/*
 * Purpose of This File:
 * This file is required for Quarto to render both HTML and MDX files in the `website` folder.
 * These rendered files are essential for Mintlify to function correctly.
 *
 * Context:
 * - The `quarto render` command behaves differently when the `docusaurus.config.js` file is
 *   present in the `website` folder.
 * - Without this file, Quarto does not render MDX files, leading to failures
 *   when running the `process_notebook.py` script.
 * - As a result, this file is retained temporarily until a better solution is identified.
 *
 * Options Tried (and Issues Faced):
 * 1. Adding a `_quarto.yml` file in the `website` folder with the following configurations:
 *
 *    **Minimal Configuration:**
 *    ```
 *    project:
 *      type: docusaurus
 *
 *    format:
 *      html: default
 *      docusaurus-md: default
 *    ```
 *
 *    **Full Configuration from Quarto Repository:**
 *    The configuration from [Quarto's docusaurus extension](https://github.com/quarto-dev/quarto-cli/blob/main/src/resources/extensions/quarto/docusaurus/_extension.yml).
 *
 *    - Both configurations instruct Quarto to render HTML and MDX files.
 *    - However, in both cases, Mintlify fails to generate docs, raising the following error:
 *      > Warning: data for page "/[[...slug]]" (path "/docs/Home") is 56.1 MB which exceeds
 *      > the threshold of 21 MB. This amount of data can reduce performance.
 *    - More info: https://nextjs.org/docs/messages/large-page-data
 */


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function getTagsFromURL() {
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  const tags = searchParams.get("tags");
  return tags ? tags.split(",") : [];
}

// Function to initialize Chosen on gallery select
function initializeGallerySelect() {
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  const selectElement = $(".examples-gallery-container .tag-filter");
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      .chosen({
        width: "100%",
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    clearTimeout(timeout);
    timeout = setTimeout(later, wait);
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}

// Debounced version of initialize
const debouncedInitialize = debounce(initializeGallerySelect, 100);

// Watch for URL changes using MutationObserver
const observer = new MutationObserver((mutations) => {
  if (window.location.pathname.includes("/use-cases")) {
    debouncedInitialize();
  }
});

observer.observe(document.body, {
  childList: true,
  subtree: true,
  attributes: false,
  characterData: false,
});

// Initialize on page load
document.addEventListener("DOMContentLoaded", function () {
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});


Class Attributes

context_variable

model_config

Instance Methods

is_available

StringAvailableCondition

autogen.agentchat.group.StringAvailableCondition

Quick Start

Installing AG2

Community Gallery

Contributing to AG2

Setting up Development Environment

Documentation Contribution Guide

File a Bug Report

Guidance for Maintainers

Pre-commit

Tests

Research

Frequently Asked Questions

Agent Monitoring and Debugging with AgentOps

Azure Cosmos DB

Composio

Databricks

Llamaindex

Mem0:Long-Term Memory and Personalization for Agents

MemGPT

Microsoft Fabric

Ollama

PGVector

Portkey Integration

Promptflow

Home

User Guide

API References

Use Cases

User Stories

Contribute

FAQs

Ecosystem

Blog

LLM Configuration: Powering Agent Intelligence

ConversableAgent: Building Intelligent Agents

Human in the Loop: Adding Human Oversight

Agent Orchestration: Coordinating Multiple Agents

Tools: Extending Agent Capabilities

Structured Outputs: Ensuring Consistent Responses

LLM Config Deep-dive

Code Execution

Amazon Bedrock

Anthropic

Cerebras

Cohere

DeepSeek

Google Gemini

Google Vertex AI

Groq

LM Studio

Mistral AI

OpenAI

Together AI

vLLM

Overview

CaptainAgent

DocAgent

DocAgent Performance

ReasoningAgent

DeepResearchAgent

WebSurferAgent

WikipediaAgent

Perplexity Search Tool

Wikipedia Search Tools

Browser Use

Deep Research

Crawl4AI

Getting under the hood

Chat workflow

Generating a reply

Hooks

Creating a new tool

Creating a new agent

Customer Service

Game Design

Travel Planning

All Notebooks

Use JSON mode and Agent Descriptions to mitigate prompt manipulation and control speaker transition.

