configflux-weld 0.11.3

Local codebase and agent graph for AI coding workflows

Weld

Weld is a local codebase and agent graph for AI coding workflows.

It scans code, docs, CI, build files, runtime configs, repo boundaries, and AI customization files into deterministic local graphs. Agents can query those graphs through the wd CLI or MCP instead of rediscovering the repository from scratch every session.

The primary graph lives at .weld/graph.json. Agent customization inventory lives at .weld/agent-graph.json.

Install

Recommended:

uv tool install configflux-weld
wd --version

Supported alternatives:

pipx install configflux-weld
pip install configflux-weld
curl -fsSL https://raw.githubusercontent.com/configflux/weld/main/install.sh | sh

Use the source checkout path only when developing Weld itself:

pip install -e weld/

Optional extras:

pip install "configflux-weld[tree-sitter]"  # broader language extraction
pip install "configflux-weld[mcp]"          # run python -m weld.mcp_server
pip install "configflux-weld[openai]"       # or [anthropic], [ollama], [llm]

MCP config generation (wd mcp config) works in the default install. Running the stdio MCP server requires the mcp extra.

Quickstart

cd path/to/your/repo
wd init
wd discover --safe --output .weld/graph.json
wd build-index

wd query "authentication"
wd find "login"
wd brief "authentication"
wd context file:src/auth/handler
wd graph stats
wd graph validate

The full five-minute tutorial is in the public repository:

https://github.com/configflux/weld/blob/main/docs/tutorial-5-minutes.md

Agent Graph

Weld also maps the AI customization layer around a repository: agents, skills, instructions, prompts, commands, hooks, MCP servers, tool permissions, and platform-specific copies.

wd agents discover
wd agents list
wd agents audit
wd agents explain planner
wd agents impact .github/agents/planner.agent.md
wd agents plan-change "planner should always include test strategy"

Agent Graph discovery is static and repo-bound. It reads known customization files and does not execute project code.

Platform coverage is tracked in the support matrix:

https://github.com/configflux/weld/blob/main/docs/platform-support.md

MCP

Generate client snippets from any install:

wd mcp config --client=claude
wd mcp config --client=vscode
wd mcp config --client=cursor

Run the stdio MCP server from an environment that includes the optional SDK:

uv tool install "configflux-weld[mcp]"
python -m weld.mcp_server --help
python -m weld.mcp_server

MCP documentation:

https://github.com/configflux/weld/blob/main/docs/mcp.md

Trust Model

• Default discovery reads repository files and writes local graph data. It does not execute discovered application code and does not open network connections.
• wd discover --safe disables project-local strategies and external adapters.
• wd enrich --safe refuses network and LLM providers.
• Project-local strategies and external_json adapters are trusted-repository features because they can execute code or commands during discovery.

Security policy:

https://github.com/configflux/weld/blob/main/SECURITY.md

Polyrepo Federation

Weld supports workspace roots that contain multiple child Git repositories. Each child keeps its own .weld/graph.json; the root graph records repo nodes and cross-repo relationships without duplicating child content.

Start with:

wd init
wd workspace status
wd discover --output .weld/graph.json

Example:

https://github.com/configflux/weld/tree/main/examples/05-polyrepo

More

• Toolkit onboarding: docs/onboarding.md
• Agent workflow guide: docs/agent-workflow.md
• Strategy cookbook: docs/strategy-cookbook.md
• Templates: run wd scaffold to write starter strategy files.
• Repository: https://github.com/configflux/weld
• Changelog: https://github.com/configflux/weld/blob/main/CHANGELOG.md
• Community and support: https://github.com/configflux/weld/blob/main/docs/community.md