mirror of https://github.com/dapr/dapr-agents.git
19 lines
4.8 KiB
Markdown
19 lines
4.8 KiB
Markdown
# Dapr Agents Quickstarts
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[Quickstarts](https://github.com/dapr/dapr-agents/tree/main/quickstarts) demonstrate how to use Dapr Agents to build applications with LLM-powered autonomous agents and event-driven workflows. Each quickstart builds upon the previous one, introducing new concepts incrementally.
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!!! info
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Not all quickstarts require Docker, but it is recommended to have your [local Dapr environment set up](../installation.md) with Docker for the best development experience and to follow the steps in this guide seamlessly.
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## Quickstarts
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| Scenario | What You'll Learn |
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|-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------| --- |
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| [Hello World](https://github.com/dapr/dapr-agents/tree/main/quickstarts/01-hello-world)<br>A rapid introduction that demonstrates core Dapr Agents concepts through simple, practical examples. | - **Basic LLM Usage**: Simple text generation with OpenAI models <br> - **Creating Agents**: Building agents with custom tools in under 20 lines of code <br> - **ReAct Pattern**: Implementing reasoning and action cycles in agents <br> - **Simple Workflows**: Setting up multi-step LLM processes |
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| [LLM Call with Dapr Chat Client](https://github.com/dapr/dapr-agents/tree/main/quickstarts/02_llm_call_dapr)<br>Explore interaction with Language Models through Dapr Agents' `DaprChatClient`, featuring basic text generation with plain text prompts and templates. | - **Text Completion**: Generating responses to prompts <br> - **Swapping LLM providers**: Switching LLM backends without application code change <br> - **Resilience**: Setting timeout, retry and circuit-breaking <br> - **PII Obfuscation**: Automatically detect and mask sensitive user information |
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| [LLM Call with OpenAI Client](https://github.com/dapr/dapr-agents/tree/main/quickstarts/02_llm_call_open_ai)<br>Discover how to leverage native LLM client libraries with Dapr Agents using the OpenAI Client for chat completion, audio processing, and embeddings. | - **Text Completion**: Generating responses to prompts <br> - **Structured Outputs**: Converting LLM responses to Pydantic objects <br><br> *Note: Other quickstarts for specific clients are available for [Elevenlabs](https://github.com/dapr/dapr-agents/tree/main/quickstarts/02_llm_call_elevenlabs), [Hugging Face](https://github.com/dapr/dapr-agents/tree/main/quickstarts/02_llm_call_hugging_face), and [Nvidia](https://github.com/dapr/dapr-agents/tree/main/quickstarts/02_llm_call_nvidia).* |
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| [Agent Tool Call](https://github.com/dapr/dapr-agents/tree/main/quickstarts/03-agent-tool-call)<br>Build your first AI agent with custom tools by creating a practical weather assistant that fetches information and performs actions. | - **Tool Definition**: Creating reusable tools with the `@tool` decorator <br> - **Agent Configuration**: Setting up agents with roles, goals, and tools <br> - **Function Calling**: Enabling LLMs to execute Python functions |
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| [Agentic Workflow](https://github.com/dapr/dapr-agents/tree/main/quickstarts/04-agentic-workflow)<br>Dive into stateful workflows with Dapr Agents by orchestrating sequential and parallel tasks through powerful workflow capabilities. | - **LLM-powered Tasks**: Using language models in workflows <br> - **Task Chaining**: Creating resilient multi-step processes executing in sequence <br> - **Fan-out/Fan-in**: Executing activities in parallel; then synchronizing these activities until all preceding activities have completed |
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| [Multi-Agent Workflows](https://github.com/dapr/dapr-agents/tree/main/quickstarts/05-multi-agent-workflow-dapr-workflows)<br>Explore advanced event-driven workflows featuring a Lord of the Rings themed multi-agent system where autonomous agents collaborate to solve problems. | - **Multi-agent Systems**: Creating a network of specialized agents <br> - **Event-driven Architecture**: Implementing pub/sub messaging between agents <br> - **Actor Model**: Using Dapr Actors for stateful agent management <br> - **Workflow Orchestration**: Coordinating agents through different selection strategies <br><br> *Note: To see Actor-based workflow see [Multi-Agent Actors](https://github.com/dapr/dapr-agents/tree/main/quickstarts/05-multi-agent-workflow-actors).* |
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