Xinwei Xiong
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README.md
⭐️ Open source Instant Messaging Server ⭐️
✨ About OpenIM
Open-IM-Server, meticulously developed in pure Golang, is a powerful instant messaging server. Its distinct communication method, employing pb+websocket, views every interaction as a message, streamlining customization without altering server code. Built on a microservice architecture, it offers deployment through clusters for outstanding performance and scalability.
Open-IM-Server is more than an instant messaging server; it's a powerful tool for incorporating real-time networking into your applications, positioning itself as your premier choice for integration! 🚀
Please be aware that Open-IM-Server does not function as a standalone product and does not offer built-in account registration or login services. To ease your implementation process, we've open-sourced the chat repository, which comprises these features. Deploying this chat business server in conjunction with Open-IM-Server expedites the setup of a comprehensive chat product. 👥
Further enhancing your experience, we also provide an SDK client, wherein most complex logics are implemented. The SDK repository can be found at this link. The chat repository is our business server while the 'core' represents the high-level encapsulation of the SDK, synergistically working together to deliver superior results. ✨
🌟 Why OpenIM
🔍 Function screenshot display
💻🔄📱 Multi Terminal Synchronization 🔄🖥️ | 📅⚡ Efficient Meetings 🚀💼 |
---|---|
📲🔄 One-to-one and Group Chats 👥🗣️ | 🎁💻 Special Features - Custom Messages ✉️🎨 |
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Comprehensive Message Type Support 💬
✅ Supports almost all types of messages, including text, images, emojis, voice, video, geographical location, files, quotes, business cards, system notifications, custom messages and more
✅ Supports one-on-one and multi-person audio and video calls
✅ Provides terminal support for multiple platforms such as iOS, Android, Flutter, uni-app, ReactNative, Electron, Web, H5
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Efficient Meetings Anytime, Anywhere 🌎
✅ Based on IM (Instant Messaging) with 100% reliable forced signaling capabilities, it paves the way for IM systems, deeply integrated with chat applications
✅ Supports hundreds of people in a single meeting, with subscription numbers reaching thousands, and server-side audio and video recording
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One-on-one and Group Chats for Various Social Scenarios 👥
✅ OpenIM has four roles: application administrator, group owner, group administrator, and regular member
✅ Powerful group features such as muting, group announcements, group validation, unlimited group members, and loading group messages as needed
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Unique Features 🌟
✅ Supports read-and-burn private chats, customizable duration
✅ Message editing function broadens social scenarios, making instant communication more diverse and interesting
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Open Source 👐
✅ The code of OpenIM is open source, self-controlled data, aimed at building a globally leading IM open source community, including client SDK and server
✅ Based on open source Server, many excellent open source projects have been developed, such as OpenKF (Open source AI customer service system)
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Easy to Expand 🔧
✅ The OpenIM server is implemented in Golang, introducing an innovative "everything is a message" communication model, simplifying the implementation of custom messages and extended features
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High Performance 🏎️
✅ OpenIM supports a hierarchical governance architecture in the cluster, tested by a large number of users, and abstracts the storage model of online messages, offline messages, and historical messages
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Full Platform Support 📺
✅ Supports native iOS, Android; cross-platform Flutter, uni-app, ReactNative; major web front-end frameworks such as React, Vue; applets; and PC platforms supported by Electron
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The ultimate deployment experience 🤖
✅ Supports cluster deployment
✅ Supports multi-architecture mirroring, our Docker images are hosted not only on GitHub but also on Alibaba Cloud and Docker Hub supporting multiple architectures. Visit our GitHub packages and read our version management document for more information.
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A large ecosystem of open source communities 🤲
✅ We have tens of thousands of users and many solutions to problems.
✅ We have a large open source community called OpenIMSDK that runs the core modules, we have an open source community called openim-sigs to explore more IM-based infrastructure products.
🚀 Quick Start
You can quickly learn OpenIM engineering solutions, all it takes is one simple command:
$ make demo
🤲 In order to facilitate the user experience, we have provided a variety of deployment solutions, you can choose your own deployment method according to the list below:
Deploying with Docker Compose
docker compose will not be maintained in future versions, but it is still the easiest and most convenient way to organize docker compose deployments into a separate project https://github.com/openim-sigs/openim-docker to maintain.
1. Clone the project
git clone -b feat/test https://github.com/openim-sigs/openim-docker openim/openim-docker && export openim=$(pwd)/openim && cd $openim/openim-docker && ./scripts/init-config.sh && docker-compose up -d
Note If you don't know OpenIM's versioning policy, 📚Read our release policy: https://github.com/OpenIMSDK/Open-IM-Server/blob/main/docs/conversions/version.md
2. Configure the config file
If you tried to get started quickly with make demo
, then you know that our config file is generated by automation.
You can use make init
to quickly initialize a configuration file
Modify the automation script:
cat scripts/install/environment.sh
- Recommended using environment variables:
export PASSWORD="openIM123" # Set password
export USER="root" # Set username
# Choose chat version and server version https://github.com/OpenIMSDK/Open-IM-Server/blob/main/docs/conversions/images.md, eg: main, release-v*.*
export CHAT_BRANCH="main"
export SERVER_BRANCH="main"
#... Other environment variables
# MONGO_USERNAME: This sets the MongoDB username
# MONGO_PASSWORD: Set the MongoDB password
# MONGO_DATABASE: Sets the MongoDB database name
# MINIO_ENDPOINT: set the MinIO service address
# API_URL: under network environment, set OpenIM Server API address
export API_URL="http://127.0.0.1:10002"
Next, update the configuration using make init:
$ make init
$ git diff
Compile from Source
Ur need Go 1.18
or higher version, and make
.
go version && make --version || echo "Error: One of the commands failed."
