Continue merging main into 13.4.x - #2641
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…VIDIA#2589) Call the centrally maintained NVIDIA/security-workflows security suite rather than wiring each scan separately: one pinned reference runs the Pulse secret scan and CodeQL SAST, both explicitly enabled. Replace .github/workflows/codeql.yml with the suite's SAST scan. Both publish code scanning results under the category /language:python, so keeping the local workflow would put two analyses on every commit that overwrite each other's alerts. The suite performs the same analysis: python, build-mode none, security-extended queries, on ubuntu-latest.
* fix(cuda.core): avoid truncating graph queries * perf(cuda.core): retain adjacency stack buffer * test(cuda.core): cover large predecessor graph queries Verify exact edge identities so graph query regressions cannot pass through count-only checks. --------- Co-authored-by: Andy Jost <ajost@nvidia.com>
* Fix Windows binary utility discovery on Arm64 * Clarify binary utility search order * Expand standalone installation documentation * Align standalone search step comments * Preserve literal Nsight launcher lookup * Cover Windows binary discovery fallbacks * Document Windows architecture selection * Harden Windows Arm64 utility discovery * Fix Windows pre-commit checks * Fix CUDA path precedence documentation * Document Windows binary utility discovery --------- Co-authored-by: Michael Wang <isVoid@users.noreply.github.com> Co-authored-by: Ralf W. Grosse-Kunstleve <rgrossekunst@nvidia.com>
…VIDIA#2493) * Migrate _static_libs finders from os.path to pathlib Part 2 of the series proposed in NVIDIA#2410, following the same conversion style as part 1 (NVIDIA#2489). Path construction, joining, and filesystem predicates in find_static_lib.py and find_bitcode_lib.py now go through pathlib.Path instead of os.path string manipulation. Both modules keep importing os solely for os.environ.get("CONDA_PREFIX"). Compatibility is preserved: every entry point still accepts str, and every function that documents or returns str still returns str. Path is used strictly as the internal representation and converted back with str() at each return, so LocatedStaticLib.abs_path, LocatedBitcodeLib .abs_path, find_static_lib() and find_bitcode_lib() are unchanged in both type and value. No signature changes. Signed-off-by: LeSingh1 <sshaurya914@gmail.com> * Return Path from the _static_libs internals Follow-up to the review feedback on NVIDIA#2489: the str-compatibility constraint applies only to the public API. The try_* methods and _no_such_file_in_dir now work in Path throughout. str() is applied once, where abs_path is stored on the public LocatedStaticLib and LocatedBitcodeLib. The relative-path constants go from os.path.join(...) to forward-slash literals, matching how site_packages_dirs is already written in the same dicts; Path normalizes the separator on Windows. One behavior change: a CUDA_PATH or CONDA_PREFIX containing redundant separators ("//", "/.") now produces a normalized abs_path, because Path collapses them. Differential fuzzing against the pre-revision code (16k lookups over randomized trees, comparing located paths and full error text) shows no other difference, and none at all when those variables are free of redundant separators. Signed-off-by: LeSingh1 <sshaurya914@gmail.com> --------- Signed-off-by: LeSingh1 <sshaurya914@gmail.com> Co-authored-by: Michael Droettboom <mdboom@gmail.com>
* chore: fix Apache-2.0 license notice and attribution gaps
An open-source license review flagged several Apache-2.0 compliance gaps.
This addresses three of them, plus the guard that let one class of them
through. Licensing metadata only; no logic changes.
Copyright notices (15 files)
Two different defects that happened to share a symptom:
- 14 files under cuda_bindings/examples/ carried a non-standard notice
("Copyright 2021-2026 NVIDIA Corporation. All rights reserved.") with
no (c), no SPDX-FileCopyrightText prefix, and the wrong entity casing.
- toolshed/conda_create_for_pathfinder_testing.ps1 had the correct prefix
and casing but was truncated before "& AFFILIATES. All rights reserved.".
All now carry the canonical string. Years are preserved as found.
