review-assist
Provides integration with GitHub pull requests by validating Intent Documents, posting check runs and summary comments, and serving a guided review experience that allows reviewers to approve or request changes directly on the PR.
Click on "Install Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@review-assistCapture this session into an intent document."
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
AI agents write code faster than anyone can read diffs — and the context that makes review fast (what was asked, what was assumed, what was tried and abandoned, what was tested) is thrown away the moment the PR opens. Review Assist captures it at the source: an agent's session becomes an Intent Document, a validator proves it actually covers the diff, and a GitHub App renders it as a guided review on top of the pull request.
Fully open source, self-hostable, and stores none of your code. Your session
transcript never leaves your machine. The app has no database: it reads the document and
diff from GitHub per request with the reviewer's own token, keeps them in memory for the
length of that request, and serves them private, no-store to a viewer that renders in
the reviewer's browser. Nothing is written down, but your code does pass through the
service in transit — if that matters to you, self-host it.
Install
Two one-time installs — the MCP server on the developer's side, the GitHub App on the repo's.
1. Register the MCP server with your agent (so it can author Intent Documents).
Claude Code:
claude mcp add -s user review-assist -- npx -y review-assist-mcpCodex:
codex mcp add review-assist -- npx -y review-assist-mcpBoth write the same entry to the agent's own config — for Codex that's
~/.codex/config.toml, shared with the IDE extension. Check it landed with
codex mcp list (or claude mcp list).
If you use the VS Code extension or a GUI-launched editor, register it without
npx instead. GUI apps on macOS get only /usr/bin:/bin:/usr/sbin:/sbin, so a
Homebrew or nvm npx is not on the path; on Windows npx is a .cmd wrapper that
fails without a TTY, and the VS Code panel has none. Either way the server shows as
not connected with no error. Invoking node directly avoids both:
npm install -g review-assist-mcp
claude mcp add -s user review-assist -- "$(which node)" "$(npm root -g)/review-assist-mcp/dist/index.js"Both $(...) expand on your machine, so it is correct for Homebrew, nvm, fnm, Volta
and Linux alike. nvm users: re-run it after switching Node versions.
If you would rather not install globally, launching VS Code from a terminal with
code . makes it inherit your shell's PATH, and the npx command above then works.
That is a habit rather than a setting, though — open the editor from the Dock once and
the server quietly stops connecting.
Claude desktop app — one-click, no terminal:
download the .mcpb
and open it.
One click. Read-only code + PR comments, no workflow files — it adds the automatic check on every PR, the summary comment, and the guided-review viewer.
Related MCP server: claude-engram
How it works
Architecture
Three systems and two external actors. Your machine produces the change and its Intent
Document; the session transcript never leaves it. GitHub holds the pull request and every
durable piece of review state. The application reacts to pull_request events and posts
the check as its bot identity, then serves the guided review, reading and writing GitHub
as the signed-in reviewer.
The two-agent distillation — author and reviewer as separate role-locked contexts, and the
tools each one may reach — is a component-level view, kept in
docs/ARCHITECTURE.md along with the full route list.
Developing
Path | Component |
The format — JSON Schema (draft 2020-12) + TypeScript types | |
| |
MCP server that drives distillation and gatekeeps submissions | |
Stateless Cloudflare Worker: OAuth broker + thin GitHub proxy | |
Client-side guided-review viewer | |
The frozen design: the document's six sections and the five checks |
npm install
npm run build
# Validate and render the example Intent Document
node packages/validator/dist/cli.js validate packages/schema/src/example.json
node packages/validator/dist/cli.js render packages/schema/src/example.json
# Preview the guided viewer with mock data → http://localhost:8787/#acme/checkout-service/pull/42
node scripts/mockserver.mjs
# Tests
npx vitest runArchitecture and internals: docs/ARCHITECTURE.md.
Contributing
Issues and pull requests are welcome. If the guided review reads wrong on one of your
pull requests, open an issue with the
Intent Document and the diff that produced it — that pair is usually enough to reproduce.
Proposals to change the format itself are worth raising as an issue first, since
SPEC.md is deliberately frozen and any change ripples through the validator,
the viewer, and every document already committed.
Before opening a pull request, run the checks under Developing; CI runs the same build, typecheck, tests, and example validation.
License
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Maintenance
Resources
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If you are the server author, to access and configure the admin panel.
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