WSaiOS Reference Implementation Spec v1.0
(参考实现规范)
一、系统定义(Definition)
WSaiOS Reference Implementation Spec 定义了WSaiOS各层(Kernel / Runtime / Instruction / Object / Semantic / Capability / WSCP / Evaluation)的标准化实现方式,用于指导开源实现、工程落地与系统复现。
二、实现目标(Implementation Goals)
✔ 1. 可实现性(Implementability)
所有模块必须可以被工程实现,而不是理论描述。
✔ 2. 可替换性(Replaceability)
每个模块可以独立实现、替换、升级。
✔ 3. 可运行性(Runnability)
整个系统必须可形成闭环执行链。
✔ 4. 最小实现原则(Minimal Viable System)
允许最小系统运行,而非完整企业级系统。
三、系统总体架构(System Architecture)
[User Input]
↓
Instruction Engine
↓
Object System
↓
Semantic Language System
↓
WSCP Protocol Layer
↓
Runtime Engine
↓
Kernel
↓
Capability Layer (External Providers)
四、模块实现规范(Module Implementation Specs)
4.1 Kernel Implementation
✔ 核心职责
- 状态管理
- 指令执行调度
- 系统一致性控制
✔ 实现建议
loop:
instruction = Runtime.fetch()
state = load_system_state()
result = execute(instruction, state)
update_state(result)
✔ 数据结构
- SystemState(全局状态)
- ObjectRegistry
- ExecutionTrace
4.2 Runtime Implementation
✔ 核心职责
- WSCP路由
- 执行编排
- 模块调度
✔ 实现结构
function execute_instruction(i):
ws_message = WSCP.wrap(i)
target = route(ws_message)
response = dispatch(target)
return response
4.3 Instruction Engine Implementation
✔ 核心职责
- 输入解析
- 指令结构化
- 意图拆解
✔ 实现结构
function parse(input):
intent = classify(input)
structure = decompose(intent)
return InstructionObject(structure)
4.4 Object System Implementation
✔ 核心职责
- 数据统一建模
- 关系图维护
✔ 数据存储结构
{
"objects": {},
"relations_graph": {},
"state_index": {}
}
✔ 实现方式
- Graph DB(推荐)
- 或 JSON Graph Store
4.5 Semantic Language System Implementation
✔ 核心职责
- Object → Expression转换
- 语义组织
✔ 实现结构
function generate(objects):
semantic_units = map(objects)
structure = organize(semantic_units)
return format(structure)
4.6 Capability Layer Implementation
✔ 核心职责
- 外部能力调用
- LLM / API / Tool适配
✔ 实现结构
function call(capability, input):
adapter = get_adapter(capability)
response = adapter.execute(input)
return normalize(response)
✔ Capability Registry
{
"llm": "OpenAI / Local Model",
"search": "Search API",
"tool": "System Tools"
}
4.7 WSCP Implementation
✔ 核心职责
- 模块通信协议
- 路由
- Trace管理
✔ 实现结构
function send(message):
validate(message)
route(message.target)
log_trace(message)
return response
✔ Message Bus
- Event Bus 或 Message Queue(Kafka / Redis Stream)
4.8 Evaluation System Implementation
✔ 核心职责
- 指标计算
- 系统评估
- 反馈生成
✔ 实现结构
function evaluate(system):
cq = compute_cognitive_quality(system)
kq = compute_knowledge_quality(system)
dq = compute_decision_quality(system)
sp = compute_performance(system)
ev = compute_value(system)
return score(cq,kq,dq,sp,ev)
五、推荐技术实现栈(Reference Stack)
✔ Core Layer
- Python / Rust / Go
✔ Object System
- Neo4j / ArangoDB / GraphQL Layer
✔ Runtime / WSCP
- Kafka / Redis Streams / gRPC
✔ Capability Layer
- REST / gRPC / SDK adapters
✔ Storage
- JSON Graph Store / Document DB
六、最小可运行系统(MVP Definition)
✔ 必须包含:
- Instruction Engine
- Object System
- Runtime
- WSCP Router
- 1个Capability(如LLM或Mock)
✔ 可运行闭环:
Input → Instruction → Object → Runtime → Capability → Output
七、系统运行模型(Execution Model)
User Input
↓
Instruction Engine
↓
Object System
↓
Semantic Layer
↓
WSCP Runtime
↓
Kernel Execution
↓
Capability Call (optional)
↓
Response Output
八、设计原则(Engineering Principles)
✔ 1. 模块可独立运行
每一层可以单独测试
✔ 2. 接口优先(Interface First)
先定义WSCP,再实现模块
✔ 3. 数据驱动(Data Driven)
Object System是核心
✔ 4. 可替换架构(Replaceable Architecture)
任何模块都可替换实现
✔ 5. 最小闭环优先(Minimal Loop First)
先跑通最小系统,再扩展
九、系统本质定义(Core Definition)
WSaiOS Reference Implementation is a modular, protocol-driven cognitive operating system architecture that can be independently implemented using interchangeable components connected through WSCP, enabling a fully decoupled cognition-execution system.
十、中文严格定义(白皮书级)
WSaiOS参考实现规范定义了一个基于模块化、协议驱动的认知操作系统实现结构,各模块通过WSCP协议连接,实现可替换、可运行、可扩展的完整系统闭环。
十一、一句话收束(最关键)
这一层的意义是:让你的WSaiOS从“理论体系”变成“可以真正写代码实现的系统”。
如果你下一步继续(你已经到顶层收敛)
你现在完整体系已经是:
- Kernel
- Runtime
- Instruction Engine
- Object System
- Semantic Layer
- Capability Layer
- WSCP
- Evaluation
- Reference Implementation