GitHub - tezra-io/loomforge: A local workflow engine that automates the path from Linear issue to pull request.

A local workflow engine that takes you from idea to merged PR, unattended. Two pipelines: a design flow (requirements → scaffolded repo + Linear project + design doc) and a build flow (Linear issue → code → review → PR).

What It Does

Loomforge runs two complementary pipelines, both unattended:

Design flow. Write a one-page requirements doc and run loomforge design new <slug>. Loomforge scaffolds a Git repo (locally and on GitHub), drafts a structured design doc, has a reviewer agent critique it, revises once, then publishes the doc as a Linear project plus a design document. You review the design and break it into Linear issues — that human checkpoint is deliberate.

Build flow. Point Loomforge at a Linear project. It fetches actionable issues, spins up a builder agent (Codex or Claude) to write the code, runs a reviewer agent to check it, applies one round of fixes if needed, pushes to a dev branch, and opens a pull request describing what shipped. You review and merge — Loomforge handles everything before that.

Designed for: solo developers and small teams who want overnight or batch-mode design + build cycles, without running a heavyweight platform.

Why

I've been running an overnight build pipeline since the early days of OpenClaw. After brainstorming designs with OpenClaw and Claude during the day, a nightly cron job would pick up the Linear issues, use Claude to build and Codex to review, and move issues to Done by morning. It worked - until it didn't. Breaking changes in Claude's tool use, instability in OpenClaw's ACP protocol, and fragile skill wiring meant the workflow would silently break every few weeks. I looked at Paperclip, but it carries too much weight - multi-tenant, Postgres, plugin marketplace — for what is fundamentally a single-developer overnight build loop. Loomforge is the lighter, purpose-built replacement: same pipeline, fewer moving parts, easy to fix when something changes.

The design half was the natural sibling. The same brainstorming with OpenClaw that produced the issues also needed a repo and a published design doc — work I was doing by hand at 11pm. Loomforge's design flow runs the same agents over a one-page requirements doc and produces the scaffolding, the Linear project, and the design doc. I still create the issues by hand — that review point stays — and then the build flow takes over.

Prerequisites

Node 22+
Codex CLI and/or Claude Code CLI — builder and reviewer runners (configurable per project)
Linear API key — issue fetching and status sync

Quick Start (npm)

npm install -g @tezra-io/loomforge

The installer scaffolds ~/.loomforge/ with default config files and attempts to register the daemon (launchd on macOS, systemd on Linux).

Then run the interactive setup:

loomforge setup

This validates your config, installs the agent skill (prompts you to choose target agents), and prints next steps.

After setup, configure your Linear API key and add a project (see Configuration).

Install from Source

For contributors or users who prefer to build from source.

git clone git@github.com:tezra-io/loomforge.git
cd loomforge
pnpm install
pnpm run build

Link the CLI globally and run setup:

pnpm link --global
node scripts/postinstall.js   # scaffold ~/.loomforge/ and register daemon
loomforge setup               # install agent skill, validate config

After setup, configure your Linear API key and add a project (see Configuration).

Configuration

1. Add your Linear API key

Edit ~/.loomforge/config.yaml:

linear:
  apiKey: lin_api_YOUR_KEY_HERE

Or set an environment variable instead:

export LINEAR_API_KEY=lin_api_YOUR_KEY_HERE

2. Add a project

Append to the projects: list in ~/.loomforge/loom.yaml:

projects:
  - slug: my-project
    repoRoot: /path/to/repo
    defaultBranch: main
    linearTeamKey: TEZ # required for project-level submission
    linearProjectName: My Project # Linear project name — filters issues
    builder: codex # "codex" or "claude" (default: claude)
    reviewer: claude # "codex" or "claude" (default: claude)
    verification:
      commands:
        - name: test
          command: pnpm test
        - name: lint
          command: pnpm run lint

verification.commands are passed to the builder as required self-checks before handoff. Loomforge does not run a separate verification phase between build and review.

3. (Optional) Enable the design flow

The design flow scaffolds a new project, drafts a design doc with the builder, reviews it, applies a revision if needed, and publishes to Linear.

Easiest: run loomforge setup. After the agent-skill prompt it asks for a design repoRoot (default ~/projects — created if missing), a linearTeamKey (default TEZ), and an optional GitHub org (blank = personal account), then appends the design: block to ~/.loomforge/config.yaml. Branches are fixed at main / dev. Skipped if the block is already present.

