* Add inline values flags and special-method lookup
lookup_maybe_method clears AttributeError from descr_get.
slot_tp_richcompare treats a miss as NotImplemented.
hackcheck rejects object.__setattr__ on types.
Heap types with a managed dict and itemsize 0 get
INLINE_VALUES; _testinternalcapi.has_inline_values
reports the valid bit.
super is a base type; subclass __get__ binds the instance.
__classcell__/__qualname__ may share a name with a slot.
Unset member access uses the type's fully qualified name.
Assisted-by: Grok:grok-4.6
* Call custom mro and descr_get for type.__new__
type.mro() computes C3 from the current bases.
A metaclass other than type supplies the MRO via mro().
super() compares obj.__class__ to the instance type.
slot_tp_new looks up __new__ through descr_get.
is_subtype walks the stored MRO without an identity shortcut.
__slots__ names are sorted so __class__ assignment matches.
Assisted-by: Grok:grok-4.6
* Expose _testinternalcapi recursion and rare events
get_recursion_depth feeds test.support.infinite_recursion.
SPECIALIZATION_* and SHARED_KEYS_MAX_SIZE match the
adaptive counters. Rare-event hooks increment on
__class__/__bases__/function/builtins writes.
Assisted-by: Grok:grok-4.6
* Add remaining _testinternalcapi code and locale APIs
Expose get_co_localskinds, get_code_var_counts, verify_stateless_code,
code_returns_only_none, normalize_path, EncodeLocaleEx, DecodeLocaleEx,
and run_in_subinterp_with_config. Mark unimplemented compiler IR and
specialization monitoring tests as expectedFailure.
Assisted-by: Grok:grok-4.6
* Fix lint for _testinternalcapi identifiers
Add CPython identifier spellings to the cspell dictionary and apply
the rustfmt signature that CI rewrote.
Assisted-by: Grok:grok-4.6
* Expand _testinternalcapi with remaining test APIs
Add constants, compiler_cleandoc, dict_getitem_knownhash, time
helpers, interpreter/frame accessors, configs, static types, a
persistent hamt map, and GC/size counters used by the test suite.
Assisted-by: Grok:grok-4.6
* Expose compiler IR APIs in _testinternalcapi
Add InstructionSequence and compiler_codegen, optimize_cfg, and
assemble_code_object. Drop expectedFailure marks on tests that pass.
Assisted-by: Grok:grok-4.6
* Match optimize_cfg consts and addop locations
Write optimized consts back into the caller's list, mark SETUP_*
pseudo-ops as having an argument, and store addop locations in
instruction-sequence field order. Drop expectedFailure marks on
tests that pass.
Assisted-by: Grok:grok-4.6
* Fix hamt API, SETUP_* HAS_ARG, and FOR_ITER events
Honor explicit pseudo flags when generating opcode metadata so
SETUP_FINALLY/CLEANUP/WITH keep HAS_ARG after regeneration.
Complete the _testinternalcapi hamt mapping: identity on
set/delete, richcompare, weakrefs, subscript, contains, and
length-bearing iterators.
Fire RAISE/STOP_ITERATION for FOR_ITER StopIteration, and skip
both END_FOR and POP_ITER for the exhausted-branch destination.
Assisted-by: Grok:grok-4.6
* Skip FOR_ITER RAISE for sequence iterators
List/range/tuple exhaustion matches FOR_ITER_LIST/RANGE/TUPLE and
must not emit a monitoring RAISE. That event stopped pdb's
monitoring backend on for-over-list with Internal StopIteration.
Assisted-by: Grok:grok-4.6
* Fix generator FOR_ITER events and review issues
Restore settrace StopIteration for generator for-loops so
test_bdb next/return cases pass, while sequence iterators still
skip RAISE.
Honor review notes: addop oparg bounds, linetable locations,
AST instance errors, MRO subclass lock, builtin-dict notify,
direct-base layout flags, and leftover _testinternalcapi args.
Assisted-by: Grok:grok-4.6
This directory contains all of the Python files that make up the standard
library for RustPython.
Most of these files are copied over from the CPython repository (the 3.7
branch), with slight modifications to allow them to work under RustPython. The
current goal is to complete the standard library with as few modifications as
possible. Current modifications are just temporary workarounds for bugs/missing
feature within the RustPython implementation.
The first big module we are targeting is unittest, so we can leverage the
CPython test suite.
Jeong, YunWon
300d8bdc02