MIT License

技术解读

以下内容由 GitRead 中文社区 编辑团队基于项目 README 与官方资料整理, 结合中文开发者的常见使用场景补充技术选型建议。具体以项目官方文档为准。

Condo:开放源代码物业管理 SaaS 解析

项目背景与痛点

物业管理涉及到多个复杂的任务,例如报修管理、业主联系、支付跟踪和发票开具等。对于物业管理公司来说,这些任务不仅需要高度细致的管理,还要求高度的效率。市面上已经有许多物业管理软件,但很少有能够提供一个开放扩展平台的。Condo 项目作为一款开源的物业管理 SaaS,解决了物业管理中的流程碎片化和系统低效的痛点,为物业管理公司提供了一个集中的管理平台,同时还支持插件扩展,以满足不同公司和业务的需求。

核心技术揭秘

Condo 的核心在于其模块化的设计和灵活的扩展性。项目采用了现代化的后端框架,比如 Spring Boot 和 GraphQL,提供了高效的数据管理和业务逻辑处理能力。前端部分则使用了 React 和 Ant Design,为用户提供舒适的交互体验。其扩展系统允许用户添加自定义的小应用程序,以增强系统的功能。

为了解构 Condo 的系统架构,下面我们以数据流为中心,绘制一张架构图:

graph TD A[用户请求] --> B{"API Gateway"} B -->|"路由" | C[Edge Service] B -->|"路由" | D[Auth Service] B -->|"路由" | E[Ticket Management] B -->|"路由" | F[Payment Tracking] B -->|"路由" | G[Invoice Generation] B -->|"路由" | H[Marketplace] C --> I[执行请求] D --> J[身份验证] E --> K[处理工单] F --> L[支付处理] G --> M[生成发票] H --> N[服务交易]

功能亮点与差异

Condo 项目的独特之处在于其高度的定制化和扩展灵活性。通过插件扩展系统,用户可以根据具体需求添加各种插件来增强软件的功能,使得它不仅是一个核心的物业管理平台,还能根据公司的特定需求进行定制。这一特性为物业管理公司提供了一个便捷的解决方案,能够有效改善系统资源的利用率和业务处理效率。

技术优势

  • 模块化设计:每个业务模块独立运作,便于维护和扩展。
  • 扩展性强:通过插件系统支持自定义功能。
  • 现代技术栈:结合 Spring Boot、GraphQL、React 和 Ant Design 提供高效和易用的体验。

应用场景与落地建议

在实际生产环境中使用 Condo 时,需要重点考虑数据的隐私和安全性。对于大型物业管理公司,合理的插件定制和系统维护策略将极大提高系统的灵活性和效率。Condo 比较适合以下情况:

  • 对管理复杂性有较高要求的物业管理公司。
  • 需要高度定制化业务功能的物业管理平台。
  • 同时需要处理多种物业管理任务的系统。

综合评价

优点

  • 开放的插件系统增加了系统的灵活性和可定制性。
  • 技术栈先进,可以减少后期维护的难度。
  • 完整的功能覆盖让物业公司在多任务管理中更加高效便捷。

缺点

  • 刚接触 Steady State Views 这一技术概念的开发人员需要一定时间的学习和调试。
  • 高度定制化需要具备一定的开发基础,较小规模或技术能力不足的团队可能需要更多资源和时间来定制化 Condo。

总体来说,Condo 是一个集高效管理、灵活扩展于一体的物业管理 SaaS 平台,尤其适用于需要管理复杂流程和多样化服务场景的公司。

关于

GitHub 原始描述(英文)

Condo is an Open Source property management SaaS that allows users to manage tickets, resident contacts, properties, payment tracking, create invoices, and oversee a service marketplace, all while offering an extension system for mini-apps, making it an ideal platform for property management companies and those servicing shared properties.

描述取自 GitHub 官方 API,保持仓库作者书写的原文。

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README

CONDO

Condo is an Open Source property management SaaS that allows users to manage tickets, resident contacts, properties, payment tracking, create invoices, and oversee a service marketplace, all while offering an extension system for mini-apps, making it an ideal platform for property management companies and those servicing shared properties.

condo

Table of contents

Getting started

1. Databases setup

We use Postgres 16.4 to store most of the information, and Redis 6.2 to store session information, asynchronous tasks, and various caches. In addition to them, we use s3 to store files, but it is optional to get started.

You can start the databases using docker compose with this command:

docker compose up -d postgresdb redis

Or you can bring up the databases directly on the host machine, using the corresponding tutorials

2. Environment setup

Node.js 24.x

All of our applications are written in Node.js, so you should also install it before you run the project.

We run our applications on the current LTS version of node, which is 24.x. You can check node version using node -v command in your terminal.

We recommend using nvm for local development, and for deploying the application there is Dockerfile ready to use at the root of the repository.

Python 3.x

We also use Python with packages for database migrations. So make sure you have one installed.

3. Installing dependencies

To install Node.js dependencies simply type the following command:

yarn install

If you get errors related to missing yarn, use these instructions to install it.

We also use turborepo to orchestrate npm modules in this monorepo. Even though it is specified in the global package.json, in some environments you may get the error “turbo: command not found” in further steps…

In such cases, we recommend installing it globally using:

npm i -g turbo@^2

To install python packages type the command:

pip install Django psycopg2-binary

4. Building @open-condo dependencies

Condo depends on several packages located in ./packages directory, so it is required to build them before launching the main application. You can do it using this command:

yarn workspace @app/condo build:deps

5. Preparing the local app environment

We have a mechanism in place to get applications ready for launch, specifically:

  1. Copy the global and local .env.example to .env
  2. Create a database for each application and perform the necessary migrations in it
  3. Assign dedicated ports to the applications
  4. Run the local prepare of each application

During the “local prepare” step each app prepares itself by filling extra environment variables, creating test users and other entities, needed for the first launch.

To launch prepare script, run the following command:

node bin/prepare -f condo

This step is only used in local development, so consider manually setting all environment variables and migrating databases using yarn workspace @app/condo migrate in real deployment pipelines.

6. Start app locally in dev / prod mode

Development mode

The application is now fully ready to be started. To start the application locally in development mode, simply run the following command:

yarn workspace @app/condo dev
Production mode

If, however, you want to build the app in production mode, then to do so, execute:

yarn workspace @app/condo build

And then run the project with:

yarn workspace @app/condo start

Now open your browser and navigate to http://localhost:4006, where you should see the app running 🥳.

You can control the port assigned by manually setting it in apps/condo/.env file. Default one is assigned by prepare script during the prepare step (You can verify the SERVER_URL and PORT in the apps/condo/.env file)

To log in, go to http://localhost:4006/admin/signin and enter the following credentials:

  • Email: DEFAULT_TEST_ADMIN_IDENTITY
  • Password: DEFAULT_TEST_ADMIN_SECRET

These credentials can be found in the app/condo/.env file, which is generated by the ./bin/prepare.js script.

7. Start the worker

Worker is a separate process that handles asynchronous tasks (such as sending notifications, importing, exporting and others)

To run it, you need to first build the application using:

yarn workspace @app/condo build

And then start it using:

yarn workspace @app/condo worker

Major version migration guide

Check migration.md

Developing

Check developing.md

Contributing

Check contributing.md

Major versions migration guide

Check migration.md

Deploying

Check deploy.md

Open Source partners

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