Manual: add the block yourself:

design:
  repoRoot: /path/to/workspaces # parent dir where new project repos are scaffolded
  defaultBranch: main # branch to open the design-doc PR against
  devBranch: dev # long-lived branch the design doc is pushed to (default: dev)
  linearTeamKey: TEZ # Linear team key that owns new design projects
  githubOrg: tezra-io # optional — create new repos under this org instead of your user

devBranch must differ from defaultBranch. githubOrg, when set, is used as the repo owner in gh repo create <org>/<slug>; omit it (or leave blank) to create repos under your authenticated GitHub user. Omit the whole block if you only use the issue-build flow.

4. Start the daemon

If the daemon was registered via postinstall, it starts on login automatically. To start manually:

loomforge start                             # uses ~/.loomforge/loom.yaml
loomforge start --config /other/path.yaml   # custom config

Usage

Issue build flow

loomforge status                        # daemon health check
loomforge submit my-project             # enqueue all actionable issues
loomforge submit my-project TEZ-1       # submit a single Linear issue
loomforge queue                         # list queued/active runs
loomforge get <runId>                   # get run state and findings
loomforge cancel <runId>                # cancel a queued run
loomforge retry <runId>                 # retry a failed/blocked run

Ad-hoc run

When you have a small, well-scoped task and don't want to hand-author a Linear issue, fire it off as an ad-hoc run. Loomforge creates a loomforge-adhoc-labeled Linear issue from your prompt, then runs the normal build pipeline against it. The Linear ticket is the system of record — it transitions through "in progress" / "done" exactly like a human-authored issue.

loomforge adhoc "Fix the typo in README" --project loom
loomforge adhoc "Update CHANGELOG for 0.3.0" --project /absolute/path/to/repo

--project is required and accepts either a registered slug or an absolute repo-root path. There is no current-directory fallback. The command prints the run ID, Linear identifier, and queue position; track it with loomforge get <runId>.

The project must have linearTeamKey and linearProjectName configured. See skills/loomforge/SKILL.md for the full ad-hoc flow including MCP usage and error handling.

Design flow

# Scaffold a new project, draft & review a design doc, publish to Linear.
loomforge design new my-project \
  --requirement-path /abs/path/requirement.md

# Or pass the requirement inline:
loomforge design new my-project --requirement-text "Build a …"

# Draft a feature-extension design doc for an existing project:
loomforge design extend my-project --feature billing \
  --requirement-path /abs/path/billing.md

loomforge design get <designRunId>          # fetch a design run by id
loomforge design cancel <designRunId>       # cancel an active design run
loomforge design retry <designRunId>        # retry a failed/blocked design run
loomforge design status my-project          # latest design run for a slug

Requirement files must be absolute paths, end in .md or .txt, live outside hidden directories, and stay under 256 KiB. Use --redraft on new / extend to force a fresh draft when re-running.

Reloading project config

The daemon parses ~/.loomforge/loom.yaml once at startup. The design flow already triggers a reload after register so a freshly scaffolded project is immediately available to the build flow without restarting. If you hand-edit loom.yaml, ask the daemon to re-read it:

loomforge config reload

Returns the new project count and slug list. No effect on in-flight runs.

MCP Server (optional)

For agents that support MCP tool discovery (OpenClaw, Cursor, etc.), you can optionally register the MCP server:

npx add-mcp loomforge -- loomforge mcp-serve

Or target specific agents:

npx add-mcp loomforge -- loomforge mcp-serve -a claude-code -a codex

MCP tools:

Issue build: loom_health, loom_submit_run, loom_submit_project, loom_get_run, loom_get_queue, loom_get_project_status, loom_cancel_run, loom_retry_run, loom_cleanup_workspace.
Design flow: loom_design_new_project, loom_design_extend_project, loom_get_design_run, loom_cancel_design_run, loom_retry_design_run, loom_get_design_run_status_for_project.

Development

pnpm run build       # compile TypeScript
pnpm run test        # run tests (vitest)
pnpm run lint        # eslint
pnpm run format      # prettier check
pnpm run typecheck   # tsc --noEmit

Run locally without a global link:

pnpm run dev start --config ./loom.yaml
pnpm run dev status
pnpm run dev submit my-project TEZ-1
pnpm run dev queue
pnpm run dev design new my-project --requirement-text "Build a …"
pnpm run dev design status my-project

Testing

Smoke test (no external deps)

# Terminal 1: start daemon
loomforge start --config ./loom.yaml --port 3777

# Terminal 2: exercise the API
loomforge status
loomforge submit my-project TEZ-1
loomforge queue
loomforge get <runId>

From source without a global link:

pnpm run dev start --config ./loom.yaml --port 3777
pnpm run dev status

Full run with real runners

Prerequisites: builder and reviewer CLIs authenticated, Linear API key configured, a test repo with a dev branch.

loomforge start --config ./loom.yaml
loomforge submit my-project TEZ-1        # single issue
loomforge submit my-project              # all actionable issues
loomforge queue
loomforge get <runId>
# When all issues complete, a PR from dev→main is created automatically

Design flow smoke test

Prerequisites: design: block configured (see Configuration), builder and reviewer CLIs authenticated, Linear API key configured, a requirement markdown file.

