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