msb-public
/
Open-IM-Server
mirror of https://github.com/OpenIMSDK/Open-IM-Server
2
0
Code Issues Projects Releases Wiki Activity
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
Branches Tags
${ item.name }
Create tag ${ searchTerm }
Create branch ${ searchTerm }
from '955520471f'
${ noResults }
Open-IM-Server/docs/contrib/environment.md

33 KiB
Raw Blame History Escape

OpenIM ENVIRONMENT CONFIGURATION

0. OpenIM Config File

Ensuring that OpenIM operates smoothly requires clear direction on the configuration file's location. Here's a detailed step-by-step guide on how to provide this essential path to OpenIM:

  1. Using the Command-line Argument:

    • For Configuration Path: When initializing OpenIM, you can specify the path to the configuration file directly using the -c or --config_folder_path option.

      ❯ _output/bin/platforms/linux/amd64/openim-api --config_folder_path="/your/config/folder/path"

    • For Port Specification: Similarly, if you wish to designate a particular port, utilize the -p option followed by the desired port number.

      ❯ _output/bin/platforms/linux/amd64/openim-api -p 1234

      Note: If the port is not specified here, OpenIM will fetch it from the configuration file. Setting the port via environment variables isn't supported. We recommend consolidating settings in the configuration file for a more consistent and streamlined setup.

  2. Leveraging the Environment Variable:

    You have the flexibility to determine OpenIM's configuration path by setting an OPENIMCONFIG environment variable. This method provides a seamless way to instruct OpenIM without command-line parameters every time.

    export OPENIMCONFIG="/path/to/your/config"

  3. Relying on the Default Path:

    In scenarios where neither command-line arguments nor environment variables are provided, OpenIM will intuitively revert to the config/ directory to locate its configuration.

1. OpenIM Deployment Guide

Welcome to the OpenIM Deployment Guide! OpenIM offers a versatile and robust instant messaging server, and deploying it can be achieved through various methods. This guide will walk you through the primary deployment strategies, ensuring you can set up OpenIM in a way that best suits your needs.

1.1. Deployment Strategies

OpenIM provides multiple deployment methods, each tailored to different use cases and technical preferences:

  1. Source Code Deployment Guide
  2. Docker Deployment Guide
  3. Kubernetes Deployment Guide

While the first two methods will be our main focus, it's worth noting that the third method, Kubernetes deployment, is also viable and can be rendered via the environment.sh script variables.

1.2. Source Code Deployment

In the source code deployment method, the configuration generation process involves executing make init, which fundamentally runs the script ./scripts/init-config.sh. This script utilizes variables defined in the environment.sh script to render the openim.yaml template file, subsequently generating the config.yaml configuration file.

1.3. Docker Compose Deployment

Docker deployment offers a slightly more intricate template. Within the openim-server directory, multiple subdirectories correspond to various versions, each aligning with openim-chat as illustrated below:

openim-server openim-chat
main main
release-v3.2 release-v3.2
release-v3.2 release-v3.2

Configuration file modifications can be made by specifying corresponding environment variables, for instance:

export CHAT_IMAGE_VERSION="main"
export SERVER_IMAGE_VERSION="main"

These variables are stored within the environment.sh configuration:

readonly CHAT_IMAGE_VERSION=${CHAT_IMAGE_VERSION:-'main'}
readonly SERVER_IMAGE_VERSION=${SERVER_IMAGE_VERSION:-'main'}

[!IMPORTANT] Can learn to read our mirror version strategy: https://github.com/openimsdk/open-im-server/blob/main/docs/contrib/images.md

Setting a variable, e.g., export CHAT_IMAGE_VERSION="release-v1.3", will prioritize CHAT_IMAGE_VERSION="release-v1.3" as the variable value. Ultimately, the chosen image version is determined, and rendering is achieved through make init (or ./scripts/init-config.sh).

Note: Direct modifications to the config.yaml file are also permissible without utilizing make init.

