ouro-ai 0.2.0

General AI Agent System

One loop is all you need.

ouro is an AI agent built on a single, unified loop. Planning, parallel sub-agents, self-verification — everything folds into the same loop, chosen autonomously by the agent itself, not by a hardcoded workflow. Simple architecture, emergent capability.

Installation

Prerequisites: Python 3.12+.

pip install ouro-ai

Or install from source (for development):

git clone https://github.com/ouro-ai-labs/ouro.git
cd ouro
./scripts/bootstrap.sh   # requires uv

Quick Start

1. Configure Models

On first run, ~/.ouro/models.yaml is created with a template. Edit it to add your provider and API key:

models:
  openai/gpt-4o:
    api_key: sk-...

  anthropic/claude-3-5-sonnet-20241022:
    api_key: sk-ant-...

  ollama/llama2:
    api_base: http://localhost:11434

default: openai/gpt-4o

See LiteLLM Providers for the full list.

2. Run

# Interactive mode
ouro

# Single task (returns raw result)
ouro --task "Calculate 123 * 456"

# Resume last session
ouro --resume

# Resume specific session (ID prefix)
ouro --resume a1b2c3d4

CLI Reference

Flag	Short	Description
--task TEXT	-t	Run a single task and exit
--model ID	-m	LiteLLM model ID to use
--resume [ID]	-r	Resume a session (latest if no ID given)
--verbose	-v	Enable verbose logging to ~/.ouro/logs/

Interactive Commands

Slash Commands

Command	Description
/help	Show help
/clear	Clear conversation and start fresh
/stats	Show memory and token usage statistics
/resume [id]	List or resume a previous session
/model	Pick a model (arrow keys + Enter)
/model edit	Open ~/.ouro/models.yaml in editor (auto-reload on save)
/theme	Toggle dark/light theme
/verbose	Toggle thinking display
/compact	Toggle compact output
/exit	Exit (also /quit)

Keyboard Shortcuts

Key	Action
/	Command autocomplete
Ctrl+C	Cancel current operation
Ctrl+L	Clear screen
Ctrl+T	Toggle thinking display
Ctrl+S	Show quick stats
Up/Down	Navigate command history

How It Works

Agent loop: The agent follows a Think-Act-Observe cycle. It reasons about the task, selects a tool, observes the result, and repeats until it has an answer. Planning, sub-agent dispatch, and tool use all happen inside this single loop.

Ralph verification: For single tasks (--task), an outer loop verifies the agent's answer against the original task. If incomplete, feedback is injected and the agent loop re-enters. Configurable via RALPH_LOOP_MAX_ITERATIONS (default: 3).

Memory compression: When context grows past a token threshold, older messages are compressed via LLM summarization. Recent messages are kept at full fidelity. Strategies: sliding_window (default), selective, deletion.

Session persistence: Conversations are saved as YAML files under ~/.ouro/sessions/. Resume with --resume or /resume.

Features

• AGENTS.md support: Project-specific instructions guide the agent automatically (see AGENTS.md Guide)
• Memory management: Automatic compression and persistence of conversation history
• Ralph verification: Self-verification loop for single tasks
• Tool-rich: 18+ specialized tools for file ops, code navigation, web search, and more

Tools

Tool	Description
read_file	Read file contents
write_file	Write content to a file
search_files	Search for files by name
edit_file	Exact string replacement in files
smart_edit	LLM-assisted file editing
glob_files	Glob pattern file matching
grep_content	Regex search in file contents
calculate	Evaluate expressions / run Python code
shell	Execute shell commands
shell_task_status	Check background shell task status
web_search	Web search (DuckDuckGo)
web_fetch	Fetch and extract web page content
explore_context	Explore project structure and context
parallel_execute	Run multiple tool calls in parallel
notify	Send email notifications (Resend)
manage_todo_list	Manage a task/todo list

Project Structure

ouro/
├── main.py                 # Entry point (argparse)
├── cli.py                  # CLI wrapper (`ouro` entry point)
├── interactive.py          # Interactive session, model setup, TUI
├── config.py               # Runtime config (~/.ouro/config)
├── agent/
│   ├── base.py             # BaseAgent (ReAct + Ralph loops)
│   ├── agent.py            # LoopAgent
│   ├── verification.py     # LLMVerifier for Ralph loop
│   ├── context.py          # Context injection (cwd, platform, date)
│   ├── tool_executor.py    # Tool execution engine
│   └── todo.py             # Todo list data structure
├── llm/
│   ├── litellm_adapter.py  # LiteLLM adapter (100+ providers)
│   ├── model_manager.py    # Model config from ~/.ouro/models.yaml
│   ├── retry.py            # Retry with exponential backoff
│   └── message_types.py    # LLMMessage, LLMResponse, ToolCall
├── memory/
│   ├── manager.py          # Memory orchestrator + persistence
│   ├── compressor.py       # LLM-driven compression
│   ├── short_term.py       # Short-term memory (sliding window)
│   ├── token_tracker.py    # Token counting + cost tracking
│   ├── types.py            # Core data structures
│   └── store/
│       └── yaml_file_memory_store.py  # YAML session persistence
├── tools/                  # 18 tool implementations
├── utils/
│   ├── tui/                # TUI components (input, themes, status bar)
│   ├── logger.py           # Logging setup
│   └── model_pricing.py    # Model pricing data
├── docs/                   # Documentation
├── test/                   # Tests
├── scripts/                # Dev scripts (bootstrap.sh, dev.sh)
└── rfc/                    # RFC design documents

Configuration

Runtime settings live in ~/.ouro/config (auto-created). Key settings:

Setting	Default	Description
MAX_ITERATIONS	1000	Maximum agent loop iterations
TOOL_TIMEOUT	600	Tool execution timeout (seconds)
RALPH_LOOP_MAX_ITERATIONS	3	Max verification attempts
MEMORY_ENABLED	true	Enable memory management
MEMORY_COMPRESSION_THRESHOLD	60000	Token threshold for compression
MEMORY_SHORT_TERM_SIZE	100	Messages kept at full fidelity
RETRY_MAX_ATTEMPTS	3	Rate-limit retry attempts

See Configuration Guide for all settings.

Documentation

• Configuration -- model setup, runtime settings, custom endpoints
• Examples -- usage patterns and programmatic API
• Memory Management -- compression, persistence, token tracking
• Extending -- adding tools, agents, LLM providers
• Packaging -- building, publishing, Docker

License

MIT License