Header guard (toolshed/check_spdx.py)
COPYRIGHT_REGEX made "& AFFILIATES. All rights reserved." optional, so a
bare "NVIDIA CORPORATION" satisfied pre-commit. The suffix is now
required. (The 14 example files were passing for a different reason:
.spdx-ignore excludes cuda_bindings/examples/ entirely. That exclusion is
left alone here, but the files now conform, so it can be dropped in a
follow-up if desired.)
Tightening the regex surfaced two pre-existing files whose notice was
split or truncated -- cuda_core/cuda/core/_include/layout.hpp and
toolshed/build_static_bitcode_input.py. Both are corrected so the
mandated sentence appears verbatim on one line.
Third-party attribution (cuda_core/NOTICE)
cuda/core/_include/aoti_shim.h is a vendored subset of PyTorch's AOT
Inductor stable C ABI, BSD-3-Clause, carrying the upstream Facebook,
Idiap, Deepmind, NEC and NYU copyright lines, but NOTICE listed only
DLPack. A PyTorch entry is added with the full copyright block. The
accompanying aoti_shim.def carries no copyright line of its own and is
covered explicitly by that entry rather than given an NVIDIA header,
since it declares the same upstream symbol names. The DLPack entry now
also records where it is vendored.
LICENSE files (all five)
Every LICENSE ended at "END OF TERMS AND CONDITIONS", omitting the
required "APPENDIX: How to apply the Apache License to your work" and
its boilerplate. Appended to all five. The text is verified identical
to the canonical Apache 2.0 appendix.
Verified: 0 files with a non-conforming copyright string; check_spdx.py
passes over all 868 in-scope tracked files with the tightened regex.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Signed-off-by: Rob Parolin <rparolin@nvidia.com>
* docs: document per-subproject license files in root README
OSRB (NVBUG 4707569, comment NVIDIA#22) flagged the four sub-component LICENSE
files as redundant with the root LICENSE and asked for either their removal
or a root README Licensing section naming each subproject, its license and
its license path.
Each subproject builds an independent wheel and resolves its license file
relative to its own root, so the copies are kept and documented instead of
removed. Verified that the copies reach the built wheels: building
cuda_pathfinder produces dist-info/licenses/LICENSE even though its
pyproject.toml declares no explicit license-files (setuptools' default
LICEN[CS]E* glob covers it), as is also the case for cuda_core.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
---------
Signed-off-by: Rob Parolin <rparolin@nvidia.com>
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
…NVIDIA#2496) * Migrate toolshed and ci helper scripts from os.path to pathlib Part 7 of the series proposed in NVIDIA#2410. Path joining and filesystem predicates in the toolshed and ci/tools helper scripts now go through pathlib. glob.glob in dump_cutile_b64.py becomes Path.glob, with the mtime key reading Path.stat(). Kept on os.path, with a comment where it is not obvious: - os.path.abspath in build_static_bitcode_input.py, since sys.path wants a str and Path.absolute() does not normalize. - os.path.isfile in check_generated_file_seals.py. That guard exists to skip anything that is not a readable regular file, and Path.is_file() is not a drop-in: it propagates OSError for errnos outside pathlib's ignore list (EACCES, ENAMETOOLONG) where os.path.isfile returns False. - os.path.normpath in check_spdx.py, which already carries its own comment. The plan on NVIDIA#2410 also listed a root conftest.py; there is no such file. The three conftest.py files live under cuda_pathfinder, cuda_core and cuda_bindings, and none of them use os.path. Verified locally: ci/tools/tests/test_check_release_notes.py passes (42 tests), and check_spdx.py and check_generated_file_seals.py produce output identical to the pre-change scripts when run over every tracked .py file. Signed-off-by: LeSingh1 <sshaurya914@gmail.com> * Return Path from notes_path; use Path.is_file in seal checker Per review: treat these helper scripts as private, so notes_path can return Path and drop the str/Path round-trip at its call site. Accept the behavioral change from os.path.isfile to Path.is_file in check_generated_file_seals. * Review: thread Path through check_release_notes, drop remaining os.path Follow-up to mdboom's review. - repo_root is now a Path end to end: load_backport_branch, check_release_notes and validate_backport_decision take Path, and --repo-root parses with type=Path. That removes the Path(repo_root) re-wrap inside the functions and the 19 str(tmp_path) conversions the tests needed to call them. The five main() argv lists keep str(): those are command-line strings, which argparse then turns back into a Path. - build_static_bitcode_input: the last os.path use (os.path.abspath) becomes Path.resolve(); the os import is now unused and is dropped. --------- Signed-off-by: LeSingh1 <sshaurya914@gmail.com> Co-authored-by: Michael Droettboom <mdboom@gmail.com>
def supportsCudaAPI(name):
return name in dir(cuda) or dir(cudart)
parses as `(name in dir(cuda)) or dir(cudart)`. `dir(cudart)` is a non-empty
list for any module, so it is unconditionally truthy and the function returns
a truthy value for every input, including names that exist nowhere.
