phase 2 serial
This commit is contained in:
@@ -6,27 +6,177 @@
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## 1. 概述
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`softbus_edge` 是边缘代理可执行文件,负责设备数据采集(ingress)、原始包上行(egress)与下行命令接收。Phase 1 使用 `MockModbusIngress` 模拟 Modbus 数据,无真实硬件依赖。
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`softbus_edge` 是边缘代理进程,运行在靠近现场设备的一侧,负责:
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## 2. CONSTRAINTS
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- **物理域采集(ingress)**:按 `physical_*.json` 轮询 Modbus RTU/TCP 等设备,产出 `RawPacket`
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- **上行(egress/uplink)**:经 TCP 将 `RawPacket`、心跳、注册信息发送给 `softbus_daemon`
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- **下行(egress)**:接收 daemon 下发的 `ExecuteCommand`,写回物理设备(Modbus 写寄存器等)
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- 边缘代理不得直接操作 OPC UA 或插件解析,仅产生 `RawPacket` 并发送。
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- ingress 实现须遵循 `IIngressPort` 接口,便于 Phase 2 替换为真实硬件驱动。
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- 下行命令 Phase 1 仅日志输出,不得假装已写回设备。
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- 边缘代理通过 CLI 参数配置连接地址,不读取 `daemon_profile.json`。
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edge **不**加载逻辑点表、**不**操作 OPC UA、**不**运行 `protocol_modbus` 插件。协议解析与 OPC 绑定均在 daemon 侧完成。
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## 3. 组件架构
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| 模式 | 说明 |
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|------|------|
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| **正常模式** | libmodbus + `ModbusIngress`,读真实硬件 |
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| **Mock 模式** | `--mock`,无硬件,模拟 Modbus 帧上行 |
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| **独立模式** | daemon 未启动时 edge 仍可运行,后台重连 uplink |
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---
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## 2. 与 daemon 的职责边界(双域)
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```
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┌─────────────────────────────────────────────────────────────────┐
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│ edge(物理域) daemon(逻辑域) │
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├─────────────────────────────────────────────────────────────────┤
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│ config/edge/ config/daemon/ │
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│ edge.json daemon_profile.json │
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│ physical_channels.json logical_points.json │
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│ physical_devices.json bindings_global.json │
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│ bindings_local.json(可选) topic_rule.json │
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│ │
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│ 读硬件 → RawPacket RawPacket → 插件解析 │
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│ 写硬件 ← physicalPointId → bindings → OPC UA 节点 │
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└─────────────────────────────────────────────────────────────────┘
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```
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| 配置 | edge 是否加载 | 用途 |
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|------|---------------|------|
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| `physical_channels.json` | 是 | 串口 / TCP 通道参数 |
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| `physical_devices.json` | 是 | 从站、寄存器、物理点 ID |
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| `bindings_local.json` | 可选 | 下行写命令的**本地备用**解析(正常联调几乎不用) |
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| `logical_points.json` | **否** | daemon 专用 |
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| `bindings_global.json` | **否** | daemon 专用(上行绑定 + 下行路由) |
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edge 上行时**不做** binding 初筛:所有已配置物理点都会采集并上报;是否绑定 OPC 由 daemon 的 `bindings_global.json` 决定(未绑定点进入 `edge/unbound/raw/...`)。
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---
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## 3. 配置加载流程
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### 3.1 入口文件
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默认配置:`config/edge/edge.json`。子路径**相对 `edge.json` 所在目录**解析。
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```json
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{
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"edge": {
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"edgeId": "edge01",
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"deviceId": "EdgeDevice_01",
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"daemonHost": "127.0.0.1",
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"daemonPort": 9000,
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"heartbeatPeriodMs": 1000,
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"uplinkReconnectPeriodMs": 5000,