# Terminal 1: start daemon
loomforge start --config ./loom.yaml --port 3777

# Terminal 2: kick off a fresh design run
loomforge design new my-project \
  --requirement-path /abs/path/requirement.md
# → returns { designRunId, state: "queued", ... }

loomforge design status my-project       # poll overall project state
loomforge design get <designRunId>       # inspect the specific run
# On success the design doc is pushed to `design.devBranch` and published
# to Linear as a project document with a review summary.

Extend an existing project with a new feature doc:

loomforge design extend my-project --feature billing \
  --requirement-path /abs/path/billing.md

Architecture

See SPEC.md for Loomforge's public behavior contract. This section maps that contract onto the current implementation.

Module Map

Module	Path	Responsibility
API	`src/api/`	Local HTTP endpoints
App	`src/app/`	Daemon bootstrap, lifecycle, service composition
CLI	`src/cli/`	Operator-facing wrapper over the API
Config	`src/config/`	Project registry, YAML loading, zod validation
DB	`src/db/`	SQLite schema, migrations, event log
Linear	`src/linear/`	Issue fetching and status sync
MCP	`src/mcp/`	MCP server adapter (optional)
Workflow	`src/workflow/`	Run state machine, queue drain, retry/recovery
Runners	`src/runners/`	Configurable builder + reviewer (Codex or Claude)
Worktrees	`src/worktrees/`	Dev branch worktree, rebase, cleanup
Artifacts	`src/artifacts/`	Prompt/log/result persistence

Stack

TypeScript · Node 22+ · Fastify · Commander · MCP SDK · @linear/sdk · SQLite · zod · execa · pino

Agent Configuration

The Loomforge repo ships AGENTS.md (Codex) and CLAUDE.md (Claude Code) at the repo root, automatically discovered when agents run inside this repo.

For projects that Loomforge builds against, the builder prompt instructs the agent to read the target repo's own AGENTS.md / CLAUDE.md before making changes.

Contributing

Contributions are welcome. To get started:

Fork the repo and create a feature branch
Install dependencies: pnpm install
Make your changes — follow the conventions in CLAUDE.md
Run checks: pnpm run build && pnpm run test && pnpm run lint
Open a pull request against main

Please open an issue before starting large changes so we can align on approach.

Reporting bugs: Open an issue with steps to reproduce, expected vs. actual behavior, and your Node/OS version.

Security

Loomforge assumes a trusted single-user local machine. It runs registered local repos through the Codex CLI and Claude Code CLI, and those tools own their own authentication. Loomforge does not store OpenAI or Anthropic API keys.

Loomforge only reads a Linear API key for Linear issue/project operations, either from ~/.loomforge/config.yaml or LINEAR_API_KEY. Build runs execute in the configured project workspace, push only the configured devBranch, and never merge into the default branch automatically.

If you discover a security vulnerability, please report it privately via GitHub Security Advisories rather than opening a public issue. We will respond within 7 days.

License

MIT

Name		Name	Last commit message	Last commit date
Latest commit History 74 Commits
.changeset		.changeset
.github/workflows		.github/workflows
.husky		.husky
docs		docs
scripts		scripts
skills/loomforge		skills/loomforge
src		src
templates		templates
tests		tests
.gitignore		.gitignore
.prettierrc		.prettierrc
AGENTS.md		AGENTS.md
CHANGELOG.md		CHANGELOG.md
CLAUDE.md		CLAUDE.md
LICENSE		LICENSE
README.md		README.md
SPEC.md		SPEC.md
eslint.config.js		eslint.config.js
package.json		package.json
pnpm-lock.yaml		pnpm-lock.yaml
tsconfig.build.json		tsconfig.build.json
tsconfig.json		tsconfig.json
vitest.config.ts		vitest.config.ts

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Table of Contents

What It Does

Why

Prerequisites

Quick Start (npm)

Install from Source

Configuration

1. Add your Linear API key

2. Add a project

3. (Optional) Enable the design flow

4. Start the daemon

Usage

Issue build flow

Ad-hoc run

Design flow

Reloading project config

MCP Server (optional)

Development

Testing

Smoke test (no external deps)

Full run with real runners

Design flow smoke test

Architecture

Module Map

Stack

Agent Configuration

Contributing

Security

License

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