ai-agent-book
《深入理解 AI Agent:设计原理与工程实践》(李博杰 著)开源主仓库:全书正文、编译版 PDF 与按章配套代码
Discover how incomplete context leads to AI agent hallucinations, KV-Cache invalidation, and unreliable decisions. Learn about 6 critical architectural failures.
How the Correction Function Works Within the Harness Architecture: Arena Validation and LoggingUnderstand the Correction function in the Harness architecture. It validates LLM actions, applies fallbacks, and logs adjustments for diagnostics. Learn how it ensures reliable agent behavior.
Understanding the Role of Verification in the Harness Layer of AI AgentsDiscover verification's crucial role in the AI agent harness layer. It ensures safe tool calls, validates results, and provides auditable evidence for reliable workflows.
What Is the Constraint Function in Harness Engineering? Purpose and Code ImplementationDiscover the Constraint function in Harness Engineering. Learn how it transforms business rules into enforceable logic for feasibility checks, safety gates, and agent validation. Understand its purpose and code implementation.
What Is the Difference Between an Agent and Its Environment in the Instagit FrameworkUnderstand the distinct roles of Agents and Environments in the Instagit framework. Agents make decisions, Environments provide context and data for execution.
How Skill Documents Differ from Other Tool Descriptions in AI AgentsUnderstand how skill documents differ from tool descriptions in AI agents. Learn about natural-language workflows and structured JSON-Schema metadata for agent capabilities.
ACI Principles for Tool Design: The Agent-Computer Interface FrameworkDiscover ACI principles for tool design. Learn how to treat tool APIs as agent interfaces with capability expression, tool description, and parameter passing for better AI agent integration.
How Context and Agent Decision-Making Interact: Insights from the ai-agent-book RepositoryDiscover how context dictates AI agent decision-making. Explore the bojieli ai-agent-book repository for insights into how information quantity and quality set agent capabilities.
The Five Components That Constitute Context in an LLM API Call for an AgentUnderstand the five essential components of LLM API calls for agents: System Prompt, Tool Definitions, User Messages, Assistant Messages, and Tool Results. Learn how they enable multi-turn reasoning.
The Five Stages of Evolution for AI Application Engineering: From Static Prompts to Autonomous GraphsExplore the five stages of AI application engineering evolution: Prompt, Context, Harness, Loop, and Graph Engineering. Understand the journey from static prompts to autonomous systems.
Harness Engineering: The Competitive Advantage for AI Agent SystemsDiscover how harness engineering provides a competitive advantage for AI agent systems. Learn how it transforms LLMs into production-ready agents with context management, tool interfaces, and safety.
What Is the Role of the Stable Prefix in a ReAct Loop?Discover the stable prefix role in a ReAct loop. Learn how this constant prompt element enhances efficiency, cuts costs, and secures your AI agent by enabling prefix caching.
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