The left operand is dead too: `cuda` is cuda.bindings.driver and every name
passed in is a cudaXxx runtime symbol. cudaGraphGetId, cudaGreenCtxCreate,
cudaDeviceGetExecutionCtx and cudaGraphConditionalHandleCreate are all defined
in runtime.pyx and appear nowhere in driver.pyx, so `name in dir(cuda)` is
always False and the result is always the `dir(cudart)` list.
Consequence: `not supportsCudaAPI(...)` is always False, so the API-presence
half of all 17 skipif guards that use it (lines 1443-1954) never fires. On a
build whose bindings genuinely lack the API, the test runs and dies with
AttributeError instead of skipping; only the driver_version_less_than() half
of each guard does any work.
Adds test_supportsCudaAPI, pinning all three cases: a runtime-only name, a
driver-only name, and a name that exists in neither. The last two fail before
this change.
* Catch up to current cybind main * Bugfix for get_buffer_pointer
…VIDIA#2560) def supports_nvlink(device): fields = nvml.FieldValue(1) fields[0].field_id = nvml.FI.DEV_NVLINK_GET_STATE There is no `FI` attribute on cuda.bindings.nvml. The enum is `FieldId` (nvml.pyx:1229), with DEV_NVLINK_GET_STATE at nvml.pyx:1454, and the sibling test uses the correct spelling: test_nvlink.py:19 does `fields[0].field_id = nvml.FieldId.DEV_NVLINK_LINK_COUNT`. So the helper raises AttributeError on its first line of real work. Nobody has noticed because it has no callers -- a repo-wide grep for `supports_nvlink` finds only its own definition. Contrast util.supports_ecc, which is called from test_page_retirement.py. Adds tests/nvml/test_util.py, which stubs nvml.device_get_field_values so the helper can be exercised without an NVLink-capable device, and asserts both that it returns True and that it queried FieldId.DEV_NVLINK_GET_STATE. It fails with AttributeError before this change.
