Installation#
Installing geNomad#
You can install geNomad in you computer using either a general-purpose package manager (pixi
, mamba
, conda
) or a Python-specific package manager (uv
or pip
).
Pixi is probably the simplest way to install geNomad. It takes care of all the dependencies for you and doesn’t require any environment management, meaning the genomad
command will be available globally.
pixi global install -c conda-forge -c bioconda genomad
genomad --help
Mamba is a package manager that handles all your dependencies for you. To install geNomad using Mamba, you need to create a new environment and activate it before running the genomad
command.
mamba create -n genomad -c conda-forge -c bioconda genomad
mamba activate genomad
genomad --help
Conda is a package manager that handles all your dependencies for you. To install geNomad using Conda, you need to create a new environment and activate it before running the genomad
command.
conda create -n genomad -c conda-forge -c bioconda genomad
conda activate genomad
genomad --help
uv
is a Python-specific package manager that lets you install geNomad as a global command within an isolated environment. However, it won’t take care of the non-Python dependencies required by geNomad (see note below).
uv tool install genomad
genomad --help
pip
is a Python-specific package manager that lets you install geNomad as a global command. It is the standard tool for installing Python libraries and should be available to everyone with a Python installation. However, pip
won’t take care of the non-Python dependencies required by geNomad (see note below).
pip install genomad
genomad --help
Running geNomad using containers#
You can also execute geNomad using containerization tools, such as Docker and Podman. To pull the image, execute the command below.
docker pull antoniopcamargo/genomad
podman pull docker.io/antoniopcamargo/genomad
To start a geNomad container you have to mount a folder from the host system into the container with the -v
argument. The following command mounts the current working directory ($(pwd)
) under /app
inside the container and then executes the genomad download-database
and genomad end-to-end
commands.
docker run -ti --rm -v "$(pwd):/app" antoniopcamargo/genomad download-database .
docker run -ti --rm -v "$(pwd):/app" antoniopcamargo/genomad end-to-end input.fna output genomad_db
podman run -u 0 -ti --rm -v "$(pwd):/app" antoniopcamargo/genomad download-database .
podman run -u 0 -ti --rm -v "$(pwd):/app" antoniopcamargo/genomad end-to-end input.fna output genomad_db