public static PyObject __xor__(PyObject self, PyObject other)
{
var orded = extractInt(self) ^ extractInt(other);
return(orded > 0 ? PyBool.True : PyBool.False);
}
public static PyBool __ne__(PyObject self, PyObject other)
{
return(extractInt(self) != extractInt(other));
}
public static void append(PyList self, PyObject toAdd)
{
self.list.Add(toAdd);
}
public static PyObject __and__(PyObject self, PyObject other)
{
var anded = extractInt(self) & extractInt(other);
return(anded > 0 ? PyBool.True : PyBool.False);
}
public static new PyString __repr__(PyObject self)
{
return(PyString.Create(((PyString)self).ToString()));
}
public PyBool __eq__(PyObject other)
{
return(Equals(other));
}
public static PyInteger __len__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asDict = (PyDict)self;
return(PyInteger.Create(asDict.InternalDict.Count));
}
public static PyObject __floordiv__(PyObject self, PyObject other)
{
var newPyInteger = PyInteger.Create((BigInteger)((decimal)extractInt(self) / PyFloatClass.ExtractAsDecimal(other)));
return(newPyInteger);
}
public static Task <PyString> __str__(IInterpreter interpreter, FrameContext context, PyObject self)
{
return(__repr__(interpreter, context, self));
}
public static async Task <PyString> __repr__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asDict = (PyDict)self;
PyString retStr = PyString.Create("{");
int visited = 0;
foreach (var mapping in asDict.dict)
{
var key_repr = await __visit_repr((PyObject)mapping.Key, interpreter, context);
retStr = (PyString)PyStringClass.__add__(retStr, key_repr);
retStr = (PyString)PyStringClass.__add__(retStr, PyString.Create(": "));
var val_repr = await __visit_repr((PyObject)mapping.Value, interpreter, context);
retStr = (PyString)PyStringClass.__add__(retStr, val_repr);
// Appending commas except on last paring
if (visited < asDict.dict.Count - 1)
{
retStr = (PyString)PyStringClass.__add__(retStr, PyString.Create(", "));
}
visited += 1;
}
return((PyString)PyStringClass.__add__(retStr, PyString.Create("}")));
}
public static void __setitem__(PyList self, PyInteger i, PyObject value)
{
__setitem__(self, (int)i.number, value);
}
public static async Task <PyString> __repr__(IInterpreter interpreter, FrameContext context, PyObject self)
{
var asList = (PyList)self;
PyString retStr = PyString.Create("[");
for (int i = 0; i < asList.list.Count; ++i)
{
var pyObj = asList.list[i];
var __repr__ = pyObj.__getattribute__(PyClass.__REPR__);
var functionToRun = __repr__ as IPyCallable;
var returned = await functionToRun.Call(interpreter, context, new object[0]);
if (returned != null)
{
var asPyString = (PyString)returned;
retStr = (PyString)PyStringClass.__add__(retStr, asPyString);
}
// Appending commas except on last index
if (i < asList.list.Count - 1)
{
retStr = (PyString)PyStringClass.__add__(retStr, PyString.Create(", "));
}
}
return((PyString)PyStringClass.__add__(retStr, PyString.Create("]")));
}
public static void prepend(PyList self, PyObject toAdd)
{
self.list.Insert(0, toAdd);
}
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 __iter__(PyObject self)
{
var asDict = self as PyDict;
return(PyKeyIterator.Create(asDict));
}
public static PyObject __truediv__(PyObject self, PyObject other)
{
var newPyFloat = PyFloat.Create((decimal)extractInt(self) / PyFloatClass.ExtractAsDecimal(other));
return(newPyFloat);
}
public static PyObject __iter__(PyObject self)
{
var asDict = self as PyDict_Items;
return(PyDictItemsIterator.Create(asDict.Dict));
}
public static new PyString __str__(PyObject self)
{
return(__repr__(self));
}
public static PyObject __iter__(PyObject self)
{
var asPyRange = self as PyRange;
return(PyRangeIterator.Create(asPyRange));
}
public static PyObject __div__(PyObject self, PyObject other)
{
// TODO: TypeError: unsupported operand type(s) for /: '[self type]' and '[other type]'
throw new Exception("Strings do not support division");
}
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 PyBool __ne__(PyObject other)
{
return(!Equals(other));
}
public static PyBool __ne__(PyList self, PyObject other)
{
return(!__eq__(self, other));
}