1.4. Environment Variable Configuration

For convenience, configuration through modifying environment variables is recommended:

1.4.1. Recommended using environment variables

  • PASSWORD

    • Description: Password for mongodb, redis, and minio.
    • Default: openIM123
    • Notes:
      • Minimum password length: 8 characters.
      • Special characters are not allowed.
    export PASSWORD="openIM123"

  • OPENIM_USER

    • Description: Username for redis, and minio.
    • Default: root
    export OPENIM_USER="root"

mongo is openIM, use export MONGO_OPENIM_USERNAME="openIM" to modify

  • OPENIM_IP

    • Description: API address.
    • Note: If the server has an external IP, it will be automatically obtained. For internal networks, set this variable to the IP serving internally.
    export OPENIM_IP="ip"

  • DATA_DIR

    • Description: Data mount directory for components.
    • Default: /data/openim
    export DATA_DIR="/data/openim"

1.4.2. Additional Configuration

MinIO Access and Secret Key

To secure your MinIO server, you should set up an access key and secret key. These credentials are used to authenticate requests to your MinIO server.

export MINIO_ACCESS_KEY="YourAccessKey"
export MINIO_SECRET_KEY="YourSecretKey"
MinIO Browser

MinIO comes with an embedded web-based object browser. You can control the availability of the MinIO browser by setting the MINIO_BROWSER environment variable.

export MINIO_BROWSER="on"

1.4.3. Security Considerations

TLS/SSL Configuration

For secure communication, it's recommended to enable TLS/SSL for your MinIO server. You can do this by providing the path to the SSL certificate and key files.

export MINIO_CERTS_DIR="/path/to/certs/directory"

1.4.4. Data Management

Data Retention Policy

You may want to set up a data retention policy to automatically delete objects after a specified period.

export MINIO_RETENTION_DAYS="30"

1.4.5. Monitoring and Logging

Audit Logging

Enable audit logging to keep track of access and changes to your data.

export MINIO_AUDIT="on"

1.4.6. Troubleshooting

Debug Mode

In case of issues, you may enable debug mode to get more detailed logs to assist in troubleshooting.

export MINIO_DEBUG="on"

1.4.7. Conclusion

With the environment variables configured as per your requirements, your MinIO server should be ready to securely store and manage your object data. Ensure to verify the setup and monitor the logs for any unusual activities or errors. Regularly update the MinIO server and review your configuration to adapt to any changes or improvements in the MinIO system.

1.4.8. Additional Resources

Feel free to explore the MinIO documentation for more advanced configurations and usage scenarios.

2. Further Configuration

2.1. Image Registry Configuration

Description: The image registry configuration allows users to select an image address for use. The default is set to use GITHUB images, but users can opt for Docker Hub or Ali Cloud, especially beneficial for Chinese users due to its local proximity.

Parameter Default Value Description
IMAGE_REGISTRY "ghcr.io/openimsdk" The registry from which Docker images will be pulled. Other options include "openim" and "registry.cn-hangzhou.aliyuncs.com/openimsdk".

2.2. OpenIM Docker Network Configuration

Description: This section configures the Docker network subnet and generates IP addresses for various services within the defined subnet.

Parameter Example Value Description
DOCKER_BRIDGE_SUBNET '172.28.0.0/16' The subnet for the Docker network.
DOCKER_BRIDGE_GATEWAY Generated IP The gateway IP address within the Docker subnet.
[SERVICE]_NETWORK_ADDRESS Generated IP The network IP address for a specific service (e.g., MYSQL, MONGO, REDIS, etc.) within the Docker subnet.

2.3. OpenIM Configuration

Description: OpenIM configuration involves setting up directories for data, installation, configuration, and logs. It also involves configuring the OpenIM server address and ports for WebSocket and API.

Parameter Default Value Description
OPENIM_DATA_DIR "/data/openim" Directory for OpenIM data.
OPENIM_INSTALL_DIR "/opt/openim" Directory where OpenIM is installed.
OPENIM_CONFIG_DIR "/etc/openim" Directory for OpenIM configuration files.
OPENIM_LOG_DIR "/var/log/openim" Directory for OpenIM logs.
OPENIM_SERVER_ADDRESS Docker Bridge Gateway IP OpenIM server address.
OPENIM_WS_PORT '10001' Port for OpenIM WebSocket.
API_OPENIM_PORT '10002' Port for OpenIM API.

2.4. OpenIM Chat Configuration

Description: Configuration for OpenIM chat, including data directory, server address, and ports for API and chat functionalities.

Parameter Example Value Description
OPENIM_CHAT_DATA_DIR "./openim-chat/[BRANCH]" Directory for OpenIM chat data.
OPENIM_CHAT_ADDRESS Docker Bridge Gateway IP OpenIM chat service address.
OPENIM_CHAT_API_PORT "10008" Port for OpenIM chat API.
OPENIM_ADMIN_API_PORT "10009" Port for OpenIM Admin API.
OPENIM_ADMIN_PORT "30200" Port for OpenIM chat Admin.
OPENIM_CHAT_PORT "30300" Port for OpenIM chat.

