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A collection of answer files for SUNDIALS examples on different machines.

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sundials-codes/answers

This repo holds answer files for the SUNDIALS tests and examples suites. We create directories for different os+microarchitectures and/or hosts since the generated answers are generally sensitive to the machine on which they were created.

The naming convention for the directories is either <os>-<microarch>/<compiler> or <hostname>/<compiler>. Note that the first format can easily be generated using Spack:

mkdir $(spack arch)/<compiler>

Within these directories, we create directories for different precisions, e.g. single or double.

SUNDIALS CI

The SUNDIALS GitHub Actions CI uses the answer files in linux-ubuntu20.04-x86_64.

Procedure for adding new answers

To add new answers, start by copying the relevant answers in linux-ubuntu20.04-x86_64 to your new directory (following the naming scheme outlined above).

Next Commit these files and open a PR to the "staging" branch.

Once the PR is merged, you can generate your new answer files and overwrite the ones you copied from linux-ubuntu20.04-x86_64.

Compare the diff and make sure it is reasonable, then commit.

Finally, open a new PR targeting the "staging" branch.

Eventually, "staging" will be merged into main.

Procedure for updating existing answers

Open a PR against main directly.

Useful tools

Archspec is a useful Python library for detecting the CPU microarchitecture of the system you are on. It can be installed via pip:

$ pip install archspec
$ archspec cpu
skylake_avx512

You could also use Spack for this (which uses archspec underneath).

$ spack arch
skylake_avx512

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A collection of answer files for SUNDIALS examples on different machines.

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