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# 工单 #36: NAC公链逐层接口规范与适配器实现
**工单链接**: https://git.newassetchain.io/nacadmin/NAC_Blockchain/issues/36
**目标**: 逐层分析每一层实现的功能，为每个功能模块建立适配器，并在SDK中统一调用方式和适配器。
**创建时间**: 2026-02-19
**状态**: 进行中
---
## 一、NAC公链层级架构
根据nac-udm模块的实际结构，NAC公链采用**六层架构**：
```
L5: 应用层 (l5_application)
↓
L4: AI层 (l4_ai)
↓
L3: 存储层 (l3_storage)
↓
L2: 宪政/治理/网络层 (l2_constitutional, l2_governance, l2_network)
↓
L1: 协议层 (l1_protocol)
↓
L0: 原生层 (l0_native)
```
---
## 二、现有模块分析
### 2.1 nac-sdk (当前状态)
**位置**: `/home/ubuntu/NAC_Clean_Dev/nac-sdk`
**现有模块**:
- `client/` - NRPC3客户端（需要升级到NRPC4）
- `crypto/` - Blake3哈希、AssetDNA、GNACS编码
- `protocols/` - ACC20协议（ACC721、ACC1155、XTZH待实现）
- `types/` - 类型定义
- `error/` - 错误处理
- `utils/` - 工具函数
- `advanced/` - 高级功能（待实现）
**问题**:
1. ❌ 没有分层的适配器架构
2. ❌ 使用NRPC3，需要升级到NRPC4
3. ❌ 缺少L0-L5各层的完整接口定义
4. ❌ 缺少统一的适配器调用方式
### 2.2 nac-nrpc4 (NRPC 4.0协议)
**位置**: `/home/ubuntu/NAC_Clean_Dev/nac-nrpc4`
**六层架构**:
- L1: 元胞层 (l1_cell) - 元胞自动机路由
- L2: 文明层 (l2_civilization) - 文明特征向量、灵魂签名
- L3: 聚合层 (l3_aggregation) - 文明间路由、意识分叉
- L4: 宪法层 (l4_constitution) - 全息编码、分片存储
- L5: 价值层 (l5_value) - XIC/XTZH跨文明价值交换
- L6: 应用层 (l6_application) - AA-PE、FTAN、UCA
**核心模块**:
- `connection.rs` - 连接管理
- `performance.rs` - 性能优化
- `security.rs` - 安全机制
- `retry.rs` - 重试机制
### 2.3 nac-udm (统一数据模型)
**位置**: `/home/ubuntu/NAC_Clean_Dev/nac-udm`
**层级模块**:
- `l0_native/` - 原生层
- `l1_protocol/` - 协议层（NVM、CBPP、GNACS、ACC）
- `l2_constitutional/` - 宪政层
- `l2_governance/` - 治理层
- `l2_network/` - 网络层
- `l3_storage/` - 存储层
- `l4_ai/` - AI层
- `l5_application/` - 应用层
**其他模块**:
- `asset_dna/` - 资产DNA生成
- `dividend_ai/` - 分红AI
- `primitives/` - 基础类型
- `registry/` - 注册表
- `utils/` - 工具函数
### 2.4 nac-ai-compliance (AI合规审批)
**位置**: `/home/ubuntu/NAC_Clean_Dev/nac-ai-compliance`
**核心功能**: 七层合规验证（KYC/AML、资产真实性、法律合规、财务合规、税务合规、ESG合规、持续监控）
**代码量**: 2,185行
### 2.5 nac-ai-valuation (AI估值引擎)
**位置**: `/home/ubuntu/NAC_Clean_Dev/nac-ai-valuation`
**核心功能**: 多元AI协同估值（ChatGPT、DeepSeek、豆包）
**代码量**: 25,369行
### 2.6 nac-api-server (API服务器)
**位置**: `/home/ubuntu/NAC_Clean_Dev/nac-api-server`
**核心功能**:
- 钱包API（余额查询、转账、交易历史）
- 交易所API（资产列表、订单管理、市场数据）
- 区块链集成（RPC连接）
**问题**: 使用JSON-RPC，需要升级到NRPC4
---
## 三、完整的层级接口规范
### 3.1 L0 原生层接口
**模块**: `nac-sdk/src/adapters/l0_native.rs`
```rust
/// L0原生层适配器
pub struct L0NativeAdapter {
// 内部实现
}
impl L0NativeAdapter {
/// 创建新的L0适配器
pub fn new() -> Result<Self>;
// 地址操作
pub fn generate_address(public_key: &[u8]) -> Address32;
pub fn validate_address(address: &Address32) -> bool;