Mitigating Prompt hacking with JSON Mode in Autogen

OpenAI offers a functionality for defining a structure of the messages generated by LLMs, AutoGen enables this functionality by propagating response_format passed to your agents to the underlying client.

Structured output from json configuration

Agent Chat with Multimodal Models: LLaVA

Teach the agent news skills using natural language.

Auto Generated Agent Chat: Teaching AI New Skills via Natural Language Interaction

Explore a group chat example using agents such as a coder and visualization agent.

Group Chat with Coder and Visualization Critic

Code generation, execution, debugging and human feedback.

Auto Generated Agent Chat: Task Solving with Code Generation, Execution, Debugging & Human Feedback

Explore the utilization of large language models in automated group chat scenarios, where agents perform tasks collectively, demonstrating how they can be configured, interact with each other, and retrieve specific information from external resources.

Group Chat

Equip your agent with functions that can efficiently implement features into your software application.

Writing a software application using function calls

DeepSeek: Adding Browsing Capabilities to AG2

This Jupyter Notebook demonstrates how to leverage OSS Insight (Open Source Software Insight) for advanced GitHub data analysis by defining `Function calls` in AG2 for the OpenAI Assistant.

Chat with OpenAI Assistant using function call in AG2: OSS Insights for Advanced GitHub Data Analysis

Agent with memory using Mem0

Adding Google Search Capability to AG2

OpenAI Assistant with retrieval augmentation.

RAG OpenAI Assistants in AG2

Use tools to extract and translate the transcript of a video file.

Translating Video audio using Whisper and GPT-3.5-turbo

Use Databricks DBRX and Foundation Model APIs to build AG2 applications backed by open-source LLMs.

Use AG2 in Databricks with DBRX

Use MongoDBQueryEngine to query Markdown files

Google Drive Tools

Usage tracking with AG2

LLM-backed agents playing chess with each other using nested chats.

Nested Chats for Tool Use in Conversational Chess

Learn how to implement both synchronous and asynchronous function calls using AssistantAgent and UserProxyAgent in AutoGen, with examples of their application in individual and group chat settings for task execution with language models.

Task Solving with Provided Tools as Functions (Asynchronous Function Calls)

Introducing CaptainAgent, a powerful agent that can manage and orchestrate other agents and tools to solve complex tasks.

Implement and manage a multi-agent chat system using AG2, where AI assistants retrieve information, generate code, and interact collaboratively to solve complex tasks, especially in areas not covered by their training data.

Group Chat with Retrieval Augmented Generation

Auto Generated Agent Chat: Task Solving with Langchain Provided Tools as Functions

Use conversable language learning model agents to solve tasks and provide automatic feedback through a comprehensive example of writing, executing, and debugging Python code to compare stock price changes.

Task Solving with Code Generation, Execution and Debugging

Config loader utility functions

Conversational Chess using non-OpenAI clients

Provide capabilities of runtime logging for debugging and performance analysis.

Runtime Logging with AG2

Explore the demonstration of the Finite State Machine implementation, which allows the user to input speaker transition constraints.

FSM - User can input speaker transition constraints

Tavily Search Tool

FalkorDB GraphRAG utilises a knowledge graph and can be added as a capability to agents. Together with a swarm orchestration of agents is highly effective at providing a RAG capability.

Trip planning with a FalkorDB GraphRAG agent using a Swarm

Query documents and web pages with DocAgent

RAG with DocAgent

Wikipedia Agent

`run` function examples with event processing

Auto Generated Agent Chat: Collaborative Task Solving with Coding and Planning Agent

Automatically build multi-agent system from agent library

Automatically Build Multi-agent System from Agent Library

Use tools in a GPTAssistantAgent Multi-Agent System by utilizing functions such as calling an API and writing to a file.