…lue (NVIDIA#2535) `cuda/core/__init__.py` reads `CUDA_CORE_DONT_FIX_TAB_COMPLETION` with a bare `int(os.environ.get(..., "0"))` at import time. `int()` raises for any value that is not a base-10 integer, and `os.environ.get` returns the empty string (not the `"0"` default) when the variable is set but empty, so: export CUDA_CORE_DONT_FIX_TAB_COMPLETION= python -c "import cuda.core" ValueError: invalid literal for int() with base 10: '' Clearing a variable with `export VAR=` is the usual way to neutralize it in a shell profile, a Dockerfile, or a CI job spec, and `=true` / `=yes` are the obvious guesses for a boolean-looking opt-out. All of them make the whole package unimportable, which is a hard failure for a knob whose only purpose is to skip an optional `rlcompleter` patch. Parse the value leniently instead. Integer values keep their existing meaning (non-zero opts out, so `0` and `00` still install the patch), while a non-integer, non-empty value is honored as an opt-out rather than being silently ignored. Unset and empty/whitespace-only both mean "not set". Also document the variable, which was not listed on the environment variables page, and drop the stale "only installed in interactive mode" comment: the interactivity gate was intentionally removed in NVIDIA#2055 ("Always install the monkeypatch"), so the patch has been unconditional since then. The new parametrized test asserts the resulting behavior for eight values; four of them ("", " ", "true", "yes") fail on main because the subprocess exits non-zero with the ValueError above. Co-authored-by: Michael Droettboom <mdboom@gmail.com>
Docstrings across cuda_core still spelled parameter types with the pre-3.10 typing generics. Replace Union[...] and Optional[...] with the | form the rest of the package already uses, e.g. `stream : Stream | None, optional` in _memoryview.pyx. Docstrings only, so the .pyi changes are the stubgen-pyx output for the edited .pyx files and no runtime behavior moves. In _module.pyx this also realigns the max_potential_block_size docstring with its signature, which already reads int | driver.CUoccupancyB2DSize. Two code-level spellings stay as they are: - LinkerHandleT in _linker.pyx is a runtime value, not an annotation. _program.pyx builds ProgramHandleT from it with `nvrtc.nvrtcProgram | int | LinkerHandleT`, and PEP 604 `|` on the forward-reference strings it holds raises TypeError. - The union_type literal in _process_define_macro is error-message text rather than a docstring. Sequence[...] and Iterable[...] elsewhere in cuda_core are collections.abc generics and are unaffected. Signed-off-by: Aryan <aryansputta@gmail.com> Co-authored-by: Michael Droettboom <mdboom@gmail.com>
* Use subtests where appropriate everywhere * Fix test * Test every fan in a separate subtest * Recognize skipped pytest subtests in CI logs * Isolate independent inner test cases * Narrow the cooler unsupported-call scope * Contain fan-count failures per device * Use stable identifiers for device subtests * Fold nested subtest context managers * Preserve the existing power-limit getter guard * Guard memory affinity on pre-Kepler devices * Keep invalid subtest results contained --------- Co-authored-by: Ralf W. Grosse-Kunstleve <rgrossekunst@nvidia.com>
* Update PR guidance for organization-owned forks * Clarify agent remote-write policy * Add fork-aware pull request skill
…handle (NVIDIA#2551) get_cuda_native_handle() wraps both the registry lookup and the getter call in one try: try: return _handle_getters[obj_type](obj) except KeyError: raise TypeError("Unknown type: " + str(obj_type)) from None The except clause is meant for "this type has no registered getter", but it also fires for a KeyError raised *inside* the getter. When that happens the diagnosis is wrong twice over: the reported type is registered, and `from None` suppresses the context so the traceback that would show the real failure is gone. >>> _add_cuda_native_handle_getter(Registered, getter_that_raises_keyerror) >>> get_cuda_native_handle(Registered()) TypeError: Unknown type: <class 'Registered'> Move the getter call out of the try. The unregistered-type path is unchanged, which the existing test_get_handle_error still covers.
…IA#2563) discover_benchmarks() goes out of its way to avoid def-time binding, and says so: # Resolve the default inside the call so tests (and embedders) can # monkeypatch ``BENCH_DIR`` at the module level - Python binds default # args at def-time, so a literal default would ignore later patches. if bench_dir is None: bench_dir = BENCH_DIR main() then reintroduces exactly that binding: def main( *, bench_dir: Path = BENCH_DIR, default_output: Path = DEFAULT_OUTPUT, ... registry = discover_benchmarks(bench_dir=bench_dir, ...) Because main() always passes a non-None bench_dir down, the sentinel branch in discover_benchmarks() can never be taken on this path, and patching runner.main.BENCH_DIR - the documented mechanism - has no effect on main(). Same for DEFAULT_OUTPUT. run_pyperf.py calls main() with no arguments, so this is the production path. The existing tests patch BENCH_DIR and call discover_benchmarks() directly, which is why the gap is invisible today. Apply the same sentinel to both parameters. Explicit arguments keep working unchanged, so the embedder API is unaffected. Adds test_main_honors_a_monkeypatched_bench_dir, which patches BENCH_DIR to a tmp dir holding one bench_*.py and drives main() with --list. It fails before this change (main() lists the repo's real benchmarks instead).
