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[libcu++] harden the preprocessor machinery to avoid user defined tok…

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Set PR and Linked Issues to In Progress on: pull_request_review

query_and_mutate_project_fields

pull_request on: push 125

Build workflow from matrix

CCCL C CUDASTF nvcc GCC / A / [CTK13.2 GCC13] Build(amd64): sm{75}

CCCL C CUDASTF nvcc GCC / A / [CTK13.2 GCC13] Test(amd64, RTX2080): sm{75}

CCCL C Parallel (HostJIT) nvcc GCC / M / [CTK13.2 GCC13] Build(amd64)

CCCL C Parallel (HostJIT) nvcc GCC / M / [CTK13.2 GCC13] Test(amd64, RTX2080)

CCCL C Parallel nvcc GCC / Y / [CTK13.2 GCC13] Build(amd64): sm{75}

CCCL C Parallel nvcc GCC / Y / [CTK13.2 GCC13] Test(amd64, RTX2080): sm{75}

CUB nvcc GCC / BM / [CTK13.2 GCC15 C++20] BuildHostLaunch(amd64): sm{86}

CUB nvcc GCC / BM / [CTK13.2 GCC15 C++20] HostLaunch(amd64, RTXA6000): sm{86}

CUB nvcc GCC / BY / [CTK13.2 GCC15 C++20] BuildNoLaunch(amd64): sm{86}

CUB nvcc GCC / BY / [CTK13.2 GCC15 C++20] TestNoLaunch(amd64, RTXA6000): sm{86}

cudax nvcc GCC / B4 / [CTK13.2 GCC15 C++20] Build(amd64): sm{75}

cudax nvcc GCC / B4 / [CTK13.2 GCC15 C++20] Test(amd64, RTX2080): sm{75}

libcu++ nvcc Clang / Dg / [CTK13.2 Clang21 C++20] Build(amd64)

libcu++ nvcc Clang / Dg / [CTK13.2 Clang21 C++20] Test(amd64, RTX2080)

libcu++ nvcc GCC / E8 / [CTK13.2 GCC15 C++20] Build(amd64)

libcu++ nvcc GCC / E8 / [CTK13.2 GCC15 C++20] Test(amd64, RTX2080)

libcu++ nvcc GCC / E8 / [CTK13.2 GCC15 C++20] Test(amd64, H100)

Python nvcc GCC / Gc / [CTK12.9 GCC13 py3.14] Build cuda.cccl(amd64)

Python nvcc GCC / Gc / [CTK13.2 GCC13 py3.14] Test cuda.compute(amd64, L4)

Python nvcc GCC / Gc / [CTK13.2 GCC13 py3.14] Test cuda.coop._experimental(amd64, L4)

Python nvcc GCC / Gc / [CTK13.2 GCC13 py3.14] Test cuda.cccl.examples(amd64, L4)

Python nvcc GCC / Gc / [CTK13.2 GCC13 py3.14] Test cuda.cccl.headers(amd64, L4)

Thrust nvcc GCC / HU / [CTK13.2 GCC15 C++20] Build(amd64): sm{89}

Thrust nvcc GCC / HU / [CTK13.2 GCC15 C++20] TestGPU(amd64, RTX4090): sm{89}

Thrust nvcc GCC / HU / [CTK13.2 GCC15 C++20] TestCPU(amd64): sm{89}

Python nvcc MSVC / G0 / [CTK12.9 MSVC14.44 py3.14] Build cuda.cccl(amd64)

Python nvcc MSVC / G0 / [CTK13.2 MSVC14.44 py3.14] Test cuda.compute(amd64, L4)

Python nvcc MSVC / G0 / [CTK13.2 MSVC14.44 py3.14] Test cuda.coop._experimental(amd64, L4)

Python nvcc MSVC / G0 / [CTK13.2 MSVC14.44 py3.14] Test cuda.cccl.examples(amd64, L4)

Python nvcc MSVC / G0 / [CTK13.2 MSVC14.44 py3.14] Test cuda.cccl.headers(amd64, L4)

Thrust nvcc MSVC / Hk / [CTK13.2 MSVC14.50 C++20] Build(amd64): sm{89}

Thrust nvcc MSVC / Hk / [CTK13.2 MSVC14.50 C++20] TestCPU(amd64): sm{89}

CCCL Packaging nvcc Clang / [CTK13.2 Clang21] Test(amd64, RTX2080): sm{75}

CCCL Packaging nvcc GCC / [CTK13.2 GCC15] Install(amd64)

CCCL Packaging nvcc GCC / [CTK13.2 GCC15] Test(amd64, RTX2080): sm{75}

CCCL Packaging nvcc GCC / [CTK13.2 GCC15] Test(amd64, RTX2080): sm{75} -min-cmake

clang-tidy ClangCUDA / [CTK12.9 Clang21 C++17] Build(amd64): sm{75}

CUB ClangCUDA / [CTK12.9 Clang21 C++20] BuildHostLaunch(amd64): sm{75;80;90;100;120}

CUB ClangCUDA / [CTK12.9 Clang21 C++20] BuildNoLaunch(amd64): sm{75;80;90;100;120}

CUB nvcc Clang / [CTK13.2 Clang21 C++20] BuildHostLaunch(amd64)

CUB nvcc Clang / [CTK13.2 Clang21 C++20] BuildNoLaunch(amd64)

CUB nvcc NVHPC / [CTK13.1 NVHPC26.1 C++20] BuildHostLaunch(amd64)

