第四十七章 智能体操作层源码实现WSaiOS Agent Operating Layer
第四十七章
WSaiOS Agent Operating Layer智能体操作层源码实现
Chapter 47
WSaiOS Agent Operating Layer Implementation
在第四十六章中,我们完成了:
WSaiOS Cognitive Decision Engine
实现:
Goal
↓
State
↓
Planning
↓
Evaluation
↓
Decision
↓
Action
↓
Execution
↓
Feedback
但是:
单个Decision Engine只能解决:
如何做出一个正确决策。
而真正的人工认知操作系统需要进一步解决:
谁来执行任务?
多个智能单元如何协作?
如何管理智能体生命周期?
如何让不同Agent共享知识和经验?
因此:
WSaiOS进入:
Agent Operating Layer
智能体操作层
47.1 Agent Operating Layer总体架构
47.1.1 Agent Layer定位
Agent Operating Layer位于:
Cognitive Layer
│
▼
Decision Engine
│
▼
Agent Operating Layer
│
▼
Execution Layer
它负责:
- 创建Agent;
- 管理Agent;
- 调度Agent;
- Agent通信;
- Agent协作;
- Agent记忆;
- Agent执行。
整体结构:
WSaiOS
│
Agent Operating Layer
│
┌────────────┬────────────┬────────────┐
▼ ▼ ▼
Agent Agent Agent
Manager Registry Runtime
│ │ │
▼ ▼ ▼
Memory Communication Execution
47.1.2 Agent Operating Layer核心目标
WSaiOS Agent系统不是简单的软件机器人。
它定义:
Agent = Cognitive Execution Unit(认知执行单元)
一个Agent拥有:
Identity
+
Capability
+
Memory
+
Goal
+
State
+
Execution Ability
例如:
系统维护Agent:
System Agent
能力:
- Monitor CPU
- Optimize Resource
知识Agent:
Knowledge Agent
能力:
- Search
- Retrieve
- Analyze
视觉Agent:
Vision Agent
能力:
- Image Analysis
- Object Detection
47.1.3 Agent Operating Layer模块组成
目录:
agent_layer/
├── core.py
├── agent.py
├── lifecycle.py
├── registry.py
├── manager.py
├── communication.py
├── collaboration.py
├── memory.py
├── executor.py
├── scheduler.py
├── protocol.py
└── config.py
模块职责:
| 模块 | 功能 |
|---|---|
| Agent Core | Agent核心模型 |
| Lifecycle | 生命周期管理 |
| Registry | Agent注册 |
| Manager | Agent管理 |
| Communication | 消息通信 |
| Collaboration | 协同 |
| Memory | Agent记忆 |
| Executor | 任务执行 |
| Scheduler | 调度 |
| Protocol | 通信协议 |
47.2 Agent核心模型设计
47.2.1 Agent对象定义
文件:
agent.py
源码:
from dataclasses import dataclass,field
@dataclass
class Agent:
id:str
name:str
type:str
status:str="created"
capabilities:list=field(
default_factory=list
)
memory:list=field(
default_factory=list
)
current_task=None
def describe(self):
return {
"id":
self.id,
"name":
self.name,
"capabilities":
self.capabilities,
"status":
self.status
}
示例:
{
"id":
"A001",
"name":
"System Agent",
"type":
"service",
"capabilities":
[
"monitor",
"optimize"
]
}
47.2.2 Agent能力模型
Agent能力:
定义:
Capability Model
例如:
{
"capability":
"system_monitor",
"input":
"system_state",
"output":
"analysis"
}
能力分类:
Cognitive Capability
认知能力:
- Reasoning
- Planning
- Analysis
Execution Capability
执行能力:
- Tool Call
- API Call
- Operation
Communication Capability
通信能力:
- Message
- Event
- Collaboration
47.3 Agent生命周期管理
47.3.1 Lifecycle状态
WSaiOS定义:
CREATED
↓
INITIALIZED
↓
READY
↓
RUNNING
↓
SUSPENDED
↓
STOPPED
↓
DESTROYED
状态机:
CREATED
|
▼
INITIALIZED
|
▼
READY
|
▼
RUNNING
/ \
/ \
SUSPEND STOP
47.3.2 Lifecycle Manager
文件:
lifecycle.py
源码:
class AgentLifecycle:
def start(
self,
agent
):
agent.status="running"
def stop(
self,
agent
):
agent.status="stopped"
def suspend(
self,
agent
):
agent.status="suspended"
调用:
lifecycle.start(agent)
结果:
Agent Running
47.4 Agent Registry注册中心
47.4.1 Registry定位
Agent Registry负责:
保存所有Agent信息。
类似:
操作系统:
Process Table
结构:
Agent Registry
├── System Agent
├── Knowledge Agent
├── Vision Agent
└── Execution Agent
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
)
注册:
registry.register(
system_agent
)
查询:
registry.get(
"A001"
)
47.5 Agent Manager管理器
Agent Manager负责:
统一管理:
- 创建;
- 删除;
- 查找;
- 状态控制。
文件:
manager.py
源码:
class AgentManager:
def __init__(self):
self.registry=AgentRegistry()
self.lifecycle=AgentLifecycle()
def create(
self,
agent
):
self.registry.register(
agent
)
self.lifecycle.start(
agent
)
return agent
创建:
agent_manager.create(
SystemAgent
)
结果:
Agent Created
Agent Running
47.6 Agent Operating Layer核心流程
完整生命周期:
Create Agent
↓
Register Agent
↓
Initialize
↓
Receive Goal
↓
Plan Task
↓
Execute
↓
Return Result
↓
Update Memory
↓
Wait Next Task
47.7 本节总结
完成:
Agent Operating Layer基础架构设计
实现:
✅ Agent核心模型
✅ Capability模型
✅ Agent生命周期
✅ Agent Registry
✅ Agent Manager
当前第四十七章进度:
47.1 Agent Operating Architecture ✅
47.2 Agent Core Model ✅
47.3 Agent Lifecycle ✅
47.4 Agent Registry ✅
47.5 Agent Manager ✅
下一节:
47.6 Multi-Agent System多智能体系统源码实现
重点:
- Multi-Agent Architecture
- Agent Discovery
- Agent Coordination
- Task Distribution
- Agent Scheduling
- Agent Collaboration Protocol
进入:
从单Agent运行 → 多Agent协同智能阶段。