pub fn address_from_private_key(private_key: &PrivateKey) -> Address32;
// 哈希操作
pub fn hash_sha3_384(data: &[u8]) -> Hash48;
pub fn compute_block_hash(block_header: &BlockHeader) -> Hash48;
pub fn compute_transaction_hash(tx: &Transaction) -> Hash48;
pub fn compute_merkle_root(hashes: &[Hash48]) -> Hash48;
// 密码学操作
pub fn generate_keypair() -> (PrivateKey, PublicKey);
pub fn sign_data(data: &[u8], private_key: &PrivateKey) -> Signature;
pub fn verify_signature(data: &[u8], signature: &Signature, public_key: &PublicKey) -> bool;
pub fn sign_transaction(tx: &Transaction, private_key: &PrivateKey) -> SignedTransaction;
// 编码/解码
pub fn encode_transaction(tx: &Transaction) -> Vec<u8>;
pub fn decode_transaction(data: &[u8]) -> Result<Transaction>;
pub fn encode_block(block: &Block) -> Vec<u8>;
pub fn decode_block(data: &[u8]) -> Result<Block>;
}
```
### 3.2 L1 协议层接口
**模块**: `nac-sdk/src/adapters/l1_protocol.rs`
```rust
/// L1协议层适配器
pub struct L1ProtocolAdapter {
nvm_client: NVMClient,
cbpp_client: CBPPClient,
gnacs_encoder: GNACSEncoder,
acc_protocols: ACCProtocols,
}
impl L1ProtocolAdapter {
/// 创建新的L1适配器
pub async fn new(config: &L1Config) -> Result<Self>;
// ===== NVM虚拟机 =====
/// 部署Charter智能合约
pub async fn deploy_contract(
&self,
bytecode: &[u8],
constructor_args: &[u8],
deployer: &Address32,
) -> Result<ContractDeployResult>;
/// 调用智能合约方法
pub async fn call_contract(
&self,
contract_addr: &Address32,
method: &str,
args: &[u8],
caller: &Address32,
) -> Result<ContractCallResult>;
/// 查询合约状态
pub async fn query_contract_state(
&self,
contract_addr: &Address32,
key: &[u8],
) -> Result<Vec<u8>>;
/// 估算Gas消耗
pub async fn estimate_gas(
&self,
tx: &Transaction,
) -> Result<u64>;
// ===== CBPP共识 =====
/// 提交交易到交易池
pub async fn submit_transaction(
&self,
tx: &SignedTransaction,
) -> Result<Hash48>;
/// 获取区块
pub async fn get_block(
&self,
block_number: u64,
) -> Result<Block>;
/// 获取区块（按哈希）
pub async fn get_block_by_hash(
&self,
block_hash: &Hash48,
) -> Result<Block>;
/// 获取最新区块高度
pub async fn get_latest_block_number(&self) -> Result<u64>;
/// 获取交易收据
pub async fn get_transaction_receipt(
&self,
tx_hash: &Hash48,
) -> Result<TransactionReceipt>;
/// 等待交易确认
pub async fn wait_for_confirmation(
&self,
tx_hash: &Hash48,
confirmations: u32,
) -> Result<TransactionReceipt>;
// ===== GNACS编码系统 =====
/// 生成GNACS编码
pub fn generate_gnacs_code(
&self,
asset_type: &str,
jurisdiction: &str,
sub_category: Option<&str>,
) -> Result<GNACSCode>;
/// 解析GNACS编码
pub fn parse_gnacs_code(
&self,