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"physicalChannels": "physical_channels.json",
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"physicalDevices": "physical_devices.json",
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"bindingsLocal": "bindings_local.json"
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}
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}
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```
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| 字段 | 说明 |
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|------|------|
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| `edgeId` | 边缘实例 ID,uplink 注册与 daemon 路由用 |
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| `deviceId` | 逻辑设备名(ACK 等场景) |
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| `daemonHost` / `daemonPort` | 核心 uplink 地址 |
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| `heartbeatPeriodMs` | 心跳周期(仅 uplink 已连接时发送) |
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| `uplinkReconnectPeriodMs` | daemon 不可达时的重连间隔 |
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| `physicalChannels` / `physicalDevices` | 物理层配置 |
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| `bindingsLocal` | 可选;空则跳过 |
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| `bindingsPatch` | 可选;热加载绑定补丁 |
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### 3.2 启动时加载顺序(`EdgeRuntime::init`)
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```
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1. EdgeConfig.loadFromFile(--config)
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2. PhysicalRegistry.loadChannels(physical_channels.json)
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3. PhysicalRegistry.loadDevices(physical_devices.json, edgeId)
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→ 物理点 ID 自动加前缀:edge01/phy_modbus_s1_r40001
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4. [可选] BindingRegistry.loadLocal(bindings_local.json)
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5. UplinkClient + CommandExecutor 初始化
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6. DeviceFactory.createIngress → ModbusIngress 或 MockModbusIngress
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7. ModbusChannelManager.openChannel(逐通道 libmodbus 连接)
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8. uplink.connect();成功则 sendEdgeRegister(edgeId)
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→ 失败仅 WARN,edge 独立运行并后台重连
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```
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### 3.3 物理通道(`physical_channels.json`)
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```json
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{
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"channels": [
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{
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"channelId": "serial_0",
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"protocol": "modbus",
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"transport": "rtu",
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"port": "/dev/ttyS3",
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"baudRate": 9600,
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"parity": "N",
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"dataBits": 8,
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"stopBits": 1,
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"pollIntervalMs": 500
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}
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]
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}
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```
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| 字段 | 说明 |
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|------|------|
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| `transport` | `rtu`(串口)或 `tcp`(Modbus TCP,需 `host` + `tcpPort`) |
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| `pollIntervalMs` | 该通道下所有点的轮询周期(当前整通道统一) |
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### 3.4 物理设备与点(`physical_devices.json`)
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```json
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{
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"devices": [
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{
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"physicalDeviceId": "phy_modbus_slave_1",
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"channelId": "serial_0",
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"protocol": "modbus",
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"slaveId": 1,
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"points": [
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{
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"physicalPointId": "phy_modbus_s1_r40001",
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"register": 40001,
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"function": 3,
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"scale": 0.1,