CUB nvcc NVHPC / [CTK13.1 NVHPC26.1 C++20] BuildNoLaunch(amd64)

cudax nvcc Clang / [CTK13.2 Clang21 C++20] Build(amd64): sm{75;120}

cudax nvcc NVHPC / [CTK13.1 NVHPC26.1 C++20] Build(amd64): sm{75;120}

libcu++ ClangCUDA / [CTK12.9 Clang21 C++17] Build(amd64): sm{75;80;90;100;120}

libcu++ ClangCUDA / [CTK12.9 Clang21 C++20] Build(amd64): sm{75;80;90;100;120}

libcu++ nvcc Clang / [CTK12.0 Clang14 C++17] Build(amd64)

libcu++ nvcc Clang / [CTK12.0 Clang14 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK12.9 Clang14 C++17] Build(amd64)

libcu++ nvcc Clang / [CTK12.9 Clang14 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK12.9 Clang19 C++17] Build(amd64)

libcu++ nvcc Clang / [CTK12.9 Clang19 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.0 Clang15 C++17] Build(amd64)

libcu++ nvcc Clang / [CTK13.0 Clang15 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.0 Clang20 C++17] Build(amd64)

libcu++ nvcc Clang / [CTK13.0 Clang20 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang15 C++17] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang15 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang16 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang17 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang18 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang19 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang20 C++20] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang21 C++17] Build(amd64)

libcu++ nvcc Clang / [CTK13.2 Clang21 C++20] Build(arm64)

libcu++ nvcc GCC / [CTK12.0 GCC7 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK12.0 GCC12 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK12.0 GCC12 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK12.9 GCC7 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK12.9 GCC14 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK12.9 GCC14 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK13.0 GCC11 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK13.0 GCC11 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK13.0 GCC15 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK13.0 GCC15 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK13.2 GCC11 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK13.2 GCC11 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK13.2 GCC12 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK13.2 GCC13 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK13.2 GCC14 C++20] Build(amd64)

libcu++ nvcc GCC / [CTK13.2 GCC15 C++17] Build(amd64)

libcu++ nvcc GCC / [CTK13.2 GCC15 C++17] NVRTC(amd64, RTX2080): sm{75}

libcu++ nvcc GCC / [CTK13.2 GCC15 C++20] Build(arm64)

libcu++ nvcc GCC / [CTK13.2 GCC15 C++20] NVRTC(amd64, RTX2080): sm{75}

libcu++ nvcc GCC / [CTK13.2 GCC15] VerifyCodegen(amd64)

libcu++ nvcc NVHPC / [CTK13.1 NVHPC26.1 C++17] Build(amd64)

libcu++ nvcc NVHPC / [CTK13.1 NVHPC26.1 C++17] Build(arm64)

libcu++ nvcc NVHPC / [CTK13.1 NVHPC26.1 C++20] Build(amd64)

libcu++ nvcc NVHPC / [CTK13.1 NVHPC26.1 C++20] Build(arm64)

NVBench Helper nvcc Clang / [CTK13.2 Clang21] Test(amd64, RTX2080)

NVBench Helper nvcc GCC / [CTK13.2 GCC15] Test(amd64, RTX2080)

NVHPC stdpar nvcc NVHPC / [CTK13.1 NVHPC26.1 C++20] Build(amd64)

Thrust ClangCUDA / [CTK12.9 Clang21 C++20] Build(amd64): sm{75;120}

Thrust nvcc Clang / [CTK13.2 Clang21 C++20] Build(amd64): sm{75;120}

Thrust nvcc NVHPC / [CTK13.1 NVHPC26.1 C++20] Build(amd64): sm{75;120}

CCCL C Parallel nvcc MSVC / [CTK13.2 MSVC14.44] Build(amd64): sm{75}

CUB nvcc MSVC / [CTK13.2 MSVC14.50 C++20] BuildHostLaunch(amd64): sm{86}

CUB nvcc MSVC / [CTK13.2 MSVC14.50 C++20] BuildNoLaunch(amd64): sm{86}

cudax nvcc MSVC / [CTK13.2 MSVC14.50 C++20] Build(amd64): sm{75}

libcu++ nvcc MSVC / [CTK12.0 MSVC14.29 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK12.0 MSVC14.39 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK12.0 MSVC14.39 C++20] Build(amd64)

libcu++ nvcc MSVC / [CTK12.9 MSVC14.29 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK12.9 MSVC14.44 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK12.9 MSVC14.44 C++20] Build(amd64)

libcu++ nvcc MSVC / [CTK13.0 MSVC14.29 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK13.0 MSVC14.44 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK13.0 MSVC14.44 C++20] Build(amd64)

libcu++ nvcc MSVC / [CTK13.2 MSVC14.29 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK13.2 MSVC14.44 C++20] Build(amd64)

libcu++ nvcc MSVC / [CTK13.2 MSVC14.50 C++17] Build(amd64)

libcu++ nvcc MSVC / [CTK13.2 MSVC14.50 C++20] Build(amd64)

Verify Dev Containers / Verify devcontainer files are up-to-date

Verify Dev Containers / matrix.devcontainer.name

Build documentation

Build RAPIDS (optional) / Check GH Event

Build RAPIDS (optional) / rmm kvikio cudf cudf_kafka

Build RAPIDS (optional) / rmm ucxx raft cuvs cuml

Build RAPIDS (optional) / rmm ucxx raft cugraph

Build RAPIDS (optional) / Notify Slack of RAPIDS failure

Build MatX (optional) / Build MatX

Build MatX (optional) / Notify Slack of MatX failure

Build PyTorch (optional) / Build PyTorch

Build PyTorch (optional) / Notify Slack of PyTorch failure

Bench Compare (${{ matrix.gpu }})

Test CPU-only import

Verify and summarize workflow results

Post benchmark results

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