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Octave for GNU/Linux: Difference between revisions
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Using a distribution independent approach is particularly useful if you have an older GNU/Linux distribution or if you do not have root access on your system. A common drawback of this approach is, that these solutions are running in some kind of sandbox. Thus limitations in the communication with the underlying system may exist. For example, executing system binaries outside the sandbox might be impossible. | Using a distribution independent approach is particularly useful if you have an older GNU/Linux distribution or if you do not have root access on your system. A common drawback of this approach is, that these solutions are running in some kind of sandbox. Thus limitations in the communication with the underlying system may exist. For example, executing system binaries outside the sandbox might be impossible. | ||
== Anaconda == | |||
* More info: https://anaconda.org/conda-forge/octave | |||
conda create --name octave | |||
conda activate octave | |||
conda install -c conda-forge octave | |||
== Docker / Podman / Singularity == | == Docker / Podman / Singularity == | ||
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snap install --edge octave | snap install --edge octave | ||
== Spack == | == Spack == | ||