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"signalType": "AI",
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"writable": false
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}
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]
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}
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]
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}
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```
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运行时 `physicalPointId` 会变为 `{edgeId}/{physicalPointId}`,作为 `RawPacket.sourceId` 上报。
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### 3.5 热加载
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| 信号 | 行为 |
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|------|------|
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| `SIGHUP` | `reloadPhysical()`:重载 channels + devices,重建 Modbus 连接 |
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| `SIGHUP` | `reloadBindingsPatch()`:若配置了 `bindingsPatch` 则增量应用 |
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| 文件变更 | `ConfigWatcher` 监视 `physical_channels`、`physical_devices`、`bindingsPatch` |
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---
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## 4. 组件架构
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```
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main.cpp
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├── MockModbusIngress (IIngressPort) ← 入站采集
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├── UplinkClient (egress) ← TCP 上行/下行
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├── DeviceFactory ← 运行时设备 ID 生成
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└── DeviceDiscovery ← 设备发现(Phase 1 stub)
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└── EdgeRuntime
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├── PhysicalRegistry ← physical_*.json
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├── BindingRegistry (local) ← bindings_local.json(可选)
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├── ModbusChannelManager ← libmodbus RTU/TCP I/O
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├── IIngressPort
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│ ├── ModbusIngress ← 正常模式
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│ └── MockModbusIngress ← --mock
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├── ModbusEgress ← 下行写寄存器
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├── CommandExecutor ← ExecuteCommand → Modbus 写 / mock
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└── UplinkClient ← TcpUplinkClient 封装
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```
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## 4. 核心组件
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### 4.1 IIngressPort — 入站抽象
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| 方法 | 说明 |
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@@ -35,102 +185,252 @@ main.cpp
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| `close()` | 关闭采集通道 |
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| `poll()` | 轮询,返回 `vector<RawPacket>` |
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**Phase 1 实现:** `MockModbusIngress`
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**ModbusIngress**:按 `pollIntervalMs` 遍历 `pollPoints()`,经 `ModbusChannelManager` 读寄存器,组装 Modbus 0x03 响应帧作为 `payload`。
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- 生成递增的 Modbus RTU 0x03 响应帧
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- 寄存器值按 0.1 缩放(与 `ModbusParser` 一致)
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- `sourceId` 使用 CLI 指定的 objectRef
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**MockModbusIngress**:无硬件,生成递增值模拟帧。
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### 4.2 UplinkClient — 上行客户端
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### 4.2 ModbusChannelManager — 硬件 I/O
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对 `TcpUplinkClient` 的薄封装:
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- 构建时链接 **libmodbus**(系统包或 `third_party/libmodbus` vendor)
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- RTU:`modbus_new_rtu` + `modbus_read_registers` / `modbus_write_register`
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- TCP:`modbus_new_tcp`(`transport: tcp` 时)
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- 无 libmodbus 时退化为模拟读写(编译宏 `SOFTBUS_HAS_LIBMODBUS=0`)
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> edge **不使用** daemon 侧的 `protocol_modbus.so` 插件;插件仅用于 daemon 解析上行 RawPacket。
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### 4.3 UplinkClient — 上行/下行
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| 方法 | 说明 |
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|------|------|
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| `connect(host, port)` | 连接守护进程 |
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| `sendRawPacket(RawPacket)` | 发送上行原始包 |
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| `poll()` | 轮询接收下行命令 |