* cuda.core: Add copy_batch to cuda.core.utils * fallback for CUDA 12 and type annotations * be more precise about CUDA requirements * skip tests on Windows that require managed memory * rework some tests * Deduplicate _to_cumemlocation * add missing file * address review feedback * review feedback: don't assume NUMA capabilities * review feedback: clarify buffer requirements for async batched copies * review feedback: explicitly reject special default streams * review feedback: explicitly reject capturing streams * review feedback: drop warning about unsupported PREFER_OVERLAP_WITH_COMPUTE hint * review feedback: add missing descriptions for copy options values * review feedback: align CopyOptions validation with existing practice * review feedback: drop conditional imports for type checking * account for CUDA 12/13 driver differences * CUDA 12: drop rejection of unsupported copy options * simplify tests
…or (NVIDIA#2463) * fix(cuda.bindings): make cythonization warning-clean and enable -Werror Clear the Cython warnings that blocked matching cuda.core's warning_errors setting (NVIDIA#2450): drop ignored except clauses on Python-returning cudla cpdefs, declare LOAD_LIBRARY_SEARCH_SYSTEM32 as const in windll.pxd, and enable Cython Options.warning_errors in build_hooks. Add source-level regression tests so these patterns do not return. Signed-off-by: Omar Atie <atiaomar1978-hub@users.noreply.github.com> Co-authored-by: Cursor <cursoragent@cursor.com> * style: ruff-format cython warning cleanliness tests Signed-off-by: Omar Atie <atiaomar1978-hub@users.noreply.github.com> Co-authored-by: Cursor <cursoragent@cursor.com> * test(cuda.bindings): drop cython warning cleanliness tests Address review feedback: warning_errors in build_hooks already guards against Cython warning regressions, so the source-level tests add unnecessary maintenance cost. Signed-off-by: Omar Atie <atiaomar1978-hub@users.noreply.github.com> Co-authored-by: Cursor <cursoragent@cursor.com> --------- Signed-off-by: Omar Atie <atiaomar1978-hub@users.noreply.github.com> Co-authored-by: Omar Atie <atiaomar1978-hub@users.noreply.github.com> Co-authored-by: Cursor <cursoragent@cursor.com>
…ed (NVIDIA#2539) `check_generated_file_seals.py` declares three comment styles for the seal line, one per generated-file family: _COMMENT_CHARS = {".py": b"#", ..., ".rst": b"..", ".c": b"//", ".cpp": b"//", ".h": b"//"} and `validate_generated_file_seal` compares the seal's captured prefix against `expected_comment_prefix(filepath)` so a `.rst` file cannot be sealed with a `#`, and so on. But the marker regex only ever accepts two of the three: rb"^(?P<prefix>#|\.\.) " `//` can never be captured, so `fullmatch` returns None for any sealed `.c` / `.cpp` / `.h` file and it is rejected as `MALFORMED generated-file seal` before the prefix comparison runs at all. The `b"//"` entries in `_COMMENT_CHARS` and the branch that would validate them are dead. Add `//` to the alternation, with a note tying it to `_COMMENT_CHARS` so the two do not drift again. This also adds the first tests for the script, under `toolshed/tests/`, and runs them alongside the existing `ci/tools/tests` in the nightly tooling job. The parametrized case is driven from `_COMMENT_CHARS` itself, so a future entry whose prefix the regex cannot match fails immediately instead of silently becoming dead code.
