GitLens vs Git Graph: Pull Request Workflows in VS Code

If you’re picking a Git extension for VS Code, the choice often comes down to two popular options: GitLens and Git Graph. Both help you visualize commit history and understand code changes, but they take different approaches to pull request workflows and team collaboration.

This comparison breaks down how each extension handles blame view, file history, pull request navigation, and team workflow fit—so you can decide which one makes sense for your development process.

Key Takeaways: GitLens vs Git Graph

• GitLens gives you inline blame annotations and rich hovers that show commit context without leaving your code.
• Git Graph focuses on visual branch and commit history through an interactive graph view.
• GitLens connects directly to pull requests on GitHub, GitLab, and Bitbucket from inside VS Code.
• Git Graph does not include native pull request integration.
• For team-oriented workflows, GitLens offers collaboration features that Git Graph does not match.

GitLens vs Git Graph: Overview

What is GitLens?

GitLens is a Git extension for VS Code developed by GitKraken that adds powerful code visibility features to your editor. It shows you who changed each line of code, when they changed it, and why—all inline while you work. GitLens connects your local Git history to remote hosting services like GitHub, GitLab, Bitbucket, and Azure DevOps.

GitLens key features

• Inline blame annotations: See author, commit message, and timestamp directly beside each line of code.
• Rich hovers: Hover over any line to view full commit details, linked issues, and pull request information.
• File and line history: Track the complete evolution of any file or specific code block over time.
• Pull request integration: Jump to associated pull requests on GitHub, GitLab, or Bitbucket from your editor.
• Visual file comparison: Compare revisions side-by-side to understand exactly what changed between commits.

GitLens pros and cons

Pros:

• GitLens offers the deepest inline Git context available in VS Code, making code review faster.
• Pull request and issue linking help you trace changes back to their original purpose.
• GitKraken actively maintains GitLens with regular feature updates and community support.

Cons:

• The free version limits some advanced features like AI-powered commit summaries to GitLens Pro.
• New users may need time to explore the settings and customize their experience.
• Heavy customization options can feel like a lot at first, though defaults work well for most teams.

What is Git Graph?

Git Graph is a VS Code extension that displays your repository’s commit history as an interactive visual graph. You can see branches, merges, and commits in a timeline format, making it easier to understand how your codebase evolved. The extension focuses on visualization rather than inline code annotations.

Git Graph key features

• Interactive commit graph: View branches, merges, and commits in a visual timeline format.
• Commit details panel: Click any commit to see its message, author, date, and changed files.
• Branch management: Create, checkout, merge, rebase, and delete branches from the graph view.
• Tag support: View and manage tags directly in the graph interface.
• Diff viewer: Review file changes for any commit from the graph panel.

Git Graph pros and cons

Pros:

• The visual graph makes it simpler to understand complex branch structures at a glance.
• Git Graph is an open source project with an active community.
• The interface is straightforward and focused on graph visualization.

Cons:

• Git Graph does not include inline blame annotations or code-level context.
• There is no built-in pull request integration with GitHub, GitLab, or Bitbucket.
• The extension focuses on visualization and does not include collaboration features.

GitLens vs Git Graph: In-Depth Comparison

Blame view and code context

GitLens shows blame information directly in your editor—you see the author, commit message, and timestamp for each line as you code. This inline approach means you never leave your current file to understand who wrote something or why.

Git Graph takes a different approach. To see blame information, you need to navigate to a commit in the graph and then inspect file changes. This adds extra steps when you want quick context on a specific line.

Commit history visualization

Git Graph excels at showing your repository’s commit history as a visual timeline. Branches and merges appear as connected nodes, making it easy to trace how code evolved across multiple contributors.

GitLens includes commit graph visualization too, along with file-level history that tracks changes to individual files over time. You can drill into any file’s history and see every revision with full commit context attached.