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| `connect()` / `disconnect()` | TCP 连接 daemon |
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| `sendEdgeRegister(edgeId)` | 注册边缘实例 |
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| `sendHeartbeat(deviceId)` | 心跳 |
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| `sendRawPacket(RawPacket)` | 上行原始包 |
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| `sendAck(SoftbusAck)` | 写命令 ACK |
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| `poll()` | 接收下行 `ExecuteCommand` |
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| `setCommandHandler(handler)` | 注册命令回调 |
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### 4.3 DeviceFactory
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协议详见 [UPLINK_WIRE_PROTOCOL.md](UPLINK_WIRE_PROTOCOL.md)。
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| 方法 | 说明 |
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|------|------|
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| `createRuntimeDevice()` | 生成 `runtime-xxxxxxxx` ID |
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### 4.4 CommandExecutor — 下行写
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### 4.4 DeviceDiscovery(Phase 1 stub)
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daemon 经 `bindings_global` 在命令中注入 `physicalPointId` + `edgeId`,edge 直接写 Modbus:
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| 方法 | 说明 | Phase 1 行为 |
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|------|------|-------------|
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| `discover()` | 扫描可用设备 | 返回空列表 |
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```
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ExecuteCommand.params.physicalPointId → PhysicalRegistry → ModbusEgress.write
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```
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## 5. 主循环
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仅当命令**缺少** `physicalPointId` 时,才用 `bindings_local.json` 做 `logicalPointId → physicalPointId` 备用解析。
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---
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## 5. 数据流
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### 5.1 上行(采集 → OPC)
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```mermaid
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sequenceDiagram
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participant HW as 现场设备
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participant Edge as softbus_edge
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participant Daemon as softbus_daemon
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participant OPC as OPC UA
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HW->>Edge: Modbus RTU/TCP 读寄存器
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Edge->>Edge: ModbusIngress.poll → RawPacket
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Note over Edge: sourceId = edge01/phy_xxx<br/>protocolTag = modbus
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Edge->>Daemon: TCP rawPacket + edgeRegister/heartbeat
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Daemon->>Daemon: protocol_modbus 解析帧
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Daemon->>Daemon: bindings_global → logicalPointId
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Daemon->>Daemon: logical_points → objectRef + scale
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Daemon->>OPC: UaModelBinder 写节点值
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```
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逐步说明:
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1. **edge**:`ModbusIngress` 读硬件 → `RawPacket{ sourceId=physicalPointId, payload=Modbus帧 }`
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2. **edge**:`UplinkClient.sendRawPacket` → TCP JSON 行
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3. **daemon**:`TransportBusBridge` 发布到总线 `edge/raw/{physicalPointId}`
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4. **daemon**:`PipelineEngine` + `protocol_modbus` 插件解析 → 寄存器值
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5. **daemon**:`bindings_global` 查绑定 → `logical_points` 得 OPC 路径 → scale → 写 OPC UA
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未绑定物理点:daemon 发布到 `edge/unbound/raw/{physicalPointId}`,不写 OPC。
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### 5.2 下行(OPC 写 → 设备)
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```mermaid
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sequenceDiagram
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participant OPC as OPC UA 客户端
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participant Daemon as softbus_daemon
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participant Edge as softbus_edge
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participant HW as 现场设备
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OPC->>Daemon: ExecuteCommand (objectRef + value)
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Daemon->>Daemon: bindings_global → physicalPointId + edgeId
