Bytes returns a Bytes representation of "obj". This is equivalent to the Python "bytes(obj)". In Python 2.x this method is identical to Str(). Retu

CheckExact returns true when "t" is an actual Type object, and not some form of subclass.

CheckExact returns true if d is an actual dictionary object, and not an instance of a sub type.

Clear empties the dictionary d of all key-value pairs.

PyObject_Cmp : Thanks to multiple return values, we don't need this function to be available in Go. Compare returns the result of comparing "obj" and

Contains Returns true if the dictionary contains the given key. This is equivalent to the Python expression "key in d".

Copy returns a new dictionary that contains the same key-values pairs as d. Return value: New Reference.

PyObject_GenericSetAttr : This is an internal helper function - we shouldn't need to expose it ... DelAttr deletes the attribute with the name "name"

DelAttrString deletes the attribute with the name "name" from "obj". This is equivalent to the Python "del obj.name".

DelItem deletes the element from "obj" that corresponds to "key". This is equivalent to the Python "del obj[key]".

DelItem removes the entry with the key of "key" from the dictionary d. If "key" is not hashable, a TypeError is returned.

DelItem removes the entry with the key of "key" (or rather, with a *String with the value of "key" as the key) from the dictionary d.

PyObject_AsFileDescriptor : TODO

Divide returns the result of dividing n by obj. The equivalent Python is "n obj". Return value: New Reference.

Divmod returns the result of the Python "divmod(n, obj)". Return value: New Reference.

EnterRecusiveCall marks a point where a recursive Go-level call is about to be performed. It returns true if the recursive call is permitted, otherwi

ErrV returns a new Error of the specified kind, and with the given value.

Error() returns a string representation of the Python exception represented by the Error e. This is the same as the final line of the Python output f

FloorDivide returns the floor of dividing n obj obj. Return value: New Reference.

GetAttr returns the attribute of "obj" with the name "name". This is equivalent to the Python "obj.name". Return value: New Reference.

Return a dictionary of the builtins in the current execution frame, or the interpreter of the thread state if no frame is currently executing. Return

Return a dictionary of the local variables in the current execution frame, or NULL if no frame is currently executing. Return value: Borrowed referen

GetItem returns the element of "obj" corresponding to "key". This is equivalent to the Python "obj[key]". Return value: New Reference.

Return a dictionary of the global variables in the current execution frame, or NULL if no frame is currently executing. Return value: Borrowed refere

HasAttr returns true if "obj" has the attribute "name". This is equivalent to the Python "hasattr(obj, name)".

HasAttrString returns true if "obj" has the attribute "name". This is equivalent to the Python "hasattr(obj, name)".

InPlaceAdd returns the result of adding n and obj. This is done in place if supported by n. The equivalent Python is "n += obj". Return value: New

InPlaceAnd returns the bitwise and of n and obj. This is done in place if supported by n. The equivalent Python is "n &= obj". Return value: New Re

InPlaceDivide returns the result of dividing n by obj. This is done in place if supported by n. The equivalent Python is "n /= obj". Return value:

TODO returns the ... Return value: New Reference.

InPlaceLshift returns the result of left shifting n by obj. This is done in place if supported by n. The equivalent Python is "n <<= obj". Return v

InPlaceMultiply returns the result of multiplying n by obj. This is done in place if supported by n. The equivalent Python is "n *= obj". Return va

InPlaceOr returns the bitwise or of n and obj. This is done in place if supported by n. The equivalent Python is "n |= obj". Return value: New Refe

InPlacePower returns the result of the Python "pow(n, obj1, obj2)". This is done in place if supported by n. If obj2 is None, then the Python "n **=

InPlaceRemainder returns the remainder of n divided by obj. This is done in place if supported by n. The equivalent Python is "n %= obj". Return va

InPlaceRshift returns the result of right shifting n by obj. This is done in place if supported by n. The equivalent Python is "n >>= obj". Return

InPlaceSubtract returns the result of subtracting obj from n. This is done in place if supported by n. The equivalent Python is "n -= obj". Return

TODO returns the ... Return value: New Reference.

InPlaceXor returns the bitwise xor of n and obj. This is done in place if supported by n. The equivalent Python is "n ^= obj". Return value: New Re

Init initialises obj. It is equivalent to "obj.__init__(*args, **kw)" in Python.

Invert returns the bitwise negation of n. The equivalent Python is "-n". Return value: New Reference.

IsGc returns true if the type "t" supports Cyclic Garbage Collection.

PyObject_Unicode : TODO IsInstance returns true if "obj" is an instance of "cls", false otherwise. If "cls" is a Type instead of a class, then true wi

Return true if klass is a subclass of base. Return false in all other cases.

IsSubclass retuns true if "obj" is a Subclass of "cls", false otherwise. If "cls" is a Tuple, then true is returned if "obj" is a Subclass of any mem

IsSubtype returns true if "t" is a subclass of "t2".

IsTrue returns true if the value of obj is considered to be True. This is equivalent to "if obj:" in Python.

LeaveRecursiveCall must be called after a recursive call that was indicated by EnterRecursiveCall.

PyObject_Hash : TODO PyObject_HashNotImplement : This is an internal function, that we probably don't need to export. Length returns the length of the

Lshift returns the result of left shifting n by obj. The equivalent Python is "n << obj". Return value: New Reference.

Map returns a Go map that contains the values from the Python dictionary, indexed by the keys. The keys and values are the same as in the Python dict

MapString is similar to Map, except that the keys are first converted to strings. If the keys are not all Python strings, then an error is returned.

PyDict_Next Merge merges key values pairs from Object o (which may be a dictionary, or an object that supports "o.keys()" and "o[key]") into the dicti

MergeFromSeq2 merges key values pairs from the Object o (which must be an iterable object, where each item is an iterable of length 2 - the key value

PyType_ClearCache : TODO - ??? Modified should be called after the attributes or base class of a Type have been changed.

Multiply returns the result of multiplying n by obj. The equivalent Python is "n * obj". Return value: New Reference.

Return module‘s __name__ value. If the module does not provide one, or if it is not a string, SystemError is raised and NULL is returned.

Negative returns the negation of n. The equivalent Python is "-n". Return value: New Reference.

* // Matches returns true if e.Kind matches the exception in exc. If exc is a // Class, then true is returned if e.Kind is an instance. If exc is a

Not returns true if the value of obj is considered to be False. This is equivalent to "if not obj:" in Python.

Or returns the bitwise or of n and obj. The equivalent Python is "n | obj". Return value: New Reference.

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Positive returns the positive of n. The equivalent Python is "+n". Return value: New Reference.

Power returns the result of the Python "pow(n, obj1, obj2)". Return value: New Reference.

Remainder returns the remainder of dividing n by obj. The equivalent Python is "n % obj". Return value: New Reference.