📁 Subsystem Deep Dive

tools/SleepTool/

📁 tools/SleepTool/ 📄 6 files

Tutorial: SleepTool

The SleepTool provides a specialized mechanism for an AI to wait or rest for a specific duration without blocking other processes. Instead of shutting down completely, the tool uses a smart waiting approach that allows the AI to remain responsive to periodic heartbeat check-ins and user interruptions, while balancing API costs with memory cache limits.

flowchart TD A0["Tool Behavior Definition"] A1["Asynchronous Flow Control"] A2["Periodic Heartbeat Handling"] A3["Cache Lifecycle Management"] A4["Tool Registration Metadata"] A0 -->|"Instructs non-blocking"| A1 A2 -->|"Injects signal into"| A0 A0 -->|"Implements strategy for"| A3 A4 -->|"Identifies capability of"| A0

Chapters

  1. Tool Registration Metadata
  2. Tool Behavior Definition
  3. Asynchronous Flow Control
  4. Periodic Heartbeat Handling
  5. Cache Lifecycle Management

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Files in this section

01_tool_registration_metadata.md
Chapter 1: Tool Registration Metadata
Welcome to the first chapter of building SleepTool!
02_tool_behavior_definition.md
Chapter 2: Tool Behavior Definition
Welcome back! In the previous chapter, Tool Registration Metadata, we created the "ID Badge" for our tool. We gave it a…
03_asynchronous_flow_control.md
Chapter 3: Asynchronous Flow Control
Welcome back! In the previous chapter, Tool Behavior Definition, we gave our AI a set of "Standing Orders" so it knows…
04_periodic_heartbeat_handling.md
Chapter 4: Periodic Heartbeat Handling
Welcome back! in Asynchronous Flow Control, we built the engine that allows our tool to wait for a specific amount of t…
05_cache_lifecycle_management.md
Chapter 5: Cache Lifecycle Management
Welcome to the final chapter of the SleepTool tutorial!