Bubble Tea

github.com ↗

Build interactive terminal applications in Go with an event-driven model, update, and view loop.

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What it does

Bubble Tea is a Go framework for terminal user interfaces, based on The Elm Architecture. An application keeps its state in a model, updates that model in response to messages such as key presses, and renders a view in the terminal. Its project README walks through a shopping-list example and describes inline or full-window layouts, keyboard and mouse input, color handling, and clipboard support. It is a library for developers writing terminal programs, not a hosted terminal or a general-purpose desktop UI toolkit.

Make a terminal task list

Bubble Tea's documented starting point is a Go model with Init, Update, and View methods. Init can start work, Update handles messages and returns the next model state, and View renders the current state. The repository tutorial builds a shopping list: key presses move a cursor and toggle selected items. That pattern also suits a small interactive command-line tool, such as a local deployment selector. The tutorial's code is documentation, not a program run for this record.

Add the package to a Go project and adapt the example model to the data and actions your application needs. The framework supports commands for work that should happen outside the immediate update step, with results returned as messages. The package documentation describes the v2 API; the README links to an upgrade guide for projects moving from v1. Go familiarity is a practical prerequisite, and terminal rendering means the output is an interactive text interface rather than a native graphical window.

The repository's LICENSE is MIT. Its main-branch commits feed showed the v2.1.0 entry dated 2026-10-08, preceded by feat: OSC 7501 (#1841) on the same date. This is repository activity evidence, not a claim that the project was tested here.

Strengths

  • The model, update, and view structure keeps application state, event handling, and rendering distinct.
  • The tutorial demonstrates a useful first project with keyboard interaction rather than only a static screen.
  • The repository describes support for inline and full-window layouts, mouse input, color handling, and clipboard use.

Watch out for

  • The documented workflow assumes Go development knowledge and a terminal-based interface.
  • Projects upgrading from v1 need to account for the documented v2 API transition.

Best for

  • Go developers building interactive command-line tools such as menus, task lists, or configuration utilities.
  • Terminal applications that need keyboard-driven state and a rendered text interface.
  • Developers who prefer an explicit event-and-view architecture for terminal UI code.

Sources