#Conda install package windwos archive
#Conda install package windwos full
#Conda install package windwos code

Minimum 400 MB disk space to download and install.

The linux-aarch64 Miniconda installer requires glibc >=2.26 and thus will not work with CentOS 7, Ubuntu 16.04, or Debian 9 (“stretch”).

System architecture: Windows- 64-bit x86, 32-bit x86 macOS- 64-bit x86 & Apple M1 (ARM64) Linux- 64-bit x86, 64-bit aarch64 (AWS Graviton2), 64-bit IBM Power8/Power9, s390x (Linux on IBM Z & LinuxONE).

#Conda install package windwos archive

If your operating system is older than what is currently supported, you can find older versions of the Miniconda installers in our archive that might work for you.

Operating system: Windows 8 or newer, 64-bit macOS 10.13+, or Linux, including Ubuntu, RedHat, CentOS 7+, and others.

License: Free use and redistribution under the terms of the EULA for Miniconda.

Creates a test environment with the package and its dependencies.

Deletes the build environment and source directory to ensure that the new conda package does not inadvertantly depend on artifacts not included in the package.

Tests the new conda package if the recipe includes tests:.

Creates a conda package containing all the files in the build environment that are new from step 5, along with the necessary conda package metadata.

Performs some necessary post-processing steps, such as shebang and rpath.

The build script installs into the build environment. The current working directory is the source directory with environment variables set.

Creates a build environment and then installs the build dependencies there.

Re-evaluates the metadata, if source is necessary to fill any metadata values.

Extracts the source into the source directory.

Here I copy the steps performed by conda-build as described in the official documentation:Ĭonda-build performs the following steps:

#Conda install package windwos full

Where recipe is the folder that contains the full set of files of the conda recipe. Once ready you can test that the package builds using:Ĭonda build -c conda-forge -c geo-down-under recipe/ Summary: 'Basin and Landscape Dynamics (Badlands) is a TIN-based landscape evolution model'

#Conda install package windwos code

The YAML structures can be completed with some Jinja2 code which allows to declare variables and access them: -m pip install badlands/ -vv The format is organised around to main structures: A cheat sheet and full specification are available at the official site. The YAML (a recursive acronym for 'YAML Ain't Markup Language') format is a text format that is meant to be easily readable. The meta.yaml fileĬonda recipes use a meta.yaml file.

The Badlands conda recipe is relatively simple and contains only a meta.yaml file and the License file. Sometimes a yum_requirements.txt file for some additional libraries that are not available on conda-forge.A build script called build.sh for Linux and MacOS and build.bat for Windows.

To install conda-build, in your terminal window or an Anaconda Prompt, run: conda install conda-buildĬonda build requires a conda recipe which is usually a combination of files such as: This is relatively advanced but not really difficult. The following goes through the steps of building a conda package for Badlands which contains Python and Fortran code. You may however want to build your own package at some point in the future or you may want to fix some of ours by submitting a Pull Request on github (You are more welcome to do so.) As mentioned, packages can be installed directly from our conda channel.