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Daemon->>Edge: TCP executeCommand
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Edge->>Edge: CommandExecutor → ModbusEgress
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Edge->>HW: libmodbus 写寄存器
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Edge->>Daemon: TCP ack
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```
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### 5.3 主循环(`main.cpp`)
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```cpp
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while (running) {
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// 1. 采集
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auto packets = ingress.poll();
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for (auto& packet : packets) {
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uplink.sendRawPacket(packet);
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}
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while (!shouldStop) {
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ConfigWatcher.poll();
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if (SIGHUP) { reloadPhysical(); reloadBindingsPatch(); }
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// 2. 接收命令
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uplink.poll();
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runtime.tick(); // uplink.poll + ingress.poll + sendRawPacket
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// 3. 平台信号检查
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if (PlatformSignal::interrupted()) break;
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if (uplinkConnected && heartbeatDue)
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sendHeartbeat(edgeId);
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sleep(50ms);
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}
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```
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---
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## 6. CLI 参数
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| 参数 | 默认值 | 说明 |
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|------|--------|------|
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| `--daemon host:port` | `127.0.0.1:9000` | 守护进程地址 |
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| `--object-ref path` | `DemoSite/DemoSystem/DemoAsset/SimModbusDevice/Temperature` | 模拟数据源对象路径 |
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| `--config <path>` | `config/edge/edge.json` | 边缘入口配置 |
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| `--mock` | 关闭 | 使用 MockModbusIngress,跳过 physical 配置与 libmodbus |
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| `--object-ref <path>` | `DemoSite/.../MotorTemperature` | Mock 模式下的模拟 sourceId |
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## 7. 数据流
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> 不再使用 `--daemon host:port`;uplink 地址由 `edge.json` 的 `daemonHost` / `daemonPort` 指定。
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### 7.1 上行
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---
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```
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MockModbusIngress.poll()
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→ RawPacket(sourceId=objectRef, protocolTag="modbus", payload=Modbus frame)
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→ UplinkClient.sendRawPacket()
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→ TcpUplinkClient → TCP JSON → Daemon
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```
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## 7. 依赖
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### 7.2 下行
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| 依赖 | 用途 |
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|------|------|
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| `softbus_core` | RawPacket、Logger、PlatformSignal、ConfigWatcher |
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| `softbus_registry` | BindingRegistry(仅 local 可选) |
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| `softbus_transport` | TcpUplinkClient、UplinkWire |
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| `softbus_api` | ExecuteCommand、SoftbusAck |
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| **libmodbus** | Modbus RTU/TCP 硬件 I/O(vendor 或系统包) |
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| asio | TcpUplinkClient 底层 |
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```
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Daemon CommandDispatcher
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→ TCP JSON → TcpUplinkClient
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→ UplinkClient.poll() → commandHandler
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→ Phase 1: Logger 输出命令内容
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```
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---
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## 8. 依赖
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## 8. 构建与运行
