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ccstatusline vs opencodex

Which should you use? A side-by-side look at what each one does, who it suits, what it costs, how hard it is to set up, and where each falls short.

ccstatusline

Open source · MIT

A customizable status line for Claude Code showing model, git branch, token usage and more.

opencodex

Open source · MIT

A local proxy that lets Codex and Claude Code use models from other providers.

The short answer

Choose ccstatusline if you need…

  • Developers who use Claude Code in the terminal every day
  • People who want to see git branch or token usage while working
  • Users comfortable editing settings through a terminal interface
  • Those who like powerline-style status bars

Choose opencodex if you need…

  • Developers who already use Codex or Claude Code and want to try other model providers
  • People who want one local dashboard to manage multiple provider keys and models
  • Users who want to route different sessions to different accounts or models
  • Anyone running local models through Ollama who wants them inside a coding tool

Side-by-side

ccstatuslineopencodex
TypeDev toolDev tool
PriceFree and open sourceFree and open source
LicenceMITMIT
GitHub stars13.5k18.2k
Setup difficultyBeginnerIntermediate
How you get itInstall with a package managerInstall with a package manager
Main languageTypeScriptTypeScript
Last code update4 days ago4 days ago

What each one is

ccstatusline

ccstatusline is a configurable status bar that appears in the Claude Code command-line tool. It shows information such as the model in use, the git branch, and token usage, and you can add, remove, reorder, and color these pieces through a terminal settings screen. It is aimed at people who use Claude Code daily and want more useful information on screen while they work.

opencodex

opencodex runs on your computer as a local gateway between AI coding tools and model providers. It accepts requests in the Responses, Chat Completions and Anthropic Messages formats and translates them into what each provider expects. The README says this lets tools like Codex and Claude Code work with models such as Claude, Gemini, Grok, DeepSeek and Ollama.

Best for

ccstatusline

  • Developers who use Claude Code in the terminal every day
  • People who want to see git branch or token usage while working
  • Users comfortable editing settings through a terminal interface
  • Those who like powerline-style status bars

opencodex

  • Developers who already use Codex or Claude Code and want to try other model providers
  • People who want one local dashboard to manage multiple provider keys and models
  • Users who want to route different sessions to different accounts or models
  • Anyone running local models through Ollama who wants them inside a coding tool

Strengths

ccstatusline

  • Setup is started with a single command and no permanent install is required at first
  • Settings are configurable through an interactive terminal UI with a live preview
  • Settings are saved to a local file that can be backed up and exported

opencodex

  • Works with many clients and providers through one local address, http://localhost:10100
  • Has a web dashboard for adding providers, picking models and managing accounts
  • MIT licensed and open source on GitHub

Not ideal for

ccstatusline

  • People who do not use Claude Code, since it only works as a Claude Code status line
  • Users who want a graphical app or a browser interface
  • Anyone who needs a guaranteed fast startup, because the README notes that npx and bunx launches can be slow and suggests a pinned global install instead

opencodex

  • People who only use one provider and do not need routing, since the proxy adds a layer to set up and maintain
  • Users who need guaranteed feature parity; the README says streaming, tool calls, reasoning and images work only where the client, model and provider support them
  • Non-technical users who are uncomfortable installing Node packages or editing tool configs

Trade-offs

ccstatusline

  • Startup speed depends on the package runner and your platform, per the README
  • Some features, such as Skills tracking, depend on specific command formats or Claude Code versions
  • Requires familiarity with the terminal and Claude Code settings files

opencodex

  • The README describes support as conditional on client, model and provider, so behavior varies by combination
  • Several setup paths (CLI, desktop app, managed integrations) mean more to learn; the README is long and partly truncated
  • Desktop app is labeled beta in the README

Getting started

ccstatusline

Run the configuration TUI with npm

npx -y ccstatusline@latest

Or run with Bun

bunx -y ccstatusline@latest
Step-by-step guide: how to use ccstatusline

opencodex

Install the CLI globally

npm install -g @bitkyc08/opencodex

Start the proxy and dashboard

ocx start
Step-by-step guide: how to use opencodex

Frequently asked questions

What is the difference between ccstatusline and opencodex?

ccstatusline: A customizable status line for Claude Code showing model, git branch, token usage and more. opencodex: A local proxy that lets Codex and Claude Code use models from other providers. ccstatusline suits developers who use claude code in the terminal every day, while opencodex suits developers who already use codex or claude code and want to try other model providers.

Are ccstatusline and opencodex free?

ccstatusline: Free and open source. opencodex: Free and open source.

Which is easier to set up, ccstatusline or opencodex?

ccstatusline is easier to get started with (rated beginner); opencodex is rated intermediate and usually needs more setup.

Is ccstatusline or opencodex more popular?

opencodex has more GitHub stars (18.2k) than ccstatusline (13.5k). Popularity isn't the same as fit — check which one matches your use case above.

What are other alternatives to ccstatusline and opencodex?

Other options people compare them with include ECC, Agentic Awesome Skills, codebase-memory-mcp, CodeBurn, Trail-code.

Keep comparing

Built from our catalogue entries for both products: open-source details come from each project's README (AI-assisted, refreshed weekly) and GitHub data; AI-tool details are editorial. Spotted something wrong? Let us know from either product's page.