Disband "Open Issues"

Author: skirpichev

peps/pep-0791.rst

@@ -51,6 +51,7 @@ Currently the :external+py3.14:mod:`math` module code in the CPython is around
 comparable with the :external+py3.14:mod:`cmath` (1340LOC), which is *not* a
 simple wrapper to the ``libm``, as most functions in the
 :external+py3.14:mod:`math` module.
+
 And this situation tends to get worse.  When the module split `was first
 proposed
 <https://mail.python.org/archives/list/python-ideas@python.org/thread/YYJ5YJBJNCVXQWK5K3WSVNMPUSV56LOR/>`_,
@@ -59,6 +60,23 @@ there were only two integer-related functions:
 Now there are six and :external+py3.14:func:`~math.factorial` doesn't accept
 :class:`float`'s anymore.
 
+Some possible additions, among those proposed in the initial discussion thread
+and issue
+`python/cpython#81313 <https://github.com/python/cpython/issues/81313>`_ are:
+
+* ``ceil_div()`` --- for integer ceiling divide, see
+  `relevant discussion thread <https://discuss.python.org/t/91269>`_.
+* ``gcdext()`` --- to solve linear `Diophantine equation <https://en.wikipedia.org/wiki/Diophantine_equation>`_ in two variables (the
+  :external+py3.14:class:`int` implementation actually includes an extended
+  Euclidean algorithm)
+* ``isqrt_rem()`` --- to return both an integer square root and a remainder (which is non-zero only if
+  the integer isn't a perfect square)
+* ``ilog()`` --- integer logarithm, :external+py3.14:func:`math.log`
+  has special handling for integer arguments.  It's unique (with respect to other module
+  functions) and not documented so far, see issue
+  `python/cpython#120950 <https://github.com/python/cpython/issues/120950>`_.
+* ``fibonacci()`` --- `Fibonacci sequence <https://en.wikipedia.org/wiki/Fibonacci_sequence>`_.
+
 
 Rationale
 =========
@@ -98,9 +116,21 @@ Module functions will accept integers and objects that implement the
 object to an integer number.  Suitable functions must be computed exactly,
 given sufficient time and memory.
 
-Possible extensions for the new module and its scope are discussed in the
-`Open Issues <Open Issues_>`_ section.  New functions are not part of this
-proposal.
+
+Possible Extensions
+===================
+
+New functions (like mentioned in `Motivation <Motivation_>`_ section) are not
+part of this proposal.
+
+Though, we should mention that, Unless we can just provide bindings to some
+well supported mathematical library like the GMP, the module scope should be
+limited.  For example, no primality testing and factorization, as
+production-quality implementatons will require a decent mathematical background
+from contributors and belongs rather to specialized libraries.
+
+When proposed function already exists in the :pypi:`gmpy2`, we should prefer a
+compatible interface for the stdlib.
 
 
 Backwards Compatibility
@@ -131,39 +161,6 @@ Reference Implementation
 `python/cpython#133909 <https://github.com/python/cpython/pull/133909>`_
 
 
-Open Issues
-===========
-
-Module scope and possible extensions
-------------------------------------
-
-Unless we can just provide bindings to some well supported mathematical library
-like the GMP, the module scope should be limited.  For example, no primality
-testing and factorization, as production-quality implementatons will require a
-decent mathematical background from contributors and belongs rather to
-specialized libraries.
-
-Some possible additions, among those proposed in the initial discussion thread
-(see also issue
-`python/cpython#81313 <https://github.com/python/cpython/issues/81313>`_):
-
-* ``ceil_div()`` --- for integer ceiling divide, see
-  `relevant discussion thread <https://discuss.python.org/t/91269>`_.
-* ``gcdext()`` --- to solve linear `Diophantine equation <https://en.wikipedia.org/wiki/Diophantine_equation>`_ in two variables (the
-  :external+py3.14:class:`int` implementation actually includes an extended
-  Euclidean algorithm)
-* ``isqrt_rem()`` --- to return both an integer square root and a remainder (which is non-zero only if
-  the integer isn't a perfect square)
-* ``ilog()`` --- integer logarithm, :external+py3.14:func:`math.log`
-  has special handling for integer arguments.  It's unique (with respect to other module
-  functions) and not documented so far, see issue
-  `python/cpython#120950 <https://github.com/python/cpython/issues/120950>`_.
-* ``fibonacci()`` --- `Fibonacci sequence <https://en.wikipedia.org/wiki/Fibonacci_sequence>`_.
-
-When proposed function already exists in the :pypi:`gmpy2`, we should prefer a
-compatible interface for the stdlib.
-
-
 Rejected ideas
 ==============