cisd/README.md

# TMS Framework

Single-process TMS monolith scaffold built with:
- JDK 17
- Spring Boot 3.5.x
- MyBatis-Plus
- TiDB (MySQL driver)
- Swagger (springdoc-openapi)

## Quick Start

```bash
cd tms-framework
mvn spring-boot:run
```

## Jar 包部署（外置配置）

完整部署手册：
- [docs/deployment/tms-deployment.md](/Users/waner/Work/CISD/文档/tms-framework/docs/deployment/tms-deployment.md)

1. 构建 jar 包：

```bash
cd tms-framework
mvn -q -DskipTests package
cp target/tms-framework-*.jar /home/tms/tms-framework.jar
```

2. 在 CentOS 上准备部署目录：

```bash
sudo mkdir -p /home/tms/{bin,config,scripts,logs,run}
sudo chown -R "$(whoami)":"$(whoami)" /home/tms
cp scripts/tms.sh /home/tms/scripts/tms.sh
cp scripts/standard-init/*.sh /home/tms/bin/
cp config/application.yml.example /home/tms/config/application.yml
chmod +x /home/tms/bin/*.sh
chmod +x /home/tms/scripts/tms.sh
```

3. 启动 / 停止 / 状态：

```bash
/home/tms/scripts/tms.sh start
/home/tms/scripts/tms.sh status
/home/tms/scripts/tms.sh stop
```

说明：
- 脚本默认 `APP_HOME=/home/tms`，并通过 `--spring.config.additional-location=optional:file:<app_home>/config/` 从 `/home/tms/config/` 读取外部配置。
- 默认要求 `/home/tms/config/application.yml` 存在。
- 默认 profile 为 `prod`；可通过 `SPRING_PROFILES_ACTIVE=dev /home/tms/scripts/tms.sh start` 覆盖。
- 可通过 `JAR_PATH=/home/tms/tms-framework.jar` 覆盖 jar 路径。
- 如果部署路径不是 `/home/tms`，使用 `APP_HOME=/your/path /your/path/scripts/tms.sh start`。
- 标准 CISD 初始化辅助脚本位于 `scripts/standard-init/`，部署时需复制到 `/home/tms/bin/`。
- `apply_standard_db.sh` 依赖预置环境变量，例如 `DB_USER`、`DB_PASSWORD`，不要直接写入 `application.yml`。
- 运行目录结构、配置项说明、文件上传 `fileId` 流程和故障排查，请查看上面的完整部署手册。

运行时建议：
- 本地构建和测试统一使用 JDK 17，与项目和 CI 运行时保持一致。

Open:
- Swagger UI: http://localhost:8080/swagger-ui.html
- Internal API docs JSON: http://localhost:8080/v3/api-docs/internal-api
- Runtime-generated Swagger/OpenAPI docs are the source of truth for `/api/**`.
- Internal health API: `GET /api/v1/device/status`
- Internal sign preview API: `POST /api/v1/sign/preview`
- External sign API: `POST /openapi/v1/sign/signature`
- Init template API: `GET /api/v1/init/template`
- Init preview API: `POST /api/v1/init/preview`
- Current init config API: `GET /api/v1/init/config`
- Reset preview API: `POST /api/v1/init/reset/preview`
- Reset create task API: `POST /api/v1/init/reset/tasks`
- Reset execute API: `POST /api/v1/init/reset/tasks/{taskId}/execute`
- Auth login API: `POST /api/v1/auth/login`
- Device info API: `GET /api/v1/device/info`
- Device profile API: `GET /api/v1/device/profile`
- Device runtime status API: `GET /api/v1/device/runtime-status`
- PCIe crypto count API: `GET /api/v1/device/crypto/device-count`
- PCIe crypto HMAC API: `POST /api/v1/device/crypto/hmac`

## CISD Reset

最小调用顺序：
- `POST /api/v1/init/reset/preview`
- `POST /api/v1/init/reset/tasks`
- `POST /api/v1/init/reset/tasks/{taskId}/execute`
- `GET /api/v1/init/reset/tasks/{taskId}`
- `GET /api/v1/init/reset/tasks/{taskId}/steps`
- `GET /api/v1/init/reset/tasks/{taskId}/steps/{stepNo}/log`

当前支持范围：
- 仅支持设备预置产品类型为 `ENTERPRISE` 或 `INDIRECT`
- `DIRECT` 当前明确不支持 reset

请求说明：
- reset 接口不再要求前端重复提交机构号、MQ 类型和 RabbitMQ 通道用户
- 后端会自动读取“最近一次成功初始化任务”的快照，提取 `orgCode`、`mqType`、`channelUsername`
- 如果当前设备没有有效初始化快照，reset 预检和任务创建会直接失败

