Code Flow 0.1.0-preview.1

Code Flow 0.1.0-preview.1

Run your installed coding agents in one local workspace, using their existing logins. This is an early preview.

Try the preview

With Node.js 22.13+ and Git 2.38+ installed:

npx @midhunxavier/code-flow@preview

Code Flow starts locally and opens its sign-in link in your default browser. Keep the terminal open while you work; press Ctrl+C to stop. Install and sign in to at least one supported agent CLI before starting a run.

For a persistent installation:

npm install -g @midhunxavier/code-flow@preview
codeflow

The product is Code Flow. The npm package uses the @midhunxavier scope because npm rejected the unscoped name as too similar to an existing package. The installed commands remain codeflow and code-flow.

Exact release tarball

You can also run the same tested package directly from this release:

npx --yes --package=https://github.com/midhunxavier/code-flow/releases/download/v0.1.0-preview.1/midhunxavier-code-flow-0.1.0-preview.1.tgz codeflow

macOS downloads

• Apple Silicon DMG
• Intel DMG

Drag Code Flow to Applications and open it. Node is bundled; use the menu bar to reopen the browser or quit the server. Git and a signed-in agent CLI are still required. macOS 13+ is required for the app.

These DMGs are unnotarized developer builds. macOS may block them. Use npm for ordinary installation until signed and notarized builds are available.

Platforms and data

• macOS and Linux: use npm, or the macOS app where applicable.
• Windows: use WSL2, with Node, Git, agent CLIs and the repository installed inside WSL. Native Windows execution is not supported in this preview.
• Homebrew: the attached code-flow.rb is generated from the exact tarball checksum. The maintainer's Homebrew tap is not published yet; use npm meanwhile.

Settings and history live in ~/.codeflow and survive reinstalling. Open Help & documentation inside the app, or read the installation guide for this version.

The npm install was tested outside the source checkout on macOS and Linux in CI. Native macOS startup, normal quit and forced-close cleanup were tested on Apple Silicon. Both DMG architectures were built; Intel hardware and end-to-end WSL browser integration were not tested.