Libraries

Note

The CLI is unavailable on Databricks on Google Cloud as of this release.

To make third-party or custom code available to notebooks and jobs running on your clusters, you can install a library. Libraries can be written in Python, Java, Scala, and R. You can upload Java, Scala, and Python libraries and point to external packages in PyPI, Maven, and CRAN repositories.

This article focuses on performing library tasks in the workspace UI. You can also manage libraries using the Libraries CLI or the Libraries API.

Tip

Databricks includes many common libraries in Databricks Runtime. To see which libraries are included in Databricks Runtime, look at the System Environment subsection of the Databricks Runtime release notes for your Databricks Runtime version.

You can install libraries in three modes: workspace, cluster-installed, and notebook-scoped.

• Workspace libraries serve as a local repository from which you create cluster-installed libraries. A workspace library might be custom code created by your organization, or might be a particular version of an open-source library that your organization has standardized on.
• Cluster libraries can be used by all notebooks running on a cluster. You can install a cluster library directly from a public repository such as PyPI or Maven, or create one from a previously installed workspace library.
• Notebook-scoped libraries, available for Python and R, allow you to install libraries and create an environment scoped to a notebook session. These libraries do not affect other notebooks running on the same cluster. Notebook-scoped libraries do not persist and must be re-installed for each session. Use notebook-scoped libraries when you need a custom environment for a specific notebook.
  • Notebook-scoped Python libraries
  • Notebook-scoped R libraries

This section covers:

• Workspace libraries
• Cluster libraries
• Notebook-scoped Python libraries
• Notebook-scoped R libraries

Python environment management

The following table provides an overview of options you can use to install Python libraries in Databricks.

Note

• Notebook-scoped libraries using the %pip magic command are enabled by default in all supported Databricks Runtime and Databricks Runtime ML versions. See Requirements for details.
• Notebook-scoped libraries with the library utility are available in Databricks Runtime only. They are not available on Databricks Runtime ML or Databricks Runtime for Genomics.

Python package source	Notebook-scoped libraries with %pip	Notebook-scoped libraries with the library utility	Cluster libraries	Job libraries with Jobs API
PyPI	Use %pip install. See example.	Use dbutils.library .installPyPI.	Select PyPI as the source.	Add a new pypi object to the job libraries and specify the package field.
Private PyPI mirror, such as Nexus or Artifactory	Use %pip install with the --index-url option. Secret management is available. See example.	Use dbutils.library .installPyPI and specify the repo argument.	Not supported.	Not supported.
VCS, such as GitHub, with raw source	Use %pip install and specify the repository URL as the package name. See example.	Not supported.	Select PyPI as the source and specify the repository URL as the package name.	Add a new pypi object to the job libraries and specify the repository URL as the package field.
Private VCS with raw source	Use %pip install and specify the repository URL with basic authentication as the package name. Secret management is available. See example.	Not supported.	Not supported.	Not supported.
DBFS	Use %pip install. See example.	Use dbutils.library .install(dbfs_path).	Select DBFS/GCS as the source.	Add a new egg or whl object to the job libraries and specify the DBFS path as the package field.
GCS	Use %pip install together with a pre-signed URL. Paths with the GCS protocol gs:// are not supported.	Use dbutils.library .install(gs_path).	Select DBFS/GCS as the source.	Add a new egg or whl object to the job libraries and specify the GCS path as the package field.