2.5. Zookeeper Configuration

Description: Configuration for Zookeeper, including schema, port, address, and credentials.

Parameter Example Value Description
ZOOKEEPER_SCHEMA "openim" Schema for Zookeeper.
ZOOKEEPER_PORT "12181" Port for Zookeeper.
ZOOKEEPER_ADDRESS Docker Bridge Gateway IP Address for Zookeeper.
ZOOKEEPER_USERNAME "" Username for Zookeeper.
ZOOKEEPER_PASSWORD "" Password for Zookeeper.

2.7. MongoDB Configuration

This section involves setting up MongoDB, including its port, address, and credentials.

Parameter Example Value Description
MONGO_PORT "27017" Port used by MongoDB.
MONGO_ADDRESS [Generated IP] IP address for MongoDB.
MONGO_USERNAME [User Defined] Admin Username for MongoDB.
MONGO_PASSWORD [User Defined] Admin Password for MongoDB.
MONGO_OPENIM_PASSWORD [User Defined] OpenIM Username for MongoDB.
MONGO_OPENIM_PASSWORD [User Defined] OpenIM Password for MongoDB.

2.8. Tencent Cloud COS Configuration

This section involves setting up Tencent Cloud COS, including its bucket URL and credentials.

Parameter Example Value Description
COS_BUCKET_URL "https://temp-1252357374.cos.ap-chengdu.myqcloud.com" Tencent Cloud COS bucket URL.
COS_SECRET_ID [User Defined] Secret ID for Tencent Cloud COS.
COS_SECRET_KEY [User Defined] Secret key for Tencent Cloud COS.
COS_SESSION_TOKEN [User Defined] Session token for Tencent Cloud COS.
COS_PUBLIC_READ "false" Public read access.

2.9. Alibaba Cloud OSS Configuration

This section involves setting up Alibaba Cloud OSS, including its endpoint, bucket name, and credentials.

Parameter Example Value Description
OSS_ENDPOINT "https://oss-cn-chengdu.aliyuncs.com" Endpoint URL for Alibaba Cloud OSS.
OSS_BUCKET "demo-9999999" Bucket name for Alibaba Cloud OSS.
OSS_BUCKET_URL "https://demo-9999999.oss-cn-chengdu.aliyuncs.com" Bucket URL for Alibaba Cloud OSS.
OSS_ACCESS_KEY_ID [User Defined] Access key ID for Alibaba Cloud OSS.
OSS_ACCESS_KEY_SECRET [User Defined] Access key secret for Alibaba Cloud OSS.
OSS_SESSION_TOKEN [User Defined] Session token for Alibaba Cloud OSS.
OSS_PUBLIC_READ "false" Public read access.

2.10. Redis Configuration

This section involves setting up Redis, including its port, address, and credentials.

Parameter Example Value Description
REDIS_PORT "16379" Port used by Redis.
REDIS_ADDRESS "${DOCKER_BRIDGE_GATEWAY}" IP address for Redis.
REDIS_USERNAME [User Defined] Username for Redis.
REDIS_PASSWORD "${PASSWORD}" Password for Redis.

2.11. Kafka Configuration

This section involves setting up Kafka, including its port, address, credentials, and topics.

Parameter Example Value Description
KAFKA_USERNAME [User Defined] Username for Kafka.
KAFKA_PASSWORD [User Defined] Password for Kafka.
KAFKA_PORT "19094" Port used by Kafka.
KAFKA_ADDRESS "${DOCKER_BRIDGE_GATEWAY}" IP address for Kafka.
KAFKA_LATESTMSG_REDIS_TOPIC "latestMsgToRedis" Topic for latest message to Redis.
KAFKA_OFFLINEMSG_MONGO_TOPIC "offlineMsgToMongoMysql" Topic for offline message to Mongo.
KAFKA_MSG_PUSH_TOPIC "msgToPush" Topic for message to push.
KAFKA_CONSUMERGROUPID_REDIS "redis" Consumer group ID to Redis.
KAFKA_CONSUMERGROUPID_MONGO "mongo" Consumer group ID to Mongo.
KAFKA_CONSUMERGROUPID_MYSQL "mysql" Consumer group ID to MySQL.
KAFKA_CONSUMERGROUPID_PUSH "push" Consumer group ID to push.

Note: Ensure to replace placeholder values (like [User Defined], ${DOCKER_BRIDGE_GATEWAY}, and ${PASSWORD}) with actual values before deploying the configuration.