Version Details: https://github.com/OpenIMSDK/Open-IM-Server/blob/main/docs/conversions/version.md
# choose what you need
$ BRANCH=release-v3.2
# install openim dependency
$ git clone -b $BRANCH https://github.com/OpenIMSDK/Open-IM-Server openim/openim-server && export openim=$(pwd)/openim/openim-server && cd $openim/openim-server
$ curl https://raw.githubusercontent.com/OpenIMSDK/openim-docker/main/example/basic-openim-server-dependency.yml -o basic-openim-server-dependency.yml && make init && docker compose -f basic-openim-server-dependency.yml up -d && make start
make help
to help you see the instructions supported by OpenIM.
Use make check
to check all component starts
$ make check
You can use the make help-all
see OpenIM in action.
Component Configuration Instructions
The `config/config.yaml` file has detailed configuration instructions for the storage components.The config file is available via environment.sh configuration openim.yaml template, and then through the make init
to automatically generate a new configuration.
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Zookeeper
-
Used for RPC service discovery and registration, cluster support.
zookeeper: schema: openim #Not recommended to modify address: [ 127.0.0.1:2181 ] #address username: #username password: #password
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MySQL
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Used for storing users, relationships, and groups, supports master-slave database.
mysql: address: [ 127.0.0.1:13306 ] #address username: root #username password: openIM123 #password database: openIM_v2 #Not recommended to modify maxOpenConn: 1000 #maximum connection maxIdleConn: 100 #maximum idle connection maxLifeTime: 60 #maximum time a connection can be reused (seconds) logLevel: 4 #log level 1=slient 2=error 3=warn 4=info slowThreshold: 500 #slow statement threshold (milliseconds)
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Mongo
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Used for storing offline messages, supports mongo sharded clusters.
mongo: uri: #Use this value directly if not empty address: [ 127.0.0.1:37017 ] #address database: openIM #default mongo db username: root #username password: openIM123 #password maxPoolSize: 100 #maximum connections
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Redis
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Used for storing message sequence numbers, latest messages, user tokens, and mysql cache, supports cluster deployment.
redis: address: [ 127.0.0.1:16379 ] #address username: #username password: openIM123 #password
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Kafka
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Used for message queues, for message decoupling, supports cluster deployment.
kafka: username: #username password: #password addr: [ 127.0.0.1:9092 ] #address latestMsgToRedis: topic: "latestMsgToRedis" offlineMsgToMongo: topic: "offlineMsgToMongoMysql" msgToPush: topic: "msqToPush" msgToModify: topic: "msgToModify" consumerGroupID: msgToRedis: redis msgToMongo: mongo msgToMySql: mysql msgToPush: push msgToModify: modify
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Deployed with kubernetes
read: https://github.com/OpenIMSDK/Open-IM-Server/blob/main/deployments/README.md
Open IM Ports
TCP Port | Description | Operation |
---|---|---|
TCP:10001 | ws protocol, message port such as message sending, pushing etc, used for client SDK | Port release or nginx reverse proxy, and firewall off |
TCP:10002 | api port, such as user, friend, group, message interfaces. | Port release or nginx reverse proxy, and firewall off |
TCP:10005 | Required when choosing minio storage (openIM uses minio storage by default) | Port release or nginx reverse proxy, and firewall off |
Open Chat Ports
- chat warehouse: https://github.com/OpenIMSDK/chat
TCP Port | Description | Operation |
---|---|---|
TCP:10008 | Business system, such as registration, login etc | Port release or nginx reverse proxy, and firewall off |
TCP:10009 | Management backend, such as statistics, banning etc | Port release or nginx reverse proxy, and firewall off |
🔗 Relationship Between APP and OpenIM
OpenIM isn't just an open-source instant messaging component, it's an integral part of your application ecosystem. Check out this diagram to understand how AppServer, AppClient, Open-IM-Server, and Open-IM-SDK interact.
🏗️ Overall Architecture
Delve into the heart of Open-IM-Server's functionality with our architecture diagram.
🛠️ To start developing OpenIM
OpenIM Our goal is to build a top-level open source community. We have a set of standards, in the Community repository.
If you'd like to contribute to this Open-IM-Server repository, please read our contributor documentation.
Before you start, please make sure your changes are in demand. The best for that is to create a new discussion OR Slack Communication, or if you find an issue, report it first.
- Code Standards
- Docker Images Standards
- Directory Standards
- Commit Standards
- Versioning Standards
- Interface Standards
- Log Standards
- Error Code Standards
👥 Community
📆 Community Meetings
We want anyone to get involved in our community and contributing code, we offer gifts and rewards, and we welcome you to join us every Thursday night.
Our conference is in the OpenIM Slack 🎯, then you can search the Open-IM-Server pipeline to join
We take notes of each biweekly meeting in GitHub discussions, Our historical meeting notes, as well as replays of the meetings are available at Google Docs 📑.
👀 Who are using OpenIM
Check out our user case studies page for a list of the project users. Don't hesitate to leave a 📝comment and share your use case.
📄 License
OpenIM is licensed under the Apache 2.0 license. See LICENSE for the full license text.
The OpenIM logo, including its variations and animated versions, displayed in this repository OpenIM under the assets/logo and assets/logo-gif directories, are protected by copyright laws.