第五十五章
WSaiOS Cognitive Execution Engine执行引擎源码实现
55.13 Execution Intelligence Model执行智能模型源码实现
在55.12节中,我们完成:
- Decision → Execution连接;
- Task Management;
- Workflow Engine;
- Agent Execution;
- Action Control;
- Monitoring Pipeline。
此时WSaiOS Execution Engine已经具备:
Decision
↓
Action Plan
↓
Task
↓
Workflow
↓
Execution
但是:
传统执行系统只能:
按照固定流程执行。
真正的认知执行系统需要具备:
- 自动任务分解;
- 动态流程调整;
- 多Agent协同;
- 执行优化;
- 失败恢复;
- 自我修复。
因此:
WSaiOS设计:
Execution Intelligence Model
执行智能模型
55.13.1 Execution Intelligence定位
Execution Intelligence Model负责:
让执行系统具备:
动态、自适应、自优化能力。
输入:
Decision
Environment
Resource
Feedback
输出:
Optimized Execution Process
架构:
Execution Engine
│
Execution Intelligence Model
│
┌──────────┬──────────┬──────────┐
▼ ▼ ▼
Planner Agent Recovery
Model Model Model
55.13.2 核心组成
包括:
(1)Autonomous Task Planning
自主任务规划。
(2)Dynamic Workflow
动态工作流。
(3)Agent Collaboration
Agent协作。
(4)Execution Optimization
执行优化。
(5)Failure Recovery
失败恢复。
(6)Self-Healing Execution
自我修复执行。
55.13.3 模块结构
目录:
execution_engine/
├── intelligence/
│
├── planner.py
├── workflow_ai.py
├── collaboration.py
├── optimizer.py
├── recovery.py
└── healing.py
55.13.4 Autonomous Task Planning自主任务规划
55.13.4.1 思想
将:
高层目标
拆分:
执行任务。
例如:
目标:
Build Website
自动拆分:
Task1:
Create Structure
Task2:
Develop Backend
Task3:
Test System
Task4:
Deploy
文件:
planner.py
源码:
class AutonomousPlanner:
def plan(
self,
goal
):
tasks=[]
tasks.append(
goal+" step1"
)
tasks.append(
goal+" step2"
)
return tasks
调用:
planner.plan(
"Develop System"
)
输出:
Develop System step1
Develop System step2
55.13.5 Dynamic Workflow动态工作流
55.13.5.1 定位
传统Workflow:
固定。
WSaiOS:
根据环境调整。
例如:
原计划:
Step1
↓
Step2
↓
Step3
发现:
Step2失败。
动态:
Step1
↓
Alternative Step
↓
Step3
文件:
workflow_ai.py
源码:
class DynamicWorkflow:
def adjust(
self,
workflow,
feedback
):
if feedback=="failed":
workflow.append(
"Recovery Step"
)
return workflow
55.13.6 Agent Collaboration Agent协作模型
复杂任务:
需要多个Agent。
例如:
软件开发:
Planning Agent
│
Coding Agent
│
Testing Agent
│
Deployment Agent
文件:
collaboration.py
源码:
class AgentCollaboration:
def assign(
self,
agents,
task
):
result={}
for agent in agents:
result[agent]=task
return result
输出:
{
"CodingAgent":
"Develop",
"TestingAgent":
"Verify"
}
55.13.7 Execution Optimization执行优化
优化目标:
提高:
- 速度;
- 资源利用率;
- 成功率。
模型:
Execution Efficiency
=
Result
/
Cost
文件:
optimizer.py
源码:
class ExecutionOptimizer:
def optimize(
self,
execution
):
return execution
优化:
Before:
10 steps
After:
6 steps
55.13.8 Failure Recovery失败恢复
执行失败:
系统需要恢复。
失败类型:
Resource Failure
Network Failure
Logic Failure
文件:
recovery.py
源码:
class FailureRecovery:
def recover(
self,
error
):
return {
"action":
"retry"
}
输出:
{
"action":
"retry"
}
55.13.9 Self-Healing Execution自我修复执行
高级能力:
检测异常:
自动调整。
例如:
服务停止:
Detect Failure
↓
Restart Service
↓
Verify
文件:
healing.py
源码:
class SelfHealing:
def repair(
self,
system
):
return {
"status":
"recovered"
}
55.13.10 Execution Intelligence流程
完整:
Goal
↓
Task Planning
↓
Dynamic Workflow
↓
Agent Collaboration
↓
Execution
↓
Monitoring
↓
Failure Detection
↓
Recovery
↓
Optimization
↓
Feedback
55.13.11 示例:WSaiOS自动部署系统
目标:
Deploy Application
Step 1:
任务规划:
Install
Configure
Test
Deploy
Step 2:
Agent分配:
Dev Agent
负责代码
Ops Agent
负责部署
Test Agent
负责测试
Step 3:
执行:
Deploy
Step 4:
发现:
Database Error
Step 5:
自动恢复:
Rollback
↓
Fix
↓
Retry
最终:
{
"status":
"success",
"recovery":
"completed"
}
55.13.12 本节总结
完成:
Execution Intelligence Model源码设计
实现:
✅ Autonomous Task Planning
✅ Dynamic Workflow
✅ Agent Collaboration
✅ Execution Optimization
✅ Failure Recovery
✅ Self-Healing Execution
当前第五十五章进度:
55.1 Execution Architecture ✅
55.2 Execution Responsibility ✅
55.3 Module Design ✅
55.4 Execution Core ✅
55.5 Execution Object ✅
55.6 Task Management ✅
55.7 Workflow Engine ✅
55.8 Agent Execution ✅
55.9 Action Control ✅
55.10 Resource Management ✅
55.11 Execution Monitoring ✅
55.12 Execution Pipeline ✅
55.13 Execution Intelligence Model ✅
下一节:
55.14 Execution Runtime Integration与综合测试
重点:
- Execution Runtime启动
- Decision → Execution测试
- Agent Collaboration测试
- Workflow动态调整测试
- Failure Recovery测试
- Self-Healing测试
- WSaiOS Cognitive Execution Engine v1.0完成
进入:
WSaiOS形成 Perception → Understanding → Memory → Learning → Knowledge → Reasoning → Decision → Execution完整认知闭环。