设备状态接口：
- `GET /api/v1/device/status`
- 返回字段 `initState`
  - `UNINITIALIZED`: 当前没有有效初始化快照
  - `INITIALIZING`: 初始化任务正在执行
  - `INITIALIZED`: 当前设备已初始化
  - `RESETTING`: 重置任务正在执行
- 前端仅根据 `initState` 判断展示初始化页、已初始化页或执行中页面

当前初始化配置展示接口：
- `GET /api/v1/init/config`
- 数据来源固定为最新一次成功初始化任务快照
- 只返回机构信息、部署信息、中间件信息和节点/签名核心字段
- 只用于展示，不用于编辑

当前 reset 实际会做的事情：
- 停止 `CMSP/CMTP`
- 删除数据库 `CMEP`
- 删除数据库 `orgCode`
- 删除 RabbitMQ 客户化账号、`/RQ` 权限、客户化队列
- 停止 RabbitMQ 进程
- 删除 TLQ license 文件
- 清理当前 reset 任务的 staging 目录

当前 reset 不做的事情：
- 不回滚 `cpconfig.cfg`
- 不删除 nginx 配置和已发布前端目录
- 不回滚应用配置文件中的 RabbitMQ 账号密码
- 不删除标准安装介质目录

运维前置条件：
- `scripts/standard-init/*.sh` 已部署到 `/home/tms/bin/`
- `/home/tms/bin/stop_standard_apps.sh`
- `/home/tms/bin/stop_standard_rabbitmq.sh`
- `/home/tms/bin/apply_standard_db.sh`
- `tms.init.executor.standard-db-username/password` 已正确配置
- `tms.init.executor.rabbitmq-ctl-command` 指向可执行的 `rabbitmqctl`
- 运行时 Swagger 文档以 `http://<ip>:8080/swagger-ui.html` 和 `http://<ip>:8080/v3/api-docs/internal-api` 为准

## Architecture (Monolith + Modular)

- One deployable Spring Boot application.
- Module-first packaging under `modules/*`.
- Default module layout: `controller + service + repository + entity + dto`.
- `sign` module has extra `controller/openapi`, `dto/openapi`, and `support`.
- Cross-cutting concerns moved to top-level `security` and `integration`.

## Project Structure

```text
src/main/java/com/cisd/tms
├── TmsApplication.java
├── common
│   ├── api
│   ├── config
│   │   └── properties
│   ├── constant
│   ├── enums
│   ├── exception
│   └── util
├── infrastructure
│   └── persistence
│       ├── entity
│       ├── mapper
│       └── mybatis
├── integration
│   ├── cips
│   ├── mq
│   ├── crypto
│   └── file
├── security
│   ├── internal
│   └── openapi
└── modules
    ├── system
    │   ├── controller
    │   ├── service
    │   └── dto
    ├── sign
    │   ├── controller
    │   ├── controller/openapi
    │   ├── service
    │   ├── dto/internal
    │   ├── dto/openapi
    │   ├── support
    │   ├── repository
    │   └── entity
    ├── init
    ├── auth
    ├── device
    ├── upgrade
    ├── cert
    ├── key
    ├── audit
    ├── backup
    └── activation
```

```text
src/main/resources
├── application.yml
├── application-dev.yml
├── application-prod.yml
├── mapper
│   ├── init/InitTaskMapper.xml
│   ├── auth/AuthUserMapper.xml
│   └── device/DeviceNodeMapper.xml
└── db/migration
    └── V1__init_auth_device_tables.sql
```

## API Boundary Rules

- `/api/**` controllers live under `controller`.
- External API controllers only in `*/controller/openapi`, path prefix `/openapi/**`.
- Internal and external DTOs are separated.
- Cross-module calls must go through `service`, not `repository`.
- Internal token interceptor exclusions: `/api/v1/device/status`, `/api/v1/auth/login`.

