@@ -15,7 +15,7 @@ Activating Conda
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Conda support is available using a :doc: `../config-file/index `, see :ref: `config-file/v2:conda `.
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- Our :ref: ` Docker images < builds:Docker images >` use Miniconda, a minimal conda installer.
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+ Our Docker images use Miniconda, a minimal conda installer.
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After specifying your project requirements using a conda ``environment.yml `` file,
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Read the Docs will create the environment (using ``conda env create ``)
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and add the core dependencies needed to build the documentation.
@@ -28,7 +28,7 @@ There are several ways of `exporting a conda environment`_:
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- ``conda env export `` will produce a complete list of all the packages installed in the environment
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with their exact versions. This is the best option to ensure reproducibility,
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but can create problems if done from a different operative system than the target machine,
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- in our case Ubuntu Linux (check out our :ref: ` Docker images < builds:Docker images >` for further information) .
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+ in our case Ubuntu Linux.
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- ``conda env export --from-history `` will only include packages that were explicitly requested
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in the environment, excluding the transitive dependencies. This is the best option to maximize
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cross-platform compatibility, however it may include packages that are not needed to build your docs.
@@ -175,7 +175,7 @@ Compiling your project sources
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If your project contains extension modules written in a compiled language (C, C++, FORTRAN)
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or server-side JavaScript, you might need special tools to build it from source
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- that are not readily available on our :ref: ` Docker images < builds:Docker images >` ,
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+ that are not readily available on our Docker images,
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such as a suitable compiler, CMake, Node.js, and others.
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Luckily, conda is a language-agnostic package manager, and many of these development tools
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