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Rocketchat is an open-source popular Team Collaboration Software that should replace email, HipChat, Slack & Microsoft Teams. Rocket Chat has a lot of features.
Please make sure you should fulfill the below requirements before proceeding to the actual deployment.
Rocket Chat is free, unlimited and open source Team Collaboration Software that should replace email, HipChat, Slack & Microsoft Teams.
Communicate and collaborate with your team, share files, chat in real time or switch to video/audio conferencing.
It is a great solution for communities and companies wanting to privately host their own chat service or for developers looking forward to building and evolve their own chat platforms.
We can replace email, HipChat, Slack & Microsoft Teams with Rocket Chat, ultimate team chat software solution.
Rocket Chat has a lot of features, like Live Chat, Real-time translation, Endless Customization. You can take Rocket.Chat anywhere with web, desktop & mobile apps, Live Chat clients, and SDK.
A safe workspace with username restriction and admin transparency. Remove bad actors by adding moderators and provide admins with additional controls.
Customize your platform to tailor its exact look & feel by adding or removing features and selecting your own integrations, plugins & themes.
With complete access to the source code, you can fully customize, extend or add new functionality to meet your requirements
That’s the beauty of free software, free refers not only to price but also the freedom to have complete control over it.
The most common features of Rocket Chat are Free audio and video conferencing, guest access, screen sharing, file sharing, Live Chat, LDAP Group Sync, two-factor authentication (2FA), E2E encryption, SSO, and dozens of OAuth providers.
Also, unlimited features include
If you want to learn more about Rocket Chat and its features, please go through the official URL.
Containers are fast to deploy and make efficient use of system resources. Developers get application portability and programmable image management and the operations team gets standard run time units of deployment and management.
With all the known benefits of containers, there is one common misperception that the containers are ephemeral, which means if we restart the container or in case of any issues with it, we lose all the data for that particular container. They are only good for stateless micro-service applications and that it’s not possible to containerize stateful applications.
I am going to use GlusterFS to overcome the ephemeral behavior of Containers.
I already set up a replicated GlusterFS volume to have data replicated throughout the cluster if I would like to have some persistent data.
The below diagram explains how the replicated volume works.
Volume will be mounted on all the nodes, and when a file is written to the
/mntpartition, data will be replicated to all the nodes in the Cluster
In case of any one of the nodes fails, the application automatically starts on other node without loosing any data and that’s the beauty of the replicated volume.
Persistent application state or data needs to survive application restarts and outages. We are storing the data or state in GlusterFS and had periodic backups performed on it.
We will use a backup of the volume to spin a new application container anywhere else in case of unexpected issues occur in the current environment.
I am going to persistent
/app/upload folder of Rocket Chat
Create folder in
/mnt directory to persistent Rocker Chat Upload data folder,
sudo mkdir -p rocketchatupload
Please watch the below video for Glusterfs Installation
I am going to use
docker compose to prepare environment file for deploying Rocket Chat application. The compose file is known as YAML ( YAML stands for Yet Another Markup Language) and has extension .yml or .yaml
I am going to create application folders in
/optlocation in Ubuntu to store configuration files, nothing but docker compose files (.yml or .yaml).
Now it’s time to create a folder,
/opt directory and also place configuration file,
rock.yml inside of it to deploy Rocket Chat using docker-compose.
Use the below commands to create the folder.
/opt directory by typing
cd /opt in Ubuntu
Make a folder in
sudo mkdir -p rock
Let’s get into
rock folder by typing
docker compose file inside
rock folder using
sudo touch rock.yml
rock.yml docker-compose file with nano editor using
sudo nano rock.yml and copy and paste the below code in it.
Here is the
docker compose file for Rocket Chat. I am going to utilize the MongoDB stack as a back-end database for it that was deployed in the previous post.
version: "3.7" services: rocketchat: image: rocketchat/rocket.chat:latest volumes: - /mnt/chatuploads:/app/uploads depends_on: - mongo environment: - PORT=3000 - ROOT_URL=http://127.0.0.1:3000 - MONGO_URL=mongodb://mongo/rocketchat - MONGO_OPLOG_URL=mongodb://mongo/local - Accounts_UseDNSDomainCheck=False - ADMIN_USERNAME=user - ADMIN_PASS_FILE=/run/secrets/rock_password - ADMIN_EMAILfirstname.lastname@example.org networks: - proxy ports: - "3000:3000" deploy: placement: constraints: [node.role == worker] replicas: 1 update_config: parallelism: 2 delay: 10s restart_policy: condition: on-failure labels: - "traefik.enable=true" - "traefik.docker.network=proxy" - "traefik.http.routers.rocketchat.rule=Host(`team.example.com`)" - "traefik.http.routers.rocketchat.tls=true" - "traefik.http.routers.rocketchat.tls.certresolver=default" - "traefik.http.routers.rocketchat.entrypoints=websecure" - "traefik.http.services.rocketchat.loadbalancer.server.port=3000" volumes: chatuploads: driver: "local" networks: proxy: external: true
proxydocker overlay network for the application to be accessible externally.
Now it’s time to deploy our
docker compose file above,
rock.yml using the below command
docker stack deploy --compose-file rock.yml rock
In the above command, you have to replace
rock.yml with your docker-compose file name and rock with whatever name you want to call this particular application.
As mentioned earlier I named my docker-compose as
rock.yml and named my application stack as
With docker compose in docker swarm what ever we are deploying is called as docker stack and it has multiple services in it as per the requirement.
rock stack status using
docker stack ps rock
We can use
docker service logs rock to see
rock stack logs
http://team.example.com in the browser of choice, it will automatically redirect to
https://team.example.com/home ( Be sure to replace
example.com in the example above with your actual
Make sure that you have DNS entry for your application (team.example.com) in your DNS Management Application.
Fill in the details in the setup wizard to continue.
Click on Continue to go to the next step.
You will be asked to provide your organization’s information. Fill in the required information and click on continue.
Next, you will be asked to provide information about your Rocket.Chat instance. Fill in your site name, language, and if you want to have a private or public community. Then click on continue.
In the final step of the setup, you will be asked if you want to keep your server as a stand-alone instance or if you want to register it with Rocket.Chat to have access to additional functions and resources. Keep the instance standalone.
Once the setup is completed, you can access your Rocket.Chat and be the first user in the #general channel
We can customize the login screen of the Rocket Chat instance by going to the Assets option in the Administration window. See the below image for reference.
Rocket Chat is trusted by blockchain innovators such as Aragon, Brave, Hyperledger, Golem, and Token.
If you want to migrate from other platforms to Rocket Chat, there are plenty of tools available.
Now we have Rocket Chat Team Collaboration installed in our Docker Swarm successfully.
Stay tuned for Wekan (Open Source Kanban) deployment in the next post…🙄
Let me know your feedback or thoughts by commenting on it below.