Lazygit: A Visible Git Workflow

Overview

This series explains how Lazygit shortens the distance between human intent and Git state without hiding Git's underlying model. It moves from connected repository views to precise patch selection, reviewable history edits, worktrees and stacked branches, conflict diagnosis, reflog-bounded recovery, and transparent customization. The organizing loop is to observe state, select the smallest meaningful change, apply it through Git or an explicit external tool, and inspect the refreshed result. Lazygit improves reachability and feedback, but does not prove semantic correctness, make remote changes reversible, or remove the need for judgment when history, collaboration, or external execution is involved.

Learning outcomes

Lazygit connects repository state, selection, Git transitions, and refreshed feedback without replacing Git's model.
Partial staging is precise only when the selected patch is checked against the staged and unstaged views.
Fixups, amends, squashes, worktrees, and stacks serve different history or topology intentions.
Conflicts, undo, remotes, and custom commands retain boundaries that require inspection and human judgment.

Keywords

LazygitGitStagingPatchesRebaseBranchesWorktreesConflictsReflogCustomization

Chapters

Lazygit: Making Git State Visible

Why selection and feedback matter more than shortcuts

9 min · Why selection and feedback matter more than shortcuts

9 min

Lazygit: From State to Action

How views, contexts, and refresh stay aligned

11 min · How views, contexts, and refresh stay aligned

11 min

Lazygit: Precise Patch Staging

Turn line and hunk choices into Git-ready changes

12 min · Turn line and hunk choices into Git-ready changes

12 min

Lazygit: Reviewable History Rewrites

Choose fixups, amends, squashes, or patch moves

11 min · Choose fixups, amends, squashes, or patch moves

11 min

Lazygit: The State–Intent Loop

A practical test for choosing and verifying Git actions

9 min · A practical test for choosing and verifying Git actions

9 min

Lazygit: Worktrees, Stacks, and Branches

Keep unfinished work visible from checkout to remote

10 min · Keep unfinished work visible from checkout to remote

10 min

Lazygit: Conflict Diagnosis and Recovery

Resolve, continue, abort, or use reflog evidence

9 min · Resolve, continue, abort, or use reflog evidence

9 min

Lazygit: Customization With Context

Tune search, keys, and commands without hiding state

11 min · Tune search, keys, and commands without hiding state

11 min

Lazygit: The Git Operating Model

Choose the smallest change and verify its boundary

11 min · Choose the smallest change and verify its boundary

11 min

Preview every chapter · Unlock full text, audio, and video from chapter 4

Plans

Ch.1-3 FreeCh.4-9 Premium

FAQ

What does Lazygit add to Git?

Lazygit adds a visible terminal interface around Git's state and commands, not a separate version-control system. It connects selections, Git-native actions, and refreshed views while leaving semantic judgment to the user.

How does Lazygit support partial staging?

Lazygit lets users select lines, contiguous ranges, or hunks and transforms that choice into a Git-compatible patch. The staged and unstaged views show what crossed into the index and what remained behind.

When should history be rewritten in Lazygit?

Rewrite history when the relationship between a change and its commit should be improved, especially for private work or a reviewable fixup flow. Shared or published rewrites require coordination because commit identities change.

Can Lazygit undo every Git action?

No. Lazygit interprets supported reference movements in the reflog, but its guided undo does not cover working-tree or stash changes, remote pushes, branch creation, or an in-progress rebase.