code: &GNACSCode,
) -> Result<GNACSMetadata>;
/// 验证GNACS编码
pub fn validate_gnacs_code(
&self,
code: &GNACSCode,
) -> bool;
// ===== ACC协议族 =====
/// 部署ACC-20代币
pub async fn deploy_acc20_token(
&self,
metadata: &ACC20Metadata,
deployer: &Address32,
) -> Result<Address32>;
/// 铸造ACC-20代币
pub async fn mint_acc20(
&self,
token_addr: &Address32,
to: &Address32,
amount: Decimal,
minter: &Address32,
) -> Result<Hash48>;
/// 转账ACC-20代币
pub async fn transfer_acc20(
&self,
token_addr: &Address32,
from: &Address32,
to: &Address32,
amount: Decimal,
) -> Result<Hash48>;
/// 查询ACC-20余额
pub async fn balance_of_acc20(
&self,
token_addr: &Address32,
owner: &Address32,
) -> Result<Decimal>;
/// 部署ACC-1400证券型代币
pub async fn deploy_acc1400_token(
&self,
metadata: &ACC1400Metadata,
deployer: &Address32,
) -> Result<Address32>;
/// 铸造XTZH稳定币
pub async fn mint_xtzh(
&self,
amount: Decimal,
collateral_proof: &CollateralProof,
minter: &Address32,
) -> Result<Hash48>;
/// 查询XTZH余额
pub async fn balance_of_xtzh(
&self,
owner: &Address32,
) -> Result<Decimal>;
/// 查询SDR汇率
pub async fn get_sdr_rate(&self) -> Result<Decimal>;
// ===== 跨分片交易 =====
/// 提交跨分片交易
pub async fn submit_cross_shard_transaction(
&self,
tx: &SignedTransaction,
target_shard: u32,
) -> Result<Hash48>;
/// 查询跨分片交易状态
pub async fn get_cross_shard_status(
&self,
tx_hash: &Hash48,
) -> Result<CrossShardStatus>;
}
```
### 3.3 L2 宪政/治理/网络层接口
**模块**: `nac-sdk/src/adapters/l2_layer.rs`
```rust
/// L2层适配器
pub struct L2Adapter {
constitutional: ConstitutionalAdapter,
governance: GovernanceAdapter,
network: NetworkAdapter,
}
impl L2Adapter {
/// 创建新的L2适配器
pub async fn new(config: &L2Config) -> Result<Self>;
// ===== 宪政层 =====
/// 检查交易的宪政合规性
pub async fn check_constitutional_compliance(
&self,
tx: &Transaction,
) -> Result<ComplianceResult>;
/// 提出宪法修正案
pub async fn propose_amendment(
&self,
amendment: &Amendment,
proposer: &Address32,
) -> Result<ProposalId>;
/// 对修正案投票
pub async fn vote_on_amendment(
&self,
proposal_id: ProposalId,
vote: Vote,
voter: &Address32,
) -> Result<Hash48>;
/// 查询修正案状态
pub async fn get_amendment_status(
&self,
proposal_id: ProposalId,
) -> Result<AmendmentStatus>;
// ===== 治理层 =====
/// 创建治理提案
pub async fn create_proposal(
&self,
proposal: &Proposal,
proposer: &Address32,
) -> Result<ProposalId>;
/// 对提案投票
pub async fn vote_on_proposal(
&self,
proposal_id: ProposalId,
vote: Vote,
voter: &Address32,
) -> Result<Hash48>;
/// 执行通过的提案
pub async fn execute_proposal(
&self,
proposal_id: ProposalId,
executor: &Address32,
