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第四十七章 WSaiOS Agent Operating Layer(智能体操作层)源码实现

作者:wsp188 | 发布时间:2026-07-20 14:09 | 分类:《WSaiOS 人工认知智能理论与工程体系》

第四十七章 WSaiOS Agent Operating Layer(智能体操作层)源码实现

47.1 Agent Operating Layer 设计目标

在 WSaiOS 架构中,Agent Operating Layer(智能体操作层)位于:

WSaiOS Kernel
        |
        |
Agent Operating Layer
        |
        |
Capability Layer
        |
        |
Execution Layer

它负责管理:

  • 智能体创建;
  • 智能体注册;
  • 智能体生命周期;
  • 智能体通信;
  • 多智能体协作;
  • 智能体记忆;
  • 智能体任务执行。

传统 Agent 框架通常:

LLM
 |
Prompt
 |
Tool
 |
Action

而 WSaiOS 中:

Intent
 |
Agent Scheduler
 |
Agent Operating Layer
 |
Agent
 |
Capability
 |
Execution
 |
Feedback

Agent 不是简单 Prompt 调用器。

它是:

具备身份、状态、记忆、能力和执行行为的软件智能实体。


47.2 Agent Architecture(智能体架构)

WSaiOS Agent Architecture:

                 Agent Operating Layer


                     Agent

        ┌──────────────────────┐
        │ Identity Manager      │
        │                      │
        │ Goal Manager         │
        │                      │
        │ Memory Manager       │
        │                      │
        │ Capability Manager   │
        │                      │
        │ Reasoning Interface  │
        │                      │
        │ Execution Interface │
        └──────────────────────┘


              |
              |

      Agent Runtime Engine


              |
              |

       Kernel / Execution Layer

47.3 Agent 数据模型设计

目录:

wsaios

engine
 |
 └── agent_engine
       |
       ├── agent.py
       ├── registry.py
       ├── lifecycle.py
       ├── runtime.py
       ├── communication.py
       ├── memory.py
       └── collaboration.py

Agent Model

文件:

engine/agent_engine/agent.py

源码:

class Agent:


    def __init__(
        self,
        agent_id,
        name,
        role,
        capabilities=None
    ):

        self.id = agent_id

        self.name = name

        self.role = role

        self.status = "created"

        self.capabilities = (
            capabilities or []
        )

        self.memory = []

        self.tasks = []


    def add_memory(self, item):

        self.memory.append(item)



    def add_task(self, task):

        self.tasks.append(task)



    def execute(self, task):

        self.status="running"

        result = {
            "agent":self.name,
            "task":task,
            "status":"completed"
        }

        self.status="idle"

        return result

47.4 Agent Lifecycle(智能体生命周期)

Agent 生命周期:

Created

  |
  ↓

Registered

  |
  ↓

Ready

  |
  ↓

Running

  |
  ↓

Suspended

  |
  ↓

Terminated

状态定义:

AGENT_STATUS = [

    "created",

    "registered",

    "ready",

    "running",

    "suspended",

    "terminated"

]

Lifecycle Manager

文件:

lifecycle.py

源码:

class AgentLifecycle:


    def start(self,agent):

        agent.status="ready"


    def run(self,agent):

        agent.status="running"



    def stop(self,agent):

        agent.status="terminated"



    def suspend(self,agent):

        agent.status="suspended"

47.5 Agent Registry(智能体注册中心)

WSaiOS 需要统一管理所有 Agent。

结构:

Agent Registry


Medical Agent

SEO Agent

Knowledge Agent

Planning Agent

Execution Agent

Security Agent

Registry 实现

文件:

registry.py

源码:

class AgentRegistry:


    def __init__(self):

        self.agents={}



    def register(
        self,
        agent
    ):

        self.agents[
            agent.id
        ] = agent



    def get(
        self,
        agent_id
    ):

        return self.agents.get(
            agent_id
        )



    def list(self):

        return list(
            self.agents.values()
        )

47.6 Multi-Agent System(多智能体系统)

WSaiOS 支持:

                 User Intent


                     |

                     ↓


             Agent Scheduler


                     |

        ┌────────────┼────────────┐


        ↓            ↓            ↓


   Analysis      Planning     Execution

    Agent          Agent        Agent



        ↓            ↓            ↓


              Collaboration Bus


                     |

                     ↓


              Final Result

例如健康分析:

Health Agent

       |
       |
       +--- Data Agent

       |
       +--- Knowledge Agent

       |
       +--- Risk Agent

       |
       +--- Report Agent

47.7 Agent Communication(智能体通信)

设计:

Agent之间不直接调用。

使用:

Agent Message Bus

消息模型:

class AgentMessage:


    def __init__(
        self,
        sender,
        receiver,
        content
    ):

        self.sender=sender

        self.receiver=receiver

        self.content=content

通信管理:

class Communication:


    def send(
        self,
        message
    ):


        print(
            "SEND:",
            message.sender,
            "->",
            message.receiver
        )


        return True

47.8 Agent Collaboration(智能体协作)

协作模式:

1. Pipeline模式

Agent A

 |

Agent B

 |

Agent C

例如:

数据采集Agent

↓

分析Agent

↓

报告Agent

2. Parallel模式

        Task


     /    |    \


Agent1 Agent2 Agent3


        \ | /


       Merge

3. Debate模式

Agent A

观点1


Agent B

观点2


Agent C

评价


Final Decision

47.9 Agent Memory(智能体记忆)

Agent Memory 分三层:

Agent Memory


├── Short Memory

   当前任务


├── Working Memory

   中间状态


└── Long Memory

   历史经验

Memory Manager

文件:

memory.py

源码:

class AgentMemory:


    def __init__(self):

        self.memory=[]



    def store(
        self,
        data
    ):

        self.memory.append(
            data
        )



    def recall(
        self
    ):

        return self.memory

47.10 Agent Execution Framework(执行框架)

Agent执行流程:

Task


 |

 ↓


Intent Analysis


 |

 ↓


Agent Selection


 |

 ↓


Capability Matching


 |

 ↓


Execution


 |

 ↓


Feedback


 |

 ↓


Memory Update

Agent Runtime

文件:

runtime.py

源码:

class AgentRuntime:


    def execute(
        self,
        agent,
        task
    ):


        agent.status="running"


        result = agent.execute(
            task
        )


        agent.add_memory(
            {
             "task":task,
             "result":result
            }
        )


        agent.status="ready"


        return result

47.11 Agent Scheduler

核心:

Intent Engine

        |

        ↓

Agent Scheduler

        |

        ↓

Select Agent

源码:

class AgentScheduler:


    def select(
        self,
        agents,
        task
    ):


        for agent in agents:

            if agent.status=="ready":

                return agent


        return None

47.12 WSaiOS Agent完整执行链

User Request


      ↓


Intent Engine


      ↓


Agent Scheduler


      ↓


Agent Registry


      ↓


Agent Runtime


      ↓


Capability Engine


      ↓


Execution Layer


      ↓


Feedback System


      ↓


Agent Memory


      ↓


Learning System

47.13 与传统 Agent Framework区别

传统Agent WSaiOS Agent
Prompt驱动 OS级管理
依赖LLM 可本地运行
临时创建 生命周期管理
无统一身份 Agent Registry
简单Tool调用 Capability执行
短期上下文 长期Memory
单Agent Multi-Agent OS

47.14 本章完成内容

第四十七章实现:

✅ Agent Architecture
✅ Agent Lifecycle
✅ Agent Registry
✅ Multi-Agent System
✅ Agent Communication
✅ Agent Collaboration
✅ Agent Memory
✅ Agent Execution Framework

WSaiOS Agent Operating Layer 完成后,WSaiOS 从:

AI Kernel

进一步升级为:

AI Operating System

下一章可以进入:

第四十八章 WSaiOS Agent Scheduler(智能体调度系统)源码实现

重点:

  • Task Decomposition
  • Agent Selection
  • Capability Matching
  • Priority Scheduling
  • Dynamic Scheduling
  • Multi-Agent Workflow Execution
  • Scheduler Optimization

这将连接 Intent Engine 与 Agent Operating Layer。

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