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- `softbus_core`(RawPacket, DeviceIdentity, Logger, PlatformSignal)
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- `softbus_transport`(TcpUplinkClient, UplinkWire)
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- `softbus_api`(ExecuteCommand)
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- `asio`
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### 8.1 libmodbus
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## 9. 运行示例
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构建时自动选择:系统 `libmodbus-dev` 优先,否则编译 `third_party/libmodbus` 静态库进 edge。
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```bash
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# 确保守护进程已启动
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./build/bin/softbus_edge --daemon 127.0.0.1:9000
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# 指定自定义对象路径
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./build/bin/softbus_edge \
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--daemon 127.0.0.1:9000 \
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--object-ref DemoSite/DemoSystem/DemoAsset/SimModbusDevice/Temperature
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cmake -B build
|
||||
cmake --build build --target softbus_edge
|
||||
```
|
||||
|
||||
## 10. Phase 2 规划
|
||||
串口权限:`sudo usermod -aG dialout $USER`
|
||||
|
||||
- 实现真实 `SerialIngress` / `CanIngress` 替换 Mock
|
||||
- 下行 `ExecuteCommand` 写回设备(Modbus 写寄存器等)
|
||||
- 设备发现与动态注册
|
||||
- 支持 SBUP 二进制协议
|
||||
### 8.2 运行示例
|
||||
|
||||
```bash
|
||||
# 1. 先启动 daemon
|
||||
./build/bin/softbus_daemon \
|
||||
--config config/daemon/daemon_profile.json \
|
||||
--logical-points config/daemon/logical_points.json \
|
||||
--bindings-global config/daemon/bindings_global.json
|
||||
|
||||
# 2. 启动 edge(真实 Modbus)
|
||||
./build/bin/softbus_edge --config config/edge/edge.json
|
||||
|
||||
# 3. 无硬件 / 无 daemon 调试
|
||||
./build/bin/softbus_edge --config config/edge/edge.json --mock
|
||||
|
||||
# 4. 热加载物理配置
|
||||
kill -HUP $(pidof softbus_edge)
|
||||
```
|
||||
|
||||
更多配置说明见 [edge_device_setup.md](edge_device_setup.md)。
|
||||
|
||||
---
|
||||
|
||||
## 9. 未来扩展:CANopen 与以太网设备
|
||||
|
||||
当前仅 **Modbus RTU/TCP** 在 edge 侧有完整 ingress/egress。CANopen 与更多以太网协议按同一双域模型扩展。
|
||||
|
||||
### 9.1 目标架构
|
||||
|
||||
```
|
||||
physical_channels.json ──→ ChannelDriver(按 protocol 选择)
|
||||
physical_devices.json ──→ PhysicalRegistry
|
||||
│
|
||||
┌───────────┼───────────┐
|
||||
▼ ▼ ▼
|
||||
ModbusIngress CanIngress EthIngress(规划)
|
||||
│ │ │
|
||||
└───────────┴───────────┘
|
||||
▼
|
||||
RawPacket → UplinkClient
|
||||
```
|
||||
|
||||
daemon 侧已有对应解析插件(`protocol_modbus`、`protocol_canopen`),edge 只需换 ingress/driver,**上行仍是 RawPacket + protocolTag**。
|
||||
|
||||
### 9.2 CANopen(规划)
|
||||
|
||||
| 层级 | 计划 |
|
||||
|------|------|
|
||||
| **edge** | `CanIngress` + SocketCAN/`can0` 通道;SDO/PDO 读对象字典 → `RawPacket`,`protocolTag: "canopen"` |
|
||||
| **配置** | `physical_channels` 增加 `transport: can`,`interface: can0`,`bitrate: 500000`;`physical_devices` 增加 `nodeId`、对象索引 |
|
||||
| **daemon** | 已有 `protocol_canopen.so`(Framer/Parser 占位),绑定仍走 `bindings_global` |
|
||||
| **EDS/DCF** | edge 侧加载 EDS 映射物理点 ↔ COB-ID/索引;daemon 不接收 EDS 全量 |
|
||||
|
||||
### 9.3 以太网设备(规划)
|
||||
|
||||
| 类型 | edge 侧 | 说明 |
|
||||
|------|---------|------|
|
||||
| **Modbus TCP** | 已支持 | `physical_channels` 设 `transport: tcp`,`host` + `tcpPort` |
|
||||
| **裸 TCP / 自定义帧** | `EthIngress`(规划) | 按 channel 配置帧格式或插件化 driver |
|
||||
| **UDP 组播** | 待定 | 适用于部分工业相机/传感器 |
|
||||
|
||||
以太网通道示例(Modbus TCP,已可用):
|
||||
|
||||
```json
|
||||
{
|
||||
"channelId": "eth_modbus_0",
|
||||
"protocol": "modbus",
|
||||
"transport": "tcp",
|
||||
"host": "192.168.1.10",
|
||||
"tcpPort": 502,
|
||||
"pollIntervalMs": 200
|
||||
}
|
||||
```
|
||||
|
||||
### 9.4 edge 侧待增强(Modbus 及通用)
|
||||
|
||||
| 项 | 说明 |
|
||||
|----|------|
|
||||
| **ModbusPollScheduler** | 合并相邻寄存器读,减少串口占用 |
|
||||
| **按点 pollInterval** | 不同信号类型不同采集周期 |
|
||||
| **变化上报 / deadband** | 物理层过滤,减少 uplink 流量 |
|
||||
| **DeviceDiscovery** | 总线扫描、动态写入 `physical_devices` |
|
||||
| **多 ingress 并存** | 同一 edge 上 Modbus + CANopen 并行 |
|
||||
|
||||
上述优化均在**物理域**完成,不改变 daemon 双域模型。
|
||||
|
||||
---
|
||||
|
||||
## 10. 约束(CONSTRAINTS)
|
||||
|
||||
- edge **不得**直接操作 OPC UA 或加载 `protocol_*.so` 解析插件
|
||||
- edge **不得**加载 `logical_points.json` / `bindings_global.json`
|
||||
- ingress 实现须遵循 `IIngressPort`,便于接入 CANopen/Ethernet driver
|
||||
- 上行统一为 `RawPacket`;`sourceId` 必须是 **physicalPointId**(含 edgeId 前缀)
|
||||
- daemon 不可达时 edge **必须**能独立启动并采集(uplink 后台重连)
|
||||
|
||||
---
|
||||
|
||||
## 11. 相关文档
|
||||
|
||||
| 文档 | 内容 |
|
||||
|------|------|
|
||||
| [edge_device_setup.md](edge_device_setup.md) | 配置目录、双域、libmodbus、Mock |
|
||||
| [UPLINK_WIRE_PROTOCOL.md](UPLINK_WIRE_PROTOCOL.md) | TCP JSON 线协议 |
|
||||
| [softbus_daemon.md](softbus_daemon.md) | daemon 侧 Pipeline 与 OPC |
|
||||
| [plugins.md](plugins.md) | protocol 插件(daemon 解析用) |
|
||||
|
||||
Reference in New Issue
Block a user