) -> Result<Hash48>;
/// 查询提案详情
pub async fn get_proposal(
&self,
proposal_id: ProposalId,
) -> Result<ProposalDetails>;
/// 查询投票权重
pub async fn get_voting_power(
&self,
voter: &Address32,
) -> Result<Decimal>;
// ===== 网络层 (CSNP) =====
/// 广播交易到网络
pub async fn broadcast_transaction(
&self,
tx: &SignedTransaction,
) -> Result<()>;
/// 广播区块到网络
pub async fn broadcast_block(
&self,
block: &Block,
) -> Result<()>;
/// 同步区块
pub async fn sync_blocks(
&self,
from_height: u64,
to_height: u64,
) -> Result<Vec<Block>>;
/// 查询网络节点
pub async fn get_peers(&self) -> Result<Vec<PeerInfo>>;
/// 连接到节点
pub async fn connect_to_peer(
&self,
peer_addr: &str,
) -> Result<()>;
}
```
### 3.4 L3 存储层接口
**模块**: `nac-sdk/src/adapters/l3_storage.rs`
```rust
/// L3存储层适配器
pub struct L3StorageAdapter {
state_db: StateDatabase,
block_db: BlockDatabase,
ipfs_client: Option<IPFSClient>,
}
impl L3StorageAdapter {
/// 创建新的L3适配器
pub async fn new(config: &L3Config) -> Result<Self>;
// ===== 状态数据库 =====
/// 获取账户状态
pub async fn get_account_state(
&self,
address: &Address32,
) -> Result<AccountState>;
/// 设置账户状态
pub async fn set_account_state(
&self,
address: &Address32,
state: &AccountState,
) -> Result<()>;
/// 获取合约存储
pub async fn get_contract_storage(
&self,
contract_addr: &Address32,
key: &[u8],
) -> Result<Vec<u8>>;
/// 设置合约存储
pub async fn set_contract_storage(
&self,
contract_addr: &Address32,
key: &[u8],
value: &[u8],
) -> Result<()>;
/// 获取状态根哈希
pub async fn get_state_root(&self) -> Result<Hash48>;
// ===== 区块存储 =====
/// 存储区块
pub async fn store_block(
&self,
block: &Block,
) -> Result<()>;
/// 获取区块（按高度）
pub async fn get_block_by_height(
&self,
height: u64,
) -> Result<Block>;
/// 获取区块（按哈希）
pub async fn get_block_by_hash(
&self,
hash: &Hash48,
) -> Result<Block>;
/// 存储交易
pub async fn store_transaction(
&self,
tx: &Transaction,
) -> Result<()>;
/// 获取交易
pub async fn get_transaction(
&self,
tx_hash: &Hash48,
) -> Result<Transaction>;
/// 存储交易收据
pub async fn store_receipt(
&self,
receipt: &TransactionReceipt,
) -> Result<()>;
/// 获取交易收据
pub async fn get_receipt(
&self,
tx_hash: &Hash48,
) -> Result<TransactionReceipt>;
// ===== IPFS集成 =====
/// 上传文件到IPFS
pub async fn upload_to_ipfs(
&self,
data: &[u8],
) -> Result<String>; // 返回CID
/// 从IPFS下载文件
pub async fn download_from_ipfs(
&self,
cid: &str,
) -> Result<Vec<u8>>;
/// 固定IPFS文件
pub async fn pin_ipfs_file(
&self,
cid: &str,
) -> Result<()>;
}
```
### 3.5 L4 AI层接口
**模块**: `nac-sdk/src/adapters/l4_ai.rs`
```rust
/// L4 AI层适配器
pub struct L4AIAdapter {
