ysymyth/ReAct
ReAct
ReAct is an agentic workflow template and prompting framework for large language models. It implements a logic pattern that integrates chain-of-thought reasoning with external tool execution to solve complex, multi-step tasks.
The framework uses an interleaved reasoning and acting logic, forcing the model to document its internal thought process before executing an action. This cycle of planning and acting allows the system to interact with external APIs or databases and inject real-world data back into the model context to refine reasoning paths.
The project covers autonomous task execution and agent orchestration by combining observation-feedback integration with prompt-driven execution logic. This ensures a continuous cycle of thinking, acting, and observing to achieve goals without constant human input.
Features
- Reasoning-Action Loops - Implements a core loop that alternates internal reasoning steps with external tool execution to iteratively solve tasks.
- Agent Task Orchestrators - Orchestrates the interaction between reasoning cycles and tool use to manage stateful agent workflows.
- Agentic LLM Frameworks - Provides a framework for building agents that combine chain-of-thought reasoning with external tool execution.
- LLM Tooling Integrations - Implements connectors that allow language models to access external data and execute software tools.
- Chain of Thought Implementations - Implements a logic structure that requires the model to document its reasoning before executing an action.
- Autonomous Task Execution - Enables language models to plan and execute sequences of actions to achieve goals without human intervention.
- Chain-of-Thought Prompting - Implements a structured chain-of-thought prompting methodology to guide models through step-by-step logical reasoning.
- Interleaved Logic Execution - Utilizes a prompting pattern that alternates between internal thoughts and external tool-based actions.
- Conversation Context Management - Maintains conversation coherence by appending tool observations and reasoning traces to the interaction state.
- External Tool Integrations - Connects language models to external APIs and databases to retrieve real-time information and perform actions.
- Reasoning-Action Implementations - Implements the specific logic pattern of alternating planning and acting to solve complex multi-step tasks.
- Reasoning Task Execution - Combines chain-of-thought reasoning with tool execution to solve complex, multi-step problem sets.
- Prompt State Updates - Updates the internal model context by appending the outputs of external API calls to the conversation history.
- Prompt-Driven Execution Loops - Uses structured natural language templates to orchestrate a repeating cycle of thinking, acting, and observing.
- Prompt Feedback Loops - Injects real-world tool outputs back into the model context to correct reasoning and update the internal state.
- Prompt Chaining Frameworks - Orchestrates a sequence of prompts where reasoning steps and tool outputs inform subsequent model inputs.
- Reasoning-Action Templates - Provides a structured prompting template for guiding models through an iterative cycle of planning and observation.
- Agent Action Frameworks - Synergizing reasoning and acting in language models.
- Embodied Agents - Synergizing reasoning and acting capabilities in language models.
- Task and Motion Planning - Synergizing reasoning and acting in language models.