2.12. OpenIM Web Configuration

This section involves setting up OpenIM Web, including its port, address, and dist path.

Parameter Example Value Description
OPENIM_WEB_PORT "11001" Port used by OpenIM Web.
OPENIM_WEB_ADDRESS "${DOCKER_BRIDGE_GATEWAY}" Address for OpenIM Web.
OPENIM_WEB_DIST_PATH "/app/dist" Dist path for OpenIM Web.

2.13. RPC Configuration

Configuration for RPC, including the register and listen IP.

Parameter Example Value Description
RPC_REGISTER_IP [User Defined] Register IP for RPC.
RPC_LISTEN_IP "0.0.0.0" Listen IP for RPC.

2.14. Prometheus Configuration

Setting up Prometheus, including its port and address.

Parameter Example Value Description
PROMETHEUS_PORT "19090" Port used by Prometheus.
PROMETHEUS_ADDRESS "${DOCKER_BRIDGE_GATEWAY}" Address for Prometheus.

2.15. Grafana Configuration

Configuration for Grafana, including its port and address.

Parameter Example Value Description
GRAFANA_PORT "13000" Port used by Grafana.
GRAFANA_ADDRESS "${DOCKER_BRIDGE_GATEWAY}" Address for Grafana.

2.16. RPC Port Configuration Variables

Configuration for various RPC ports. Note: For launching multiple programs, just fill in multiple ports separated by commas. Try not to have spaces.

Parameter Example Value Description
OPENIM_USER_PORT '10110' OpenIM User Service Port.
OPENIM_FRIEND_PORT '10120' OpenIM Friend Service Port.
OPENIM_MESSAGE_PORT '10130' OpenIM Message Service Port.
OPENIM_MESSAGE_GATEWAY_PORT '10140' OpenIM Message Gateway Service Port
OPENIM_GROUP_PORT '10150' OpenIM Group Service Port.
OPENIM_AUTH_PORT '10160' OpenIM Authorization Service Port.
OPENIM_PUSH_PORT '10170' OpenIM Push Service Port.
OPENIM_CONVERSATION_PORT '10180' OpenIM Conversation Service Port.
OPENIM_THIRD_PORT '10190' OpenIM Third-Party Service Port.

2.17. RPC Register Name Configuration

This section involves setting up the RPC Register Names for various OpenIM services.

Parameter Example Value Description
OPENIM_USER_NAME "User" OpenIM User Service Name
OPENIM_FRIEND_NAME "Friend" OpenIM Friend Service Name
OPENIM_MSG_NAME "Msg" OpenIM Message Service Name
OPENIM_PUSH_NAME "Push" OpenIM Push Service Name
OPENIM_MESSAGE_GATEWAY_NAME "MessageGateway" OpenIM Message Gateway Service Name
OPENIM_GROUP_NAME "Group" OpenIM Group Service Name
OPENIM_AUTH_NAME "Auth" OpenIM Authorization Service Name
OPENIM_CONVERSATION_NAME "Conversation" OpenIM Conversation Service Name
OPENIM_THIRD_NAME "Third" OpenIM Third-Party Service Name

2.18. Log Configuration

This section involves configuring the log settings, including storage location, rotation time, and log level.

Parameter Example Value Description
LOG_STORAGE_LOCATION "${OPENIM_ROOT}/logs/" Location for storing logs
LOG_ROTATION_TIME "24" Log rotation time (in hours)
LOG_REMAIN_ROTATION_COUNT "2" Number of log rotations to retain
LOG_REMAIN_LOG_LEVEL "6" Log level to retain
LOG_IS_STDOUT "false" Output log to standard output
LOG_IS_JSON "false" Log in JSON format
LOG_WITH_STACK "false" Include stack info in logs

2.19. Additional Configuration Variables

This section involves setting up additional configuration variables for Websocket, Push Notifications, and Chat.