compliance: AIComplianceAdapter,
valuation: AIValuationAdapter,
risk: AIRiskAdapter,
xtzh_ai: XTZHAIAdapter,
}
impl L4AIAdapter {
/// 创建新的L4适配器
pub async fn new(config: &L4Config) -> Result<Self>;
// ===== AI合规审批 =====
/// 执行七层合规验证
pub async fn verify_compliance(
&self,
data: &ComplianceData,
) -> Result<ComplianceResult>;
/// 生成ZK证明
pub async fn generate_zk_proof(
&self,
result: &ComplianceResult,
) -> Result<ZKProof>;
/// 生成合规报告
pub async fn generate_compliance_report(
&self,
results: &[ComplianceResult],
) -> Result<ComplianceReport>;
// ===== AI估值引擎 =====
/// 评估资产价值
pub async fn appraise_asset(
&self,
asset: &Asset,
jurisdiction: Jurisdiction,
agreement: InternationalAgreement,
) -> Result<ValuationResult>;
/// 获取市场数据
pub async fn get_market_data(
&self,
asset_type: &str,
) -> Result<MarketData>;
/// 批量估值
pub async fn batch_appraise(
&self,
assets: &[Asset],
) -> Result<Vec<ValuationResult>>;
// ===== AI风险评估 =====
/// 评估交易风险
pub async fn assess_transaction_risk(
&self,
tx: &Transaction,
) -> Result<RiskScore>;
/// 检测异常行为
pub async fn detect_anomaly(
&self,
behavior: &UserBehavior,
) -> Result<AnomalyReport>;
/// 生成风险报告
pub async fn generate_risk_report(
&self,
address: &Address32,
period: Duration,
) -> Result<RiskReport>;
// ===== XTZH AI引擎 =====
/// 优化储备配置
pub async fn optimize_reserves(
&self,
current_reserves: &Reserves,
) -> Result<ReserveStrategy>;
/// 预测SDR汇率
pub async fn predict_sdr_rate(
&self,
horizon: Duration,
) -> Result<SDRForecast>;
/// 管理流动性
pub async fn manage_liquidity(
&self,
current_liquidity: &LiquidityState,
) -> Result<LiquidityStrategy>;
}
```
### 3.6 L5 应用层接口
**模块**: `nac-sdk/src/adapters/l5_application.rs`
```rust
/// L5应用层适配器
pub struct L5ApplicationAdapter {
wallet: WalletAdapter,
dapp: DAppAdapter,
explorer: ExplorerAdapter,
exchange: ExchangeAdapter,
}
impl L5ApplicationAdapter {
/// 创建新的L5适配器
pub async fn new(config: &L5Config) -> Result<Self>;
// ===== 钱包接口 =====
/// 创建钱包
pub async fn create_wallet(
&self,
password: &str,
) -> Result<Wallet>;
/// 导入钱包
pub async fn import_wallet(
&self,
mnemonic: &str,
password: &str,
) -> Result<Wallet>;
/// 发送交易
pub async fn send_transaction(
&self,
from: &Address32,
to: &Address32,
amount: Decimal,
asset: Option<&Address32>,
) -> Result<Hash48>;
/// 查询余额
pub async fn get_balance(
&self,
address: &Address32,
) -> Result<BalanceInfo>;
/// 查询交易历史
pub async fn get_transaction_history(
&self,
address: &Address32,
limit: u32,
) -> Result<Vec<TransactionInfo>>;
// ===== DApp接口 =====
/// 调用合约方法
pub async fn call_contract_method(