…VIDIA#2526) * cuda.core: capture bound contexts for buffer deallocation streams Record a DeallocationStream at device-pointer creation so default-stream tokens pin the allocation context (and PTDS the allocating thread) instead of relying on ambient state at free time. * cuda.core: activate bound context during device-pointer teardown Make the deallocation stream's context current around free/unmap/MR cleanup so destruction no longer depends on ambient CUDA context, and wire cuCtxSetCurrent into the resource-handles driver table. * cuda.core: record from_handle deallocation streams at creation Add keyword-only stream= on Buffer/ManagedBuffer.from_handle when mr owns the pointer, bind it at construction, and cover teardown with no or foreign current context. * cuda.core: fail loudly on MemoryResource free errors Stop treating CUDA_ERROR_INVALID_CONTEXT as a successful pool free, and let explicit mr.deallocate() raise; destruction still contains errors in the callback. Document PTDS deallocation ordering on the stream parameters and note the context-safe Buffer teardown fix in the 1.2.0 release notes. * cuda.core: reject incomplete buffer deallocation recipes Require default deallocation streams to bind a current context at creation so teardown never relies on an ambiguous ambient token. Expand coverage and documentation for context-independent cleanup and failure reporting. * cuda.core: initialize context when unpickling IPC buffers Ensure spawned children can bind the imported buffer's default deallocation stream before their process target starts. * test(cuda.core): set a current context in DLPack failure tests Creating a Buffer with an owning memory resource now records a default deallocation stream, which requires a current context. These two tests never set one, so they passed or failed depending on whether the preceding test left a context current under pytest-randomly. * test(cuda.core): address review feedback on deallocation-stream PR - Parametrize test_from_handle_mr_records_default_stream, test_from_handle_mr_records_explicit_stream, and test_from_handle_stream_requires_mr with [Buffer, ManagedBuffer] to cover the ManagedBuffer.from_handle entry point directly. - Add test_close_with_default_stream_requires_context covering the _require_deallocation_stream_context guard in Buffer_close. - Lift Stream_accept and default_stream to module-level imports. - Replace _require_deallocation_stream_context (a pre-flight that duplicated make_deallocation_stream's context check) with _apply_deallocation_stream, which calls set_deallocation_stream once and translates CUDA_ERROR_INVALID_CONTEXT into a descriptive RuntimeError. Removes the redundant cuCtxGetCurrent call on the default-stream success path. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> --------- Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
…#2618) * cuda.core: minor refactoring to prepare for copy with options * inline capability check helper
* ci: add selective wheel test plumbing * ci: update selective wheel test callers * ci: enable nightly NumPy for metapackage tests * ci: install exact local wheels in metapackage tests * ci: simplify local wheel selection
…ont-update-2026-08-14 # Conflicts: # .github/workflows/build-wheel.yml # .github/workflows/test-sdist-linux.yml # .github/workflows/test-sdist-windows.yml # cuda_bindings/cuda/bindings/_internal/cudla.pxd # cuda_bindings/cuda/bindings/_internal/cudla_linux.pyx # cuda_bindings/cuda/bindings/_internal/cudla_windows.pyx # cuda_bindings/cuda/bindings/_internal/driver_linux.pyx # cuda_bindings/cuda/bindings/_internal/driver_windows.pyx # cuda_bindings/cuda/bindings/_internal/nvfatbin_linux.pyx # cuda_bindings/cuda/bindings/_internal/nvfatbin_windows.pyx # cuda_bindings/cuda/bindings/_internal/nvjitlink.pxd # cuda_bindings/cuda/bindings/_internal/nvjitlink_linux.pyx # cuda_bindings/cuda/bindings/_internal/nvjitlink_windows.pyx # cuda_bindings/cuda/bindings/_internal/nvml_linux.pyx # cuda_bindings/cuda/bindings/_internal/nvml_windows.pyx # cuda_bindings/cuda/bindings/_internal/nvrtc_linux.pyx # cuda_bindings/cuda/bindings/_internal/nvrtc_windows.pyx # cuda_bindings/cuda/bindings/_internal/nvvm_linux.pyx # cuda_bindings/cuda/bindings/_internal/nvvm_windows.pyx # cuda_bindings/cuda/bindings/_v2/nvrtc.pxd # cuda_bindings/cuda/bindings/_v2/nvrtc.pyx # cuda_bindings/cuda/bindings/cudla.pxd # cuda_bindings/cuda/bindings/cudla.pyx # cuda_bindings/cuda/bindings/cufile.pyx # cuda_bindings/cuda/bindings/cycudla.pxd # cuda_bindings/cuda/bindings/cycudla.pyx # cuda_bindings/cuda/bindings/cydriver.pxd # cuda_bindings/cuda/bindings/cynvfatbin.pxd # cuda_bindings/cuda/bindings/cynvjitlink.pxd # cuda_bindings/cuda/bindings/cynvjitlink.pyx # cuda_bindings/cuda/bindings/cynvml.pxd # cuda_bindings/cuda/bindings/cynvrtc.pxd # cuda_bindings/cuda/bindings/nvfatbin.pxd # cuda_bindings/cuda/bindings/nvfatbin.pyx # cuda_bindings/cuda/bindings/nvjitlink.pxd # cuda_bindings/cuda/bindings/nvjitlink.pyx # cuda_bindings/cuda/bindings/nvml.pxd # cuda_bindings/cuda/bindings/nvml.pyx # cuda_bindings/cuda/bindings/nvrtc.pyx # cuda_bindings/cuda/bindings/nvvm.pxd # cuda_bindings/cuda/bindings/nvvm.pyx # cuda_bindings/docs/source/module/driver.rst # cuda_bindings/docs/source/module/nvrtc.rst # cuda_bindings/docs/source/module/runtime.rst # cuda_bindings/tests/nvml/test_device.py # cuda_core/tests/system/test_system_device.py
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codex gpt-5.6-sol ultra: Noteworthy merge-main nuancesI want to record the provenance of d31a58c and 5830ba7, because the two fixes appeared one after the other during testing but address independent problems. This also gives us concrete expectations for the next ctk-next merge/transfer-preview cross-check. Why the cuDLA and
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@rwgk, there was an error processing your request: See the following link for more information: https://docs.gha-runners.nvidia.com/cpr/e/1/ |
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/ok to test 24fd7b0 |
Sort completed branch runs explicitly and choose the newest successful run whose required artifacts are still available. Validate bindings and metapackage artifacts at all prior-branch download sites, and cover fallback and compatibility behavior with standalone tests.
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I added two follow-up commits based on the failures in CI run 31865723802. Restore compatibility coverage for clock event reasons (df5356d)All 11 failing Linux AArch64 test jobs failed at the same enum-coverage case. The production mapping already handles this intentionally: when those two names are absent, it uses their stable numeric NVML values. The generic coverage test had lost the matching compatibility allowance, so it incorrectly required an older binding to contain names that only a newer binding provides. This commit restores the narrow, dynamic test guard from ctk-next commit 91aa75d:
This is therefore a compatibility-test correction rather than a blanket skip. It lets the intended older-bindings matrix continue checking all members that those bindings can actually provide. Harden prior-branch artifact lookup (1ebebc5)Two Linux wheel-build jobs failed after their current CUDA 13.4 builds had succeeded, while assembling the CUDA 12 half of the combined That assumption did not hold in this CI run: jobs started within roughly the same minute resolved several different historical run IDs. The Python 3.14t job selected a run whose matching artifact had expired, while the Python 3.15 job selected a run from before that artifact existed. The logs do not establish which GitHub/CLI layer produced the stale ordering, so this change does not depend on attributing the behavior to a specific external bug. The lookup now:
All three prior-branch consumers now use the validated lookup: the wheel builder and the Linux and Windows wheel-test workflows. The new standalone tests use a fake Validation
The CI rerun remains the authoritative cross-version check: the local environment has CUDA 13.4 bindings, whereas the previously failing rows exercise the conditional enum guard with CUDA 12.9/13.3 bindings and the real prior-branch artifact inventory. |
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The CI failures are unrelated to this PR. Ignoring for now. CI / Docs / Build docs (push) |
13 participants
Description
Follow-up to #2588.
Merge the newer public
mainhistory into the 13.4.x release line on top of the baseline established by #2588.This continuation also repairs merge accidents exposed by the initial CI run:
CUmemLocationinitialization now that CUDA 13.4 adds thelocalizedmember; andThe
13.4.x-merge-main-contbranch is intentionally also pushed to the upstream repository so it can serve as the base for another main-merge continuation stacked on top of this PR.Testing
Checklist