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wedata3-feature-engineering

WeData 3.0 特征工程与 Feature Store 客户端 SDK,封装 Feast 0.49 并对接 WeData 平台(Tclake、腾讯云 SDK、MLflow)。

PyPI 包名:wedata3-feature-engineering Python 入口:import wedata


功能特性

  • Feature Store 客户端:基于 Feast 的特征注册、查询、在线 / 离线特征获取(Redis / Postgres 后端)
  • 特征工程客户端:训练集构造、特征关联(feature lookup)、特征表管理
  • MLflow 集成:以 wedata.feature_store.mlflow_model / wedata.feature_engineering.mlflow_model 形式将特征查询逻辑随模型一起持久化,预测时自动取在线特征
  • Spark 支持:内置 Spark Client,离线特征通过 PySpark 处理
  • 腾讯云生态:通过 tencentcloud-sdk-python 与 Tclake、CAM 等平台能力集成

目录结构

feature-engineering/
├── README.md                       # 本文件
├── setup.py                        # 打包配置
├── build.sh                        # 本地构建 + 上传 PyPI 脚本
├── requirements.txt                # 运行依赖
├── test_valid.py                   # 冒烟测试入口
├── tests/                          # 单元测试
└── wedata/                         # 主包(顶层 import 名)
    ├── __init__.py                 # 暴露版本号
    ├── feature_store/              # Feature Store 客户端(与 MLflow 集成)
    │   ├── client.py
    │   ├── mlflow_model.py
    │   ├── feature_table_client/
    │   └── training_set_client/
    ├── feature_engineering/        # 特征工程客户端(封装 Feast)
    │   ├── client.py
    │   ├── mlflow_model.py
    │   ├── feast/
    │   ├── ml_training_client/
    │   └── table_client/
    └── common/                     # 公共能力
        ├── base_table_client/      # 表客户端基类
        ├── cloud_sdk_client/       # 腾讯云 SDK 封装
        ├── feast_client/           # Feast 适配
        ├── spark_client/           # Spark / PySpark 封装
        ├── entities/               # 领域实体
        ├── constants/              # 常量
        ├── protos/                 # protobuf 定义
        ├── log/                    # 日志
        └── utils/                  # 工具函数

环境要求

  • Python:>= 3.10
  • PySpark:3.5.0(与 py4j==0.10.9.7 配合)
  • Feast:0.49.0(extras=[redis,postgres])
  • MLflow:根据使用场景二选一
    • mlflow2 extra:mlflow==2.17.2(WeData 2.0)
    • mlflow3 extra:mlflow>=3.10.0,<3.11.0(WeData 3.0)

安装

# 仅运行时,使用 MLflow 3.x(WeData 3.0 默认)
pip install "wedata3-feature-engineering[mlflow3]"

# WeData 2.0 场景
pip install "wedata3-feature-engineering[mlflow2]"

# 开发依赖(flake8 / pytest / python-dotenv)
pip install "wedata3-feature-engineering[dev]"

快速使用

# 特征工程:构造训练集
from wedata.feature_engineering.client import FeatureEngineeringClient

fe_client = FeatureEngineeringClient()
training_set = fe_client.create_training_set(
    df=labels_df,
    feature_lookups=[...],
    label="label",
)

# Feature Store:在线特征查询
from wedata.feature_store.client import FeatureStoreClient

fs_client = FeatureStoreClient()
features = fs_client.get_online_features(
    feature_refs=["user_features:age", "user_features:city"],
    entity_rows=[{"user_id": "u_001"}],
)

构建与发布

# 本地打包并上传 PyPI(需要在 ~/.pypirc 配置好凭据)
bash build.sh

build.sh 会:

  1. 清理旧的 dist/ / build/ / *.egg-info/
  2. 读取 wedata/__init__.py 中的 __version__
  3. 安装 build / twine
  4. python3 -m build 生成 wheel + sdist
  5. twine upload 推送到 PyPI 镜像

与本仓库其他子项目的关系

项目 关系
../feast-server/ 本 SDK 默认通过 Feast 的 RemoteRegistry 访问 feast-server 的 gRPC 接口,作为特征注册表
../mlflow-server/ mlflow_model.py 序列化的特征逻辑可被 MLflow Server 加载与下发
../wedata-ml-runtime/ Notebook Kernel 启动时会注入 Feast / MLflow 的网关代理与租户隔离逻辑,本 SDK 在其上层使用

许可证

Apache License 2.0

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