Feature: OpenIM docker offline deployment and multiple-platform docker image building

[cubxxw]

Checklist

• I've searched for similar issues and couldn't find anything matching
• I've discussed this feature request in the OpenIMSDK Slack and got positive feedback

Is this feature request related to a problem?

❎ No

Problem Description

With the efforts of a few days ago, we finally completed the first step: docker offline deployment, and had a full deployment scheme, refer to https://nsddd.notion.site/435ee747c0bc44048da9300a2d745ad3?pvs=25

I hope to make specific designs for the three plates, which are as follows:

• Determine whether the arm architecture can run the amd architecture machine normally
• Optimize the local Makefile so that it can normally compile arm and amd binaries, and multi-platform compilation of arm and amd docker images (buildx)
• Optimize the entire CICD process design to produce the release

Solution Description

docker is not very dependent on the underlying architecture, docker it is not completely cross-platform, mainly not across CPU architectures.

linux command line execution arch command, printed out is the cpu architecture, the cpu architecture is the same, the system is not the same (such as ubuntu and redhat) generally does not affect the use.

Note:
docker can run an ARM-based container on an AMD-based machine depending on whether the container's image depends on arm or amd

Benefits

A great feature request that provides docker cross-platform compilation and deployment of IM

Potential Drawbacks

No response

Additional Information

## image: Build docker images for host arch.
.PHONY: image
image:
	@$(MAKE) image.build

## image.multiarch: Build docker images for multiple platforms. See option PLATFORMS.
.PHONY: image.multiarch
image.multiarch:
	@$(MAKE) image.build.multiarch

## push: Build docker images for host arch and push images to registry.
.PHONY: push
push:
	@$(MAKE) image.push

## push.multiarch: Build docker images for multiple platforms and push images to registry.
.PHONY: push.multiarch
push.multiarch:
	@$(MAKE) image.push.multiarch

[cubxxw]

Service Name	Image	Supported Architectures	Ports
mysql	mysql:5.7	amd64, arm64v8, arm32v7	13306:3306, 23306:33060
mongodb	mongo:4.0	amd64, arm64v8, arm32v7	37017:27017
redis	redis	amd64, arm64v8, arm32v7	16379:6379
zookeeper	wurstmeister/zookeeper	amd64	2181:2181
kafka	wurstmeister/kafka	arm,amd64	9092:9092
etcd	http://quay.io/coreos/etcd	amd64, arm64v8	2379:2379, 2380:2380
minio	minio/minio	amd64, arm64v8, arm32v7	10005:9000, 9090:9090
open_im_server	openim/open_im_server:v2.3.9	amd64	N/A
open_im_enterprise	openim/open_im_enterprise:v1.0.3	amd64	N/A
prometheus	prom/prometheus	amd64, arm64v8, arm32v7	N/A
grafana	grafana/grafana	amd64, arm64v8, arm32v7	N/A
node-exporter	http://quay.io/prometheus/node-exporter	amd64, arm64v8, arm32v7	9100:9100

[cubxxw]

链接：https://cosbrowser.cloud.tencent.com/share/?id=MaW0g9y9b8G8N4hac5naM1z4&token=EdPBKs7IDLJIPqIFsgBTwV5bDg7tjQAPfqfhFD0b6S9RSVHyJpzGvzXrBQcf4pxk 提取码：000000

[cubxxw]

arm off-line install

./coscli cp -r cos://openim-1306374445/openim/image/arm/off-line/off-line/ /tmp/  -e cos.ap-guangzhou.myqcloud.com -i ************************************ -k ************************************

amd off-line install

./coscli cp -r cos://openim-1306374445/openim/image/arm/off-line/off-line/ /tmp/  -e cos.ap-guangzhou.myqcloud.com -i ************************************ -k ************************************

[cubxxw]

notion: https://nsddd.notion.site/c46a7dbd93c74875aed86486ceed0b2b?pvs=4