## Auth Configuration

```yaml
tms:
  security:
    internal-token: ${TMS_INTERNAL_TOKEN:change-me-internal-token}
    openapi:
      timestamp-skew-seconds: 300
      clients:
        demo-app: ${TMS_OPENAPI_DEMO_SECRET:change-me-openapi-secret}
```

## Crypto Card Configuration

```yaml
tms:
  crypto-card:
    enabled: ${TMS_CRYPTO_CARD_ENABLED:false}
    mode: ${TMS_CRYPTO_CARD_MODE:MOCK}   # MOCK / JNA
    vendor-lib-path: ${TMS_CRYPTO_VENDOR_LIB_PATH:}
    vendor-lib-name: ${TMS_CRYPTO_VENDOR_LIB_NAME:swsdsdf}
```

- Internal PCIe debug APIs (strong-typed service):
  - `GET /api/v1/device/crypto/device-count`
  - `GET /api/v1/device/crypto/device-conf`
  - `GET /api/v1/device/crypto/device-info`
  - `GET /api/v1/device/crypto/random?length=16`
  - `POST /api/v1/device/crypto/self-test`
  - `POST /api/v1/device/crypto/hmac`
  - `POST /api/v1/device/crypto/digest`
  - `POST /api/v1/device/crypto/encrypt/plain`
  - `POST /api/v1/device/crypto/decrypt/plain`
  - `POST /api/v1/device/crypto/encrypt/kek`
  - `POST /api/v1/device/crypto/decrypt/kek`
  - `POST /api/v1/device/crypto/mac/plain`
  - `POST /api/v1/device/crypto/file/create`
  - `POST /api/v1/device/crypto/file/write`
  - `POST /api/v1/device/crypto/file/read`
  - `POST /api/v1/device/crypto/file/delete`
  - `POST /api/v1/device/crypto/kek/generate`
  - `GET /api/v1/device/crypto/kek/status?keyIndex=1`
  - `GET /api/v1/device/crypto/lmk/seed-mac`
  - `POST /api/v1/device/crypto/std/keypair/rsa`
  - `POST /api/v1/device/crypto/std/keypair/ecc`
  - `POST /api/v1/device/crypto/envelope/exchange/rsa`
  - `POST /api/v1/device/crypto/envelope/exchange/ecc`
  - `POST /api/v1/device/crypto/agreement/data-key/ecc`
  - `POST /api/v1/device/crypto/agreement/session-key/ecc`

## PCIe Crypto Unified Wrapper (JNA)

The project keeps JNA native mappings for PCIe card `SDF/SDFE` interfaces from
`PCIE密码卡应用接口说明书 V1.02`, and provides strong-typed service APIs via
`com.cisd.tms.integration.crypto.pcie.service.PcieCryptoService`.

```yaml
tms:
  crypto-card:
    enabled: ${TMS_CRYPTO_CARD_ENABLED:false}
    mode: ${TMS_CRYPTO_CARD_MODE:JNA}        # MOCK / JNA
    vendor-lib-path: ${TMS_CRYPTO_VENDOR_LIB_PATH:}
    vendor-lib-name: ${TMS_CRYPTO_VENDOR_LIB_NAME:swsdsdf}
```

- JNA native mapping: `com.cisd.tms.integration.crypto.pcie.jna.PcieNativeLibrary`
- JNA implementation: `com.cisd.tms.integration.crypto.pcie.service.JnaPcieCryptoService`
- Mock fallback: `com.cisd.tms.integration.crypto.pcie.service.MockPcieCryptoService`

### OpenAPI Signature Rules

- Headers: `X-App-Id`, `X-Timestamp`, `X-Nonce`, `X-Signature`
- Canonical string: `appId + "\\n" + timestamp + "\\n" + nonce`
- Signature algorithm: `HMAC-SHA256` with app secret, lowercase hex
- Replay protection: nonce one-time in time window

## Build And Test

```bash
mvn -q -DskipTests compile
mvn -q test
```

## PCIe Real-Card Smoke

- Checklist: `docs/plans/2026-02-28-pcie-realcard-smoke-checklist.md`
- Script template: `scripts/pcie_realcard_smoke.sh`

Example:

```bash
export BASE_URL=http://127.0.0.1:8080
export INTERNAL_TOKEN=change-me-internal-token
export ALG_SM3=1
export ALG_SM4_ECB=1025
./scripts/pcie_realcard_smoke.sh
```

- CI is pinned to JDK 17 via `.github/workflows/ci.yml`.
- Maven Surefire preloads Mockito javaagent to avoid dynamic self-attach failures on newer JDKs.

## Current Status

- Structure refactored to lightweight monolith modules.
- Internal and external API entry points separated.
- Basic auth interceptors for internal/openapi are in place.
- `init/auth/device/sign/system` modules have runnable skeleton controllers and services.
- `init/auth/device` modules include mapper+xml+repository-impl+DDL skeleton for TiDB.