dodoai 0.1.3

DoDo - A stateful agentic framework

dodo

An AI workflow automation engine for browser automation, RPA, testing, and more.

Built for frameworks like webtask.

Installation

pip install dodoai
pip install dodoai[gemini]  # With Gemini support

Overview

from dodo import Agent, Gemini

agent = Agent(llm=Gemini(), tools=[...])

# First time - LLM figures out the workflow
run = await agent.do("add item to cart")

# Later - replay without LLM (fast & cheap)
await agent.redo(run)

Core Concepts

Two simple methods for workflow automation:

• do(task) - Execute workflow steps with LLM reasoning
• redo(run) - Replay recorded workflows without LLM

Features

Stateful workflows

Agent remembers context across multiple steps:

# Multi-step workflow with context
await agent.do("search for laptop on Amazon")
await agent.do("add the first result to cart")
await agent.do("proceed to checkout")

Efficient replay

Record once, replay when environment is similar:

# First time - LLM figures out the workflow (expensive)
run = await agent.do("add laptop to cart and checkout")

# Later - replay the same workflow (cheap)
await agent.redo(run)

Structured output

Get typed results using Pydantic models:

from pydantic import BaseModel

class ProductInfo(BaseModel):
    name: str
    price: float
    in_stock: bool

run = await agent.do("extract product information", output_schema=ProductInfo)
product = run.output  # Typed ProductInfo object

Use Cases

Browser automation:

# Automate web workflows
await agent.do("go to linkedin.com")
await agent.do("search for software engineers in SF")
await agent.do("message the first 5 results")

RPA (Robotic Process Automation):

# Automate repetitive workflows
await agent.do("login to portal")
await agent.do("navigate to reports section")
await agent.do("download monthly report")

Testing & QA:

# Record test cases, replay for regression
run = await agent.do("complete checkout flow")

# Regression test
await agent.redo(run)

Building Workflows

1. Define tools

Tools are the actions your agent can perform:

from dodo import tool

@tool
async def click_button(element_id: str) -> str:
    """Click a button on the page.

    Args:
        element_id (str): ID of button to click
    """
    # Your automation logic
    return "Button clicked"

@tool
class DatabaseTool:
    """Query the database."""

    def __init__(self, db_connection):
        self.db = db_connection

    async def run(self, query: str) -> str:
        """
        Args:
            query (str): SQL query to execute
        """
        return self.db.execute(query)

2. Define observation

Observation provides context to the agent:

async def observe():
    """Return current state for the agent to see."""
    return [
        f"Current page: {browser.current_url}",
        f"Visible elements: {browser.get_elements()}",
    ]

3. Create and run agent

from dodo import Agent, Gemini

agent = Agent(
    llm=Gemini(),
    tools=[click_button, DatabaseTool(db)],
    observe=observe
)

# Execute workflows
run = await agent.do("click login button and verify")
if run.output:
    print("Workflow succeeded!")

4. Handle errors

from dodo import TaskAbortedError

try:
    await agent.do("impossible task")
except TaskAbortedError as e:
    print(f"Workflow aborted: {e}")

Run Objects

Every do() call returns a Run object with full execution details:

run = await agent.do("complete checkout")

run.output       # Structured output (if output_schema provided)
run.feedback     # Brief summary: "Checkout completed successfully"
run.action_log   # Detailed trace of all actions taken
run.messages     # Full conversation history
run.steps_used   # Number of LLM calls made

Supported LLMs

from dodo import Gemini

# Gemini models
agent = Agent(llm=Gemini(model="gemini-2.0-flash-exp"))
agent = Agent(llm=Gemini(model="gemini-2.5-pro"))

Custom LLM:

from dodo import LLM

class MyLLM(LLM):
    async def call_tools(self, messages, tools):
        # Your LLM implementation
        pass

Examples

• webtask - Browser automation framework built on dodo

License

MIT