From Dad Jokes To Sad Jokes: Function Calling with GPTAssistantAgent

Agentic RAG workflow on tabular data from a PDF file

Auto Generated Agent Chat: Solving Tasks Requiring Web Info

Integrate llamaindex agents with Autogen.

Groupchat with Llamaindex agents

A Uniform interface to call different LLMs

ChromaDB Query Engine for document queries

Use ChromaDBQueryEngine to query Markdown files

Neo4j GraphRAG utilises a knowledge graph and can be added as a capability to agents.

Using Neo4j's graph database with AG2 agents for Question & Answering

Using FalkorGraphRagCapability with agents for GraphRAG Question & Answering

This is a nested chat re-implementation of OptiGuide which is an LLM-based supply chain optimization framework.

OptiGuide with Nested Chats in AG2

Use AG2 to Tune ChatGPT

AgentOptimizer is able to prompt LLMs to iteratively optimize function/skills of AutoGen agents according to the historical conversation and performance.

AgentOptimizer: An Agentic Way to Train Your LLM Agent

Adding Browsing Capabilities to AG2

This Jupyter Notebook showcases the integration of the Code Interpreter tool which executes Python code dynamically within applications.

Auto Generated Agent Chat: GPTAssistant with Code Interpreter

RealtimeAgent in a Swarm Orchestration

Use conversational agents to solve a set of tasks with a sequence of chats.

Solving Multiple Tasks in a Sequence of Chats

Explore the demonstration of the SocietyOfMindAgent in the AG2 library, which runs a group chat as an internal monologue, but appears to the external world as a single agent, offering a structured way to manage complex interactions among multiple agents and handle issues such as extracting responses from complex dialogues and dealing with context window constraints.

SocietyOfMindAgent

Automated continual learning from new data.

Interactive LLM Agent Dealing with Data Stream

RealtimeAgent with local websocket connection

Leveraging multimodal models through two different methodologies: MultimodalConversableAgent and VisionCapability.

Engaging with Multimodal Models: GPT-4V in AG2

Multimodal agent chat with DALL-E and GPT-4v.

Agent Chat with Multimodal Models: DALLE  and GPT-4V

Language Agent Tree Search

Introduce group chat with customized speaker selection method.

Group Chat with Customized Speaker Selection Method

Use AgentOps to simplify the development process and monitor your agents in production.

Agent Tracking with AgentOps

Using Guidance with AG2

Preprocessing chat history with `TransformMessages`

Preprocessing Chat History with `TransformMessages`

Cross-Framework LLM Tool Integration with AG2

Making OpenAI Assistants Teachable

Swarm Orchestration with AG2

Load the configuration including the response format

Explore the use of AG2's RetrieveChat for tasks like code generation from docstrings, answering complex questions with human feedback, and exploiting features like Update Context, custom prompts, and few-shot learning.

Using RetrieveChat Powered by Couchbase Capella for Retrieve Augmented Code Generation and Question Answering

Use AG2 to Tune OpenAI Models

StateFlow: Build workflows through state-oriented actions.

StateFlow: Build Workflows through State-Oriented Actions

Solve complex tasks with one or more sequence chats nested as inner monologue.

Solving Complex Tasks with A Sequence of Nested Chats

LLM providers offer functionality for defining a structure of the messages generated by LLMs, AG2 enables this functionality by propagating a `response_format`, in the LLM configuration for your agents, to the underlying client.

Structured output

Involve multiple human users via function calls and nested chat.

Auto Generated Agent Chat: Collaborative Task Solving with Multiple Agents and Human Users

Tools with Dependency Injection

Generate Dalle Images With Conversable Agents

Register function calls using AssistantAgent and UserProxyAgent to execute python or shell code in customized ways. Demonstrating two ways of registering functions.

Name	Description
`context_variable`	Type: str
`**data`	Type: Any

Name	Description
`agent`	The agent with context variables Type: ConversableAgent
`messages`	The conversation history (not used) Type: list[dict[str, typing.Any]]

API Reference

​StringAvailableCondition

​Class Attributes

​context_variable

​model_config

​Instance Methods