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The docs read as OpenAI's Codex CLI: a getting-started page titled for it, `codex --enable skills` and `code sandbox macos` for commands that do not exist, defaults given as gpt-5.1-codex-max/openai when they are zen5-coder/hanzo, a Homebrew page describing a formula we do not publish. Removed three tui-stream-chunking notes and the execpolicy page: they document modules and a subcommand that live only in the vendored upstream copy. There is no execpolicy subcommand and no .codexpolicy loader in code-rs; the page told users to run something the binary does not have. Rewrote tui-alternate-screen against the source. It described an auto/always/never enum and a --no-alt-screen flag; the shipped behavior is a tui.alternate_screen bool with Ctrl+T, which replays the transcript into scrollback on the way out — a better answer to Zellij than the one written down. Genuine openai-provider documentation stays.
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Zed Integration
To point Zed at Dev's ACP server, add this block to settings.json:
{
"agent_servers": {
"Dev": {
"command": "npx",
"args": ["-y", "@hanzo/dev", "acp"]
}
}
}
Adjust the command or args only if you pin a different version or use a globally installed binary.
Zed prerequisites
- Zed Stable
0.201.5(released August 27, 2025) or newer adds ACP support with the Agent Panel. Update viaZed → Check for Updatesbefore wiring Dev in. Zed’s docs call out ACP as the mechanism powering Gemini CLI and other external agents. - External agents live inside the Agent Panel (
cmd-?). Use the+button to start a new thread and pickDevfrom the external agent list. Zed runs our CLI as a subprocess over JSON‑RPC, so all prompts and diff previews stay local. - Zed installs dependencies per entry automatically. If you keep
command = "npx", Zed will download the published@hanzo/devpackage the first time you trigger the integration.
How Dev implements ACP
- The Rust MCP server exposes ACP tools:
session/new,session/prompt, and fast interrupts viasession/cancel. These are backed by the same conversation manager that powers the TUI, so approvals, confirm guards, and sandbox policies remain intact. - Streaming
session/updatenotifications bridge Dev events into Zed. You get Answer/Reasoning updates, shell command progress, approvals, and apply_patch diffs in the Zed UI without losing terminal parity. - MCP configuration stays centralized in
$CODE_HOME/config.toml. Use[experimental_client_tools]to delegate file read/write and permission requests back to Zed when you want its UI to handle approvals. A minimal setup looks like:
[experimental_client_tools]
request_permission = { mcp_server = "zed", tool_name = "requestPermission" }
read_text_file = { mcp_server = "zed", tool_name = "readTextFile" }
write_text_file = { mcp_server = "zed", tool_name = "writeTextFile" }
Zed wires these tools automatically when you add the Dev agent, so the identifiers above match the defaults.
- The CLI entry point (
npx @hanzo/dev acp) is a thin wrapper over the Rust binary (cargo run -p code-mcp-server -- --stdio) that ships alongside the rest of Dev. Build-from-source workflows plug in by swappingcommandfor an absolute path to that binary.
Tips and troubleshooting
- Need to inspect the handshake? Run Zed’s
dev: open acp logscommand from the Command Palette; the log shows JSON‑RPC requests and Dev replies. - If prompts hang, make sure no other process is bound to the same MCP port and that your
CODE_HOMEpoints to the intended config directory. The ACP server inherits all of Dev’s sandbox settings, so restrictive policies (e.g.,approval_policy = "never") still apply. - Zed currently skips history restores and checkpoint UI for third-party agents. Stick to the TUI if you rely on those features; ACP support is still evolving upstream.
- After a session starts, the model selector in Zed lists Dev’s built-in presets (e.g.,
zen5-coder,enso). Picking a new preset updates the running session immediately, so you don’t have to restart the agent to change models.