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Depend on cuda-core with CUDA version specific extras - #277
Depend on cuda-core[cu12]/[cu13] in the respective wheel.
cuda-core 1.3.0 (released 2026-11-11) refuses to import unless cuda-bindings meets a minimum version (>=12.9.8 for CUDA 12, >=13.5.0 for CUDA 13). Its metadata declares that minimum only under the cu12/cu13 extras. nvforest wheels depend on plain cuda-core, so pip can install cuda-core 1.3.0 next to an older cuda-bindings, and then import cuda.core fails:
ImportError: cuda.core 1.3.0 requires cuda-bindings >= 12.9.8 for CUDA 12, but cuda-bindings 12.9.3 is installed.
This breaks cuML's nightly wheel tests in two ways:
In the oldest-deps jobs, cuML pins cuda-bindings==12.9.3.
In the CUDA 12 integrations job, torch==2.10.0+cu129 pins cuda-bindings==12.9.4.
This PR makes the wheels depend on cuda-core[cu12] / cuda-core[cu13], so pip sees the minimum and falls back to cuda-core 1.2.x (the version before what was just released) when cuda-bindings is pinned below 12..9.8. dask-cuda already does this, and cuML's oldest-deps dask job, which gets cuda-core through dask-cuda, resolved cuda-core 1.2.2 and passed.
We could bump the cuda-binding in the oldest job instead, but we'd still be stuck for CUDA 12 in general I think (because pytorch pins things exactly).
I think with this we get the "best of all worlds" where you get the newer cuda-core if there is nothing in your env that keeps cuda-bindings pinned low. And if there is you get the older version of cuda-core. I don't know what the downside of sometimes having cuda-core 1.2.x and sometimes having 1.3.0 is.
One downside is that through cuda-bindings[all], the extra also installs the nvcc, nvrtc, nvjitlink and cufile wheels. This isn't great but for cuml these would anyway get installed.
No actionable comments were generated in the recent review.
Summary
Summary by CodeRabbit
Chores
Updated package versions to the 27.2 series, including variants for CUDA 12 and CUDA 13.
Requirements and project metadata now select the CUDA package variant based on configuration. Conda and constraints outputs continue to use the standard package.
The Python project now specifies the CUDA 13 package variant. These updates align package declarations across the affected installation outputs.
Dependency pins for nvforest-related packages move from 26.12.* to 27.2.*. The depends_on_cuda_core outputs select CUDA-specific extras for requirements and pyproject, while Conda and constraints keep the unsuffixed package. The nvforest Python project explicitly requests cuda-core[cu13].
Changes: Dependency updates
Layer / File(s)
Summary
Dependency pins and CUDA-specific selection dependencies.yaml, python/nvforest/pyproject.toml
Dependency pins change to 27.2.*. Requirements and pyproject select cuda-core based on CUDA configuration. The nvforest project requests the cu13 extra.
rapidsai/nvforest#193: Both PRs edit the same cuda-core declarations in dependencies.yaml and python/nvforest/pyproject.toml.
rapidsai/nvforest#274: Both PRs update overlapping dependency pins from 26.12.* to 27.2.*.
Suggested reviewers:kylefromnvidia, chyunsu3
Merge Risk: Minimal · up to 68384
The change makes wheels request CUDA-specific cuda-core extras so pip can choose a cuda-core release compatible with the pinned cuda-bindings. No remaining merge-blocking risk was found.
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The title names the main change: the nvforest wheels now depend on cuda-core with CUDA-version-specific extras (cu12/cu13). The changeset matches this, since pyproject.toml changes cuda-core to cuda-c…
Description check
The description states the purpose of the change: nvforest wheels depend on cuda-core[cu12] and cuda-core[cu13] so pip can avoid pairing cuda-core 1.3.0 with older cuda-bindings. This matches the depe…
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Full details: Title check
Explanation
The title names the main change: the nvforest wheels now depend on cuda-core with CUDA-version-specific extras (cu12/cu13). The changeset matches this, since pyproject.toml changes cuda-core to cuda-core[cu13] and dependencies.yaml selects cu12/cu13 suffixes for the requirements and pyproject outputs.
Full details: Description check
Explanation
The description states the purpose of the change: nvforest wheels depend on cuda-core[cu12] and cuda-core[cu13] so pip can avoid pairing cuda-core 1.3.0 with older cuda-bindings. This matches the dependencies.yaml and pyproject.toml changes, and it also explains the cuda-bindings[all] side effect.
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Inline comments:
Review comments at @dependencies.yaml:
- Line 457: Update the cuda-core dependency matrices so use_cuda_wheels: "false"
selects the unqualified cuda-core dependency before the CUDA-specific cu12/cu13
entries, preventing either extra from being selected. Preserve the existing
CUDA-specific behavior for environments that have not opted out; do not add a
cuda-bindings floor to the opt-out entry.
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One downside is that through cuda-bindings[all], the extra also installs the nvcc, nvrtc, nvjitlink and cufile wheels. This isn't great but for cuml these would anyway get installed.
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Based on offline discussion, I think we're accepting the extra dependencies right now in exchange for ensuring solvers always choose compatible cuda-core and cuda-bindings packages. I support merging this.
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Depend on cuda-core[cu12]/[cu13] in the respective wheel.
cuda-core 1.3.0 (released 2026-11-11) refuses to import unless cuda-bindings meets a minimum version (>=12.9.8 for CUDA 12, >=13.5.0 for CUDA 13). Its metadata declares that minimum only under the
cu12/cu13extras. nvforest wheels depend on plaincuda-core, so pip can install cuda-core 1.3.0 next to an older cuda-bindings, and thenimport cuda.corefails:This breaks cuML's nightly wheel tests in two ways:
cuda-bindings==12.9.3.torch==2.10.0+cu129pinscuda-bindings==12.9.4.Examples:
This PR makes the wheels depend on
cuda-core[cu12]/cuda-core[cu13], so pip sees the minimum and falls back to cuda-core 1.2.x (the version before what was just released) when cuda-bindings is pinned below 12..9.8. dask-cuda already does this, and cuML's oldest-deps dask job, which gets cuda-core through dask-cuda, resolved cuda-core 1.2.2 and passed.We could bump the cuda-binding in the oldest job instead, but we'd still be stuck for CUDA 12 in general I think (because pytorch pins things exactly).
I think with this we get the "best of all worlds" where you get the newer cuda-core if there is nothing in your env that keeps cuda-bindings pinned low. And if there is you get the older version of cuda-core. I don't know what the downside of sometimes having cuda-core 1.2.x and sometimes having 1.3.0 is.
One downside is that through
cuda-bindings[all], the extra also installs the nvcc, nvrtc, nvjitlink and cufile wheels. This isn't great but for cuml these would anyway get installed.