superqode 0.1.28

SuperQode: Multi-Agent Coding Agent Harness

SuperQode

Your pluggable multi-agent coding harness.
Run coding agents with portable specs, controlled tools, and readable sessions.

📚 Documentation • 🐛 Report Bug • 💬 Discussions

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What is SuperQode?

SuperQode is your pluggable multi-agent coding harness for interactive development, local model workflows, BYOK providers, ACP coding agents, and tool-based repository work. It provides a TUI and CLI so developers can connect to the model or agent runtime they prefer, run file/search/edit/shell tools under policy, and get concise summaries of what changed.

Use one harness spec to choose the runtime, model policy, tools, sandbox rules, approvals, event storage, and output shape for a coding-agent run.

Note (Enterprise): Enterprise adds deeper automation, evaluation testing, and enterprise integrations.

Core Concepts

SuperQode separates the pieces of an agent system so teams can change one piece without rewriting the rest.

Concept	What it means in SuperQode
Harness	The full contract for a run: flavor, model policy, tools, sandbox, workflow, output, events, and validation
Runtime	The engine that executes the harness, such as the native loop, Google ADK, OpenAI Agents SDK, or DeepAgents
Flavor	The kind of harness being run, such as tool-rich coding or model-only no-tool
Tools	Capabilities granted by policy, including file, search, edit, shell, MCP, todo, and validation tools
Model policy	The model-specific behavior for prompt level, temperature, reasoning, tool surface, history, and iteration limits
Framework adapter	A bridge that lets an external agent framework run behind the SuperQode harness contract

The harness is the product contract. Runtimes and framework adapters are execution choices behind that contract.

Demo Video

Watch the demo: SuperQode Demo

Quick Start

Installation

Primary (Recommended)

# Using uv (best performance)
uv tool install superqode

# Or using pip
pip install superqode

Alternate (No Python Required, SuperQode TUI Only)

# Using Homebrew (macOS/Linux)
brew install SuperagenticAI/superqode/superqode

# Using Curl script
curl -fsSL https://super-agentic.ai/install.sh | bash

Run SuperQode

Interactive TUI (Explore)

cd your-project
superqode

Headless coding harness

cd your-project
superqode --print "inspect this repository and suggest the smallest next step"

Your First Harness Run

A harness is the repeatable contract for how an agent run behaves. Start with the default coding harness:

cd your-project
superqode harness init my-coder --template coding --output harness.yaml
superqode harness doctor --spec harness.yaml
superqode harness run --spec harness.yaml --prompt "summarize the architecture"

Prefer to start from a complete file? See examples/harnesses for ready-to-run specs covering builtin, no-tool, PydanticAI, DeepAgents, OpenAI Agents SDK, Google ADK, Gemma4, and DS4.

After a run, inspect what happened:

superqode harness events <run-id>
superqode harness graph <run-id>
superqode harness graph <run-id> --json

Use doctor before sharing a harness with a team. It checks backend availability, spec compatibility, sandbox policy, event-store readiness, approval support, MCP config paths, and rich event graph support.

Common Harness Choices

Goal	Start with
Let SuperQode edit, search, and run shell commands under policy	superqode harness init app --template coding
Bet on model capability without tools or repository access	superqode harness init reasoner --template no-tool
Optimize for local Gemma4 coding	superqode harness init local --template gemma4-coding
Optimize for fast DS4 local iteration	superqode harness init fast --template ds4-fast-local

For DeepSeek V4 Flash on local hardware, prefer the DS4 provider over a generic MLX server:

superqode providers ds4 server
superqode -p --provider ds4 --model deepseek-v4-flash "review this repo"

Optional Runtime Backends

Install only the runtimes you need:

pip install "superqode[adk]"
pip install "superqode[openai-agents]"
pip install "superqode[deepagents]"
pip install "superqode[pydanticai]"

Then select a backend in a spec or at run time:

superqode harness run --spec harness.yaml --runtime pydanticai --prompt "review this design"
superqode harness run --spec harness.yaml --runtime openai-agents --prompt "make the smallest safe fix"

Key Features

Feature	Description
HarnessSpec	Define coding, no-tool, local-model, and custom harness behavior with one declarative contract
Harness runs	Run sessions with normalized events, run records, typed outputs, and workflow execution
Pluggable runtimes	Swap the agent loop: SuperQode native, Google ADK, OpenAI Agents SDK, optional DeepAgents, or optional PydanticAI
Event graph	Inspect model, tool, approval, sandbox, subagent, memory, and result events across supported runtimes
Harness doctor	Preflight backend installation, spec compatibility, sandbox policy, MCP config, approvals, and graph readiness
Developer TUI	Interactive sessions with wrapped prompts, quiet streaming logs, compact tool activity, and readable change summaries
Headless CLI	Run coding tasks and provider checks from scripts or terminals
Tool system	File, search, edit, shell, todo, MCP, and optional Monty Python REPL tools
Sandbox contract	Use local sandbox policy for read, write, shell, command, grep, glob, and edit access
Typed outputs	Ask a harness run to return validated structured data using explicit result delimiters
Workflow engine	Run single, chain, parallel, router, orchestrator, and evaluator-optimizer workflows
Model policies	First-class Gemma4, DS4, coding, and no-tool policy profiles for local and hosted models
Provider UX	Provider doctor, model listing, guided local provider selection, and dynamic OpenCode free model discovery
Harness flavors	Tool-rich coding and model-only no-tool profiles, with room for Bring Your Own Harness specs

How It Works

HARNESS LIFECYCLE
━━━━━━━━━━━━━━━━━
1. SPEC       Choose coding, no-tool, local-model, or custom harness behavior
2. MODEL      Resolve policy for Gemma4, DS4, hosted models, or model-only runs
3. RUNTIME    Run on builtin, OpenAI Agents, Google ADK, DeepAgents, or another backend
4. TOOLS      Attach file, search, edit, shell, MCP, or no tools
5. SESSION    Stream events, persist history, compact context, and store runs
6. OUTPUT     Return text, typed data, workflow results, and validation state

The default coding harness keeps repository work practical. The no-tool harness lets you bet directly on model capability. Optional runtimes let teams bring their preferred agent framework without replacing the SuperQode harness contract.

Rich Runtime Observability

SuperQode normalizes runtime-specific streams into one harness event graph:

Backend	Rich graph events
builtin	Model requests, model deltas, tool calls, tool results, approval pauses, final results
pydanticai	Model deltas, tool calls, tool results, final results, approval pauses
openai-agents	Model deltas, tool calls, tool results, approval pauses, sandbox markers
deepagents	Model deltas, tool calls, subagent activity, memory reads/writes, sandbox file/command events, final results
adk	Run and stream events with the same graph storage contract

This gives teams one way to debug runs even when they use different agent frameworks.

Documentation

For complete guides, configuration options, and API reference:

📚 View Full Documentation →

Contributing

We welcome contributions! See CONTRIBUTING.md for guidelines.

git clone https://github.com/SuperagenticAI/superqode
cd superqode
uv pip install -e ".[dev]"
pytest

License

Apache-2.0 - Built by Superagentic AI for developers who care about code quality.