Build reliable production data and ML pipelines with git support for Databricks Workflows (2024)

We are happy to announce native support for Git in Databricks Workflows, which enables our customers to build reliable production data and ML workflows using modern software engineering best practices. Customers can now use a remote Git reference as the source for tasks that make up a Databricks Workflow, for example, a notebook from the main branch of a repository on GitHub can be used in a notebook task. By using Git as the source of truth, customers eliminate the risk of accidental edits to production code. They also remove the overhead of maintaining a production copy of the code in Databricks and keeping it updated, and improve reproducibility as each job run is tied to a commit hash. Git support for Workflows is available in Public Preview and works with a wide range of Databricks supported Git providers including GitHub, Gitlab, Bitbucket, Azure Devops and AWS CodeCommit.

Customers have asked us for ways to harden their production deployments by only allowing peer-reviewed and tested code to run in production. Further, they have asked for the ability to simplify the automation and improve reproducibility of their workflows. Git support in Databricks Workflows has already helped numerous customers achieve these goals.

"Being able to tie jobs to a specific Git repo and branch has been super valuable. It has allowed us to harden our deployment process, instill more safeguards around what gets into production, and prevent accidental edits to prod jobs. We can now track each change that hits a job through the related Git commits and PRs." - said Chrissy Bernardo, Lead Data Scientist at Disney Streaming

"We used the Databricks Terraform provider to define jobs with a git source. This feature simplified our CI/CD setup, replacing our previous mix of python scripts and Terraform code and relieved us of managing the 'production' copy. It also encourages good practices of using Git as a source for notebooks, which guarantees atomic changes of a collection of related notebooks" - said Edmondo Procu, Head of Engineering at Sapient Bio.

"Repos are now the gold standard for our mission critical pipelines. Our teams can efficiently develop in the familiar, rich notebook experience Databricks offers and can confidently deploy pipeline changes with Github as our source of truth - dramatically simplifying CI/CD. It is also straightforward to set up ETL workflows referencing Github artifacts without leaving the Databricks UI." - says Anup Segu, Senior Software Engineer at YipitData

"We were able to reduce the complexity of our production deployments by a third. No more needing to keep a dedicated production copy and having a CD system, invoke APIs to update it." - says Arash Parnia, Senior Data Scientist at Warner Music Group

Getting started

It takes just a few minutes to get started:

Build reliable production data and ML pipelines with git support for Databricks Workflows (1)

Build reliable production data and ML pipelines with git support for Databricks Workflows (2)

These actions can also be performed via v2.1 and v.2.0 of the Jobs API.

Once you have added the Git reference you can use the same reference for other notebook tasks in a job with multiple tasks.

Build reliable production data and ML pipelines with git support for Databricks Workflows (3)

Every notebook task in that job will now fetch the pre-defined commit/branch/tag from the repository on every run. For each run the git commit SHA will be logged and it is guaranteed that all notebook tasks in a job are run from the same commit.

Please note that in a multitask job, there can't be a notebook task that uses a notebook in Databricks Workspace or Repos and another task that uses a remote repository. This restriction doesn't apply to non-notebook tasks.

Build reliable production data and ML pipelines with git support for Databricks Workflows (4)

  1. First, you will need to add your Git provider personal access token (PAT) token to Databricks. This can be done in the UI via Settings > User Settings > Git Integration or programmatically via the Databricks Git credentials API
  2. Next, create a Job and specify a remote repository, a git ref (branch, tag or commit) and the relative path to the notebook (relative to the root of the repository).
  3. Add more tasks to your job
  4. Run the job and view its details

All Databricks notebook tasks in the job run from the same Git commit. For each run, the commit is logged and visible in the UI. You can also get this information from the Jobs API.