&self,
contract: &Address32,
method: &str,
params: &[Value],
caller: &Address32,
) -> Result<Value>;
/// 订阅合约事件
pub async fn subscribe_event(
&self,
contract: &Address32,
event_name: &str,
) -> Result<EventStream>;
/// 批量调用
pub async fn batch_call(
&self,
calls: &[ContractCall],
) -> Result<Vec<Value>>;
// ===== 浏览器接口 =====
/// 获取交易收据
pub async fn get_transaction_receipt(
&self,
tx_hash: &Hash48,
) -> Result<TransactionReceipt>;
/// 获取链上统计
pub async fn get_chain_stats(&self) -> Result<ChainStatistics>;
/// 搜索地址
pub async fn search_address(
&self,
query: &str,
) -> Result<Vec<AddressInfo>>;
// ===== 交易所接口 =====
/// 在交易所上架代币
pub async fn list_token_on_exchange(
&self,
token: &Address32,
metadata: &TokenMetadata,
) -> Result<ListingId>;
/// 创建交易对
pub async fn create_trading_pair(
&self,
base: &Address32,
quote: &Address32,
) -> Result<PairId>;
/// 下单
pub async fn place_order(
&self,
order: &Order,
) -> Result<OrderId>;
/// 查询订单簿
pub async fn get_orderbook(
&self,
pair_id: PairId,
) -> Result<Orderbook>;
/// 查询市场数据
pub async fn get_market_data(
&self,
pair_id: PairId,
) -> Result<MarketData>;
}
```
---
## 四、统一适配器架构
### 4.1 NACAdapter - 统一入口
**模块**: `nac-sdk/src/adapters/mod.rs`
```rust
/// NAC SDK统一适配器
pub struct NACAdapter {
l0: L0NativeAdapter,
l1: L1ProtocolAdapter,
l2: L2Adapter,
l3: L3StorageAdapter,
l4: L4AIAdapter,
l5: L5ApplicationAdapter,
config: NACConfig,
}
impl NACAdapter {
/// 创建新的NAC适配器
pub async fn new(config: NACConfig) -> Result<Self> {
Ok(Self {
l0: L0NativeAdapter::new()?,
l1: L1ProtocolAdapter::new(&config.l1).await?,
l2: L2Adapter::new(&config.l2).await?,
l3: L3StorageAdapter::new(&config.l3).await?,
l4: L4AIAdapter::new(&config.l4).await?,
l5: L5ApplicationAdapter::new(&config.l5).await?,
config,
})
}
/// 获取L0层适配器
pub fn l0(&self) -> &L0NativeAdapter {
&self.l0
}
/// 获取L1层适配器
pub fn l1(&self) -> &L1ProtocolAdapter {
&self.l1
}
/// 获取L2层适配器
pub fn l2(&self) -> &L2Adapter {
&self.l2
}
/// 获取L3层适配器
pub fn l3(&self) -> &L3StorageAdapter {
&self.l3
}
/// 获取L4层适配器
pub fn l4(&self) -> &L4AIAdapter {
&self.l4
}
/// 获取L5层适配器
pub fn l5(&self) -> &L5ApplicationAdapter {
&self.l5
}
}
```
### 4.2 配置结构
```rust
/// NAC配置
#[derive(Debug, Clone)]
pub struct NACConfig {
pub l1: L1Config,
pub l2: L2Config,
pub l3: L3Config,
pub l4: L4Config,
pub l5: L5Config,
}
/// L1层配置
#[derive(Debug, Clone)]
pub struct L1Config {
pub nrpc4_url: String,
pub chain_id: u32,
pub timeout: Duration,
}
/// L2层配置
#[derive(Debug, Clone)]
pub struct L2Config {
pub constitutional_url: String,
