public static PyObject __sub__(PyObject self, PyObject other)
{
PyInteger a, b;
castOperands(self, other, out a, out b, "subtraction");
var newPyInteger = PyInteger.Create(a.number - b.number);
return(newPyInteger);
}
public static PyObject __mod__(PyObject self, PyObject other)
{
PyInteger a, b;
castOperands(self, other, out a, out b, "modulo");
var newPyInteger = PyInteger.Create(a.InternalValue % b.InternalValue);
return(newPyInteger);
}
public static PyObject __mul__(PyObject self, PyObject other)
{
PyInteger a, b;
castOperands(self, other, out a, out b, "multiplication");
var newPyInteger = PyInteger.Create(a.InternalValue * b.InternalValue);
return(newPyInteger);
}
public static PyObject __floordiv__(PyObject self, PyObject other)
{
PyInteger a, b;
castOperands(self, other, out a, out b, "floor division");
var newPyInteger = PyInteger.Create(a.InternalValue / b.InternalValue);
return(newPyInteger);
}
public static PyObject __sub__(PyObject self, PyObject other)
{
// TODO [INTEGERS WITH FLOATS] Handle mixing of PyFloat and PyInteger(PyBool?) with basic arithmetic operators; 2 - 1.0 shouldn't fail.
PyInteger a, b;
castOperands(self, other, out a, out b, "subtraction");
var newPyInteger = PyInteger.Create(a.InternalValue - b.InternalValue);
return(newPyInteger);
}
public static PyObject __pow__(PyObject self, PyObject other)
{
PyInteger a, b;
castOperands(self, other, out a, out b, "exponent");
double doubleExp = Math.Pow((double)a.InternalValue, (double)b.InternalValue);
var newPyInteger = PyInteger.Create((BigInteger)doubleExp);
return(newPyInteger);
}
public static PyObject __sub__(PyObject self, PyObject other)
{
if (other is PyInteger)
{
return(PyInteger.Create(extractInt(self) - extractInt(other)));
}
else
{
return(PyFloat.Create(PyFloatClass.ExtractAsDecimal(self) - PyFloatClass.ExtractAsDecimal(other)));
}
}
public static object __next__(PyObject self)
{
var asIterator = self as PyRangeIterator;
if (asIterator.Current >= asIterator.Max)
{
throw new StopIterationException();
}
else
{
var toReturn = PyInteger.Create(asIterator.Current);
asIterator.Current += asIterator.Step;
return(toReturn);
}
}
public static PyInteger __len__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asDict = (PyDict)self;
return(PyInteger.Create(asDict.InternalDict.Count));
}
public static PyInteger __len__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asPyRange = (PyRange)self;
return(PyInteger.Create(Math.Abs((asPyRange.Max - asPyRange.Min) / asPyRange.Step)));
}
public static PyInteger __neg__(PyObject self)
{
return(PyInteger.Create(-((PyInteger)self).InternalValue));
}
public static PyObject __lshift__(PyObject self, PyObject other)
{
var orded = (int)PyBoolClass.extractInt(self) << (int)PyBoolClass.extractInt(other);
return(PyInteger.Create(orded));
}
public static PyObject __xor__(PyObject self, PyObject other)
{
var orded = PyBoolClass.extractInt(self) ^ PyBoolClass.extractInt(other);
return(PyInteger.Create(orded));
}
public static PyObject __and__(PyObject self, PyObject other)
{
var anded = PyBoolClass.extractInt(self) & PyBoolClass.extractInt(other);
return(PyInteger.Create(anded));
}
public static PyInteger __len__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asStr = (PyString)self;
return(PyInteger.Create(asStr.InternalValue.Length));
}
public static PyInteger __len__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asList = (PyList)self;
return(PyInteger.Create(asList.list.Count));
}
public static PyObject __floordiv__(PyObject self, PyObject other)
{
var newPyInteger = PyInteger.Create((BigInteger)((decimal)extractInt(self) / PyFloatClass.ExtractAsDecimal(other)));
return(newPyInteger);
}
public static PyInteger __len__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asTuple = (PyTuple)self;
return(PyInteger.Create(asTuple.Values.Length));
}