, Size size) => Multiply(right, size);