Pull request navigation

GitLens connects your code directly to pull requests on GitHub, GitLab, Bitbucket, and Azure DevOps. When you hover over a line of code, you can jump to the associated pull request with one click. This connection helps teams trace changes back to code review discussions.

Git Graph does not include native pull request integration. You would need to manually look up pull requests in your browser or use a separate extension for that functionality.

File history tracking

GitLens gives you detailed file history that shows every commit affecting a file, who made each change, and when. You can compare any two revisions side-by-side and see exactly what changed between them.

Git Graph lets you view file changes within the context of a specific commit, but it does not offer the same file-centric history view. Tracking a single file’s evolution requires navigating through multiple commits in the graph.

Team workflow fit

For teams that rely on pull request-based workflows, GitLens offers features built for collaboration. The pull request integration, rich blame context, and issue linking help team members understand each other’s code faster during reviews.

Git Graph works well for individual developers who want to visualize repository structure. Its focus on graph visualization makes it useful for understanding branch relationships, but it does not include team collaboration features.

How do blame annotations improve code review speed?

Blame annotations answer the question “who wrote this and why” instantly. When you’re reviewing code or debugging an issue, knowing the context behind a line of code helps you decide whether to ask questions or move forward.

GitLens makes blame information available inline, so you don’t interrupt your workflow to search through commit logs. This speeds up code reviews because you can verify intent and authorship while reading the code itself.

For teams, this visibility reduces back-and-forth communication. Instead of asking “why was this done this way?” in a pull request comment, reviewers can click through to the original commit or linked issue for full context.

When should you use both extensions together?

Some developers install both GitLens and Git Graph to get the advantages of each. GitLens handles inline blame annotations and pull request integration, while Git Graph offers a dedicated visual timeline for complex branch structures.

This combination makes sense if you frequently work with repositories that have many branches and contributors. You use GitLens for day-to-day code context and Git Graph when you need to understand the big picture of how branches relate.

Keep in mind that running multiple extensions can increase VS Code’s memory usage. If performance is a concern, you might prefer to pick one extension based on which features matter most to your workflow.

Why GitLens is right for team code review

GitLens gives you the deepest Git integration available in VS Code. The combination of inline blame, rich hovers, and pull request linking creates a workflow where you never lose context while reviewing or writing code.

GitKraken designed GitLens to support how modern teams work—with pull requests, linked issues, and collaborative code review at the center. The extension connects your editor to the tools you already use, so you spend less time switching between applications.

If your team values understanding code history and tracing changes back to their original purpose, GitLens offers the features you need. Download GitLens to see how it fits into your VS Code workflow.

FAQs: GitLens vs Git Graph

What is the main difference between GitLens and Git Graph?

GitLens focuses on inline code context—showing blame annotations, commit details, and pull request links directly in your editor. Git Graph focuses on visual commit history as an interactive timeline. GitLens gives you code-level insights while Git Graph gives you repository-level visualization.

Can I use GitLens and Git Graph together in VS Code?

Yes, you can install both extensions and use them together. Many developers use GitLens for inline blame and pull request features while using Git Graph for visual branch navigation. The two extensions serve different purposes and work side by side.

Does Git Graph support pull request integration?

No, Git Graph does not include native pull request integration. If you need to connect your code to pull requests on GitHub, GitLab, or Bitbucket, GitLens offers that functionality built in.

Which extension is better for team collaboration?

GitLens is better suited for team collaboration because it includes pull request linking, issue integration, and blame annotations that help team members understand each other’s code. Git Graph is more focused on individual visualization needs.

Is GitLens free to use?

GitLens offers a free version with core features including inline blame annotations, file history, and commit search. GitLens Pro unlocks advanced features like AI-powered commit explanations and additional collaboration tools.

How do I see who wrote a line of code in VS Code?

With GitLens installed, you can see blame information inline as you navigate through your code. Hover over any line to see the author, commit message, and timestamp. GitLens makes this context available instantly without extra clicks.