pub governance_url: String,
pub network_peers: Vec<String>,
}
/// L3层配置
#[derive(Debug, Clone)]
pub struct L3Config {
pub state_db_path: String,
pub block_db_path: String,
pub ipfs_url: Option<String>,
}
/// L4层配置
#[derive(Debug, Clone)]
pub struct L4Config {
pub chatgpt_key: String,
pub deepseek_key: String,
pub doubao_key: String,
}
/// L5层配置
#[derive(Debug, Clone)]
pub struct L5Config {
pub wallet_db_path: String,
pub explorer_url: String,
pub exchange_url: String,
}
```
---
## 五、实施计划
### 5.1 阶段一：基础架构（第1周）
- [ ] 创建`nac-sdk/src/adapters/`目录结构
- [ ] 实现`mod.rs` - 统一适配器入口
- [ ] 实现配置结构`NACConfig`
- [ ] 编写基础测试框架
### 5.2 阶段二：L0原生层（第2周）
- [ ] 实现`l0_native.rs`完整接口
- [ ] 集成nac-udm的l0_native模块
- [ ] 编写单元测试（覆盖率>90%）
- [ ] 编写使用示例
### 5.3 阶段三：L1协议层（第3-4周）
- [ ] 实现`l1_protocol.rs`完整接口
- [ ] 集成NVM、CBPP、GNACS、ACC模块
- [ ] 升级到NRPC4协议
- [ ] 编写集成测试
- [ ] 编写使用示例
### 5.4 阶段四：L2层（第5周）
- [ ] 实现`l2_layer.rs`完整接口
- [ ] 集成宪政、治理、网络模块
- [ ] 编写集成测试
- [ ] 编写使用示例
### 5.5 阶段五：L3存储层（第6周）
- [ ] 实现`l3_storage.rs`完整接口
- [ ] 集成状态数据库、区块存储、IPFS
- [ ] 编写性能测试
- [ ] 编写使用示例
### 5.6 阶段六：L4 AI层（第7-8周）
- [ ] 实现`l4_ai.rs`完整接口
- [ ] 集成nac-ai-compliance、nac-ai-valuation
- [ ] 集成XTZH AI引擎
- [ ] 编写端到端测试
- [ ] 编写使用示例
### 5.7 阶段七：L5应用层（第9周）
- [ ] 实现`l5_application.rs`完整接口
- [ ] 集成钱包、DApp、浏览器、交易所接口
- [ ] 编写用户场景测试
- [ ] 编写使用示例
### 5.8 阶段八：文档和示例（第10周）
- [ ] 编写完整的API文档
- [ ] 编写架构设计文档
- [ ] 编写使用指南
- [ ] 创建示例项目（至少5个）
- [ ] 录制视频教程
---
## 六、验收标准
### 6.1 代码质量
- [ ] 所有适配器100%完整实现，无简化版本
- [ ] 单元测试覆盖率 > 90%
- [ ] 集成测试覆盖所有主要功能
- [ ] 无编译警告
- [ ] 通过Clippy检查
### 6.2 文档质量
- [ ] 每个公共API都有完整的文档注释
- [ ] 提供至少5个完整的使用示例
- [ ] 架构设计文档完整清晰
- [ ] 使用指南详细易懂
### 6.3 性能要求
- [ ] L0层操作 < 1ms
- [ ] L1层RPC调用 < 100ms
- [ ] L3层存储操作 < 10ms
- [ ] L4层AI调用 < 5s
### 6.4 兼容性
- [ ] 支持Rust 1.70+
- [ ] 支持Linux、macOS、Windows
- [ ] 支持WASM编译
---
## 七、当前状态
**开始时间**: 2026-02-19
**当前阶段**: 阶段一 - 基础架构
**已完成**:
- [x] 分析NAC公链层级架构
- [x] 分析现有模块结构
- [x] 设计完整的接口规范
- [x] 制定实施计划
**进行中**:
- [ ] 创建适配器目录结构
- [ ] 实现统一适配器入口
**下一步**:
- 创建`nac-sdk/src/adapters/`目录
- 实现`NACAdapter`统一入口
- 实现配置结构
---
## 八、相关资源
- **工单链接**: https://git.newassetchain.io/nacadmin/NAC_Blockchain/issues/36
- **nac-sdk**: `/home/ubuntu/NAC_Clean_Dev/nac-sdk`
- **nac-udm**: `/home/ubuntu/NAC_Clean_Dev/nac-udm`
- **nac-nrpc4**: `/home/ubuntu/NAC_Clean_Dev/nac-nrpc4`
- **nac-ai-compliance**: `/home/ubuntu/NAC_Clean_Dev/nac-ai-compliance`
- **nac-ai-valuation**: `/home/ubuntu/NAC_Clean_Dev/nac-ai-valuation`
---
**最后更新**: 2026-02-19
**负责人**: NAC开发团队
**状态**: 进行中
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