Ready to get started? Take Git support in workflows for a spin or dive deeper with the below resources:

  • Dive deeper into Databricks Workflows documentation
  • Check out this code sample and the accompanying webinar recording showing a end to end notebook production flow using Git support in Databricks workflows
Build reliable production data and ML pipelines with git support for Databricks Workflows (2024)

FAQs

How to create a workflow in Databricks? ›

Create your first Databricks Workflow
  1. Step #1 - Create a Databricks job.
  2. Step #2 - Create your first task.
  3. Step #3 - Additional task configurations.
  4. Step #4 - Repeat for your other tasks.
  5. Step #5 - Define dependencies and control flows.
  6. Step #6 - Define compute clusters for your tasks.
Dec 12, 2023

What is the best practice of Databricks Git? ›

In your user folder in Databricks Git folders, clone your remote repository. A best practice is to create a new feature branch or select a previously created branch for your work, instead of directly committing and pushing changes to the main branch.

How do you automate Databricks workflows? ›

To automate the deployment of Databricks workflows, you can use the Databricks REST API and a scripting language such as Python or Bash. The script can create a new workflow and add steps to it, as well as manage existing workflows.

What are the benefits of using Databricks workflows for orchestration purposes? ›

Actionable insights: As the Databricks Workflows is deeply integrated into the platform, you get the much deeper monitoring and observability capabilities vs. external orchestration tools like Apache Airflow. With Databricks Workflows, users get job metrics and operational metadata for the jobs they execute.

How do I create an ETL pipeline in Databricks? ›

This dataset is available in the sample datasets included in your Azure Databricks workspace.
  1. Step 1: Create a cluster. ...
  2. Step 2: Explore the source data. ...
  3. Step 3: Ingest the raw data. ...
  4. Step 4: Prepare the raw data. ...
  5. Step 5: Query the transformed data. ...
  6. Step 6: Create an Azure Databricks job to run the pipeline.
May 8, 2024

How to schedule a workflow in Databricks? ›

To define a schedule for the job:
  1. In the sidebar, click Workflows.
  2. In the Name column on the Jobs tab, click the job name.
  3. Click Add trigger in the Job details panel and select Scheduled in Trigger type.
  4. Specify the period, starting time, and time zone. ...
  5. Click Save.
Mar 1, 2024

What is the limit of workflow in Databricks? ›

A workspace is limited to 1000 concurrent task runs. A 429 Too Many Requests response is returned when you request a run that cannot start immediately. The number of jobs a workspace can create in an hour is limited to 10000 (includes “runs submit”).

How do I run a file as a workflow on Databricks? ›

In Explorer view (View > Explorer), right-click the file, and then select Run File as Workflow on Databricks from the context menu. In the file editor's title bar, click the drop-down arrow next to the play (Run or Debug) icon. Then in the drop-down list, click Run File as Workflow on Databricks.

What is the difference between Databricks workflows and data factory? ›

Here are some key differences: Purpose: ADF is primarily used for Data Integration services to perform Extract-Transform-Load (ETL) processe.... Databricks provides a collaborative platform for Data Engineers and Data Scientists to perform ETL a....

What are the benefits of Databricks runtime ML? ›

Ready-to-use and optimized machine learning environment

The Machine Learning Runtime (MLR) provides data scientists and ML practitioners with scalable clusters that include popular frameworks, built-in AutoML and optimizations for unmatched performance.

What is the primary purpose for Databricks? ›

Databricks is an industry-leading, cloud-based data engineering tool used for processing and transforming massive quantities of data and exploring the data through machine learning models.

What is the difference between Databricks Workflows and data factory? ›

Here are some key differences: Purpose: ADF is primarily used for Data Integration services to perform Extract-Transform-Load (ETL) processe.... Databricks provides a collaborative platform for Data Engineers and Data Scientists to perform ETL a....

How do I create a workflow file? ›

Creating a starter workflow
  1. If it doesn't already exist, create a new public repository named . github in your organization.
  2. Create a directory named workflow-templates .
  3. Create your new workflow file inside the workflow-templates directory. ...
  4. Create a metadata file inside the workflow-templates directory.

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