Parameter Example Value Description
WEBSOCKET_MAX_CONN_NUM "100000" Maximum Websocket connections
WEBSOCKET_MAX_MSG_LEN "4096" Maximum Websocket message length
WEBSOCKET_TIMEOUT "10" Websocket timeout
PUSH_ENABLE "getui" Push notification enable status
GETUI_PUSH_URL [Generated URL] GeTui Push Notification URL
GETUI_MASTER_SECRET [User Defined] GeTui Master Secret
GETUI_APP_KEY [User Defined] GeTui Application Key
GETUI_INTENT [User Defined] GeTui Push Intent
GETUI_CHANNEL_ID [User Defined] GeTui Channel ID
GETUI_CHANNEL_NAME [User Defined] GeTui Channel Name
FCM_SERVICE_ACCOUNT "x.json" FCM Service Account
JPNS_APP_KEY [User Defined] JPNS Application Key
JPNS_MASTER_SECRET [User Defined] JPNS Master Secret
JPNS_PUSH_URL [User Defined] JPNS Push Notification URL
JPNS_PUSH_INTENT [User Defined] JPNS Push Intent
MANAGER_USERID_1 "openIM123456" Administrator ID 1
MANAGER_USERID_2 "openIM654321" Administrator ID 2
MANAGER_USERID_3 "openIMAdmin" Administrator ID 3
NICKNAME_1 "system1" Nickname 1
NICKNAME_2 "system2" Nickname 2
NICKNAME_3 "system3" Nickname 3
IM_ADMIN_USERID "imAdmin" IM Administrator ID
IM_ADMIN_NAME "imAdmin" IM Administrator Nickname
MULTILOGIN_POLICY "1" Multi-login Policy
CHAT_PERSISTENCE_MYSQL "true" Chat Persistence in MySQL
MSG_CACHE_TIMEOUT "86400" Message Cache Timeout
GROUP_MSG_READ_RECEIPT "true" Group Message Read Receipt Enable
SINGLE_MSG_READ_RECEIPT "true" Single Message Read Receipt Enable
RETAIN_CHAT_RECORDS "365" Retain Chat Records (in days)
CHAT_RECORDS_CLEAR_TIME [Cron Expression] Chat Records Clear Time
MSG_DESTRUCT_TIME [Cron Expression] Message Destruct Time
SECRET "${PASSWORD}" Secret Key
TOKEN_EXPIRE "90" Token Expiry Time
FRIEND_VERIFY "false" Friend Verification Enable
IOS_PUSH_SOUND "xxx" iOS
CALLBACK_ENABLE "false" Enable callback
CALLBACK_TIMEOUT "5" Maximum timeout for callback call
CALLBACK_FAILED_CONTINUE "true" fails to continue to the next step

2.20. Prometheus Configuration

This section involves configuring Prometheus, including enabling/disabling it and setting up ports for various services.

2.20.1. General Configuration

Parameter Example Value Description
PROMETHEUS_ENABLE "false" Whether to enable Prometheus.

2.20.2. Service-Specific Prometheus Ports

Service Parameter Default Port Value Description
User Service USER_PROM_PORT '20110' Prometheus port for the User service.
Friend Service FRIEND_PROM_PORT '20120' Prometheus port for the Friend service.
Message Service MESSAGE_PROM_PORT '20130' Prometheus port for the Message service.
Message Gateway MSG_GATEWAY_PROM_PORT '20140' Prometheus port for the Message Gateway.
Group Service GROUP_PROM_PORT '20150' Prometheus port for the Group service.
Auth Service AUTH_PROM_PORT '20160' Prometheus port for the Auth service.
Push Service PUSH_PROM_PORT '20170' Prometheus port for the Push service.
Conversation Service CONVERSATION_PROM_PORT '20230' Prometheus port for the Conversation service.
RTC Service RTC_PROM_PORT '21300' Prometheus port for the RTC service.
Third Service THIRD_PROM_PORT '21301' Prometheus port for the Third service.
Message Transfer Service MSG_TRANSFER_PROM_PORT '21400, 21401, 21402, 21403' Prometheus ports for the Message Transfer service.

2.21. Qiniu Cloud Kodo Configuration

This section involves setting up Qiniu Cloud Kodo, including its endpoint, bucket name, and credentials.

Parameter Example Value Description
KODO_ENDPOINT "http://s3.cn-east-1.qiniucs.com" Endpoint URL for Qiniu Cloud Kodo.
KODO_BUCKET "demo-9999999" Bucket name for Qiniu Cloud Kodo.
KODO_BUCKET_URL "http://your.domain.com" Bucket URL for Qiniu Cloud Kodo.
KODO_ACCESS_KEY_ID [User Defined] Access key ID for Qiniu Cloud Kodo.
KODO_ACCESS_KEY_SECRET [User Defined] Access key secret for Qiniu Cloud Kodo.
KODO_SESSION_TOKEN [User Defined] Session token for Qiniu Cloud Kodo.
KODO_PUBLIC_READ "false" Public read access.