yacht docker github

A web interface for managing docker containers with an emphasis on templating to provide one-click deployments of dockerized applications. Think of it like a decentralized app store for servers that anyone can make packages for.

Additional support and community assistance can be found in our Discord group, https://discord.gg/JfsebxqKDW

Features- Container templating compatibility (Portainer compatible) ​

• Basic container management
• Easy template updating
• Template Variables to allow for a one-click experience
• Guided container deployment
• Dashboard for monitoring all of your docker containers in one place
• Docker-compose compatibility and editor
• One click editing of containers

Features (Coming Soon!) ​

• User Management
• Container CLI attachment If you want something that's not planned please open a feature request issue and we'll see about getting it added.

Templates ​

Currently, Yacht is compatible with portainer templates. You'll add a template url in the "Add Template" settings. The template will be read, separated into apps, and imported into the database. The apps associated with the templates are linked via a db relationship so when the template is removed, so are the apps associated with it. We store the template url as well so we can enable updating templates with a button press.

We recommend starting with:

In templates you are able to define variables (starting with ! ) to have them automatically replaced by whatever variable the user has set in their server settings (ie. !config will be replaced by /yacht/AppData/Config by default).

Control Local Docker Containers From a Web Browser with Yacht

What is yacht.

Yacht is a web interface for managing docker containers with an emphasis on templating to provide one-click deployments of dockerized applications. Think of it like a decentralized app store for servers that anyone can make packages for. - https://yacht.sh/docs/

Installing Docker

• Log into the Linux based device
• Run the following commands in the terminal # install prerequisites sudo apt install apt-transport-https ca-certificates curl software-properties-common gnupg-agent -y # add docker gpg key curl -fsSL https://download.docker.com/linux/ubuntu/gpg | sudo apt-key add - # add docker software repository sudo add-apt-repository "deb [arch=amd64] https://download.docker.com/linux/ubuntu $(lsb_release -cs) stable" # install docker sudo apt install docker-ce docker-compose containerd.io -y # enable and start docker service sudo systemctl enable docker && sudo systemctl start docker # add the current user to the docker group sudo usermod -aG docker $USER # reauthenticate for the new group membership to take effect su - $USER

Running Yacht

• Now that Docker is installed, run the following commands to setup the Yacht Docker container and run it # create working directories mkdir ~/docker/yacht -p # run the yacht docker container docker run -d -p 8000:8000 -v /var/run/docker.sock:/var/run/docker.sock -v ~/docker/yacht:/config --restart unless-stopped selfhostedpro/yacht
• Once the Yacht container is downloaded and running, open a web browser and navigate to http://DNSorIP:8000
• Login with the username [email protected] and password pass
• Click Admin > User in the top right corner
• Select Change Password from the top navigation menu
• Enter and confirm a new password
• Optionally, change the username
• Click the Change User Info button to apply the changes
• Welcome to Yacht, Docker container management from a web browser

Documentation: https://github.com/SelfhostedPro/Yacht

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InfoQ Homepage News Hubber Codespace Improves Inner-Loop Testing at GitHub

Hubber Codespace Improves Inner-Loop Testing at GitHub

Mar 18, 2024 2 min read

Matt Saunders

GitHub 's Developer Experience (DX) team has recently unveiled a new tool aimed at streamlining the inner-loop development process within its distributed service ecosystem. Named "Hubber Codespace" (HCS), the solution addresses some challenges posed by integration testing in a modular team structure where different services are developed and operated independently.

Integration testing in a distributed or microservice system such as GitHub quickly becomes complex. As GitHub evolved from a smaller organization to a larger one with hundreds of teams, the traditional approach of iterating within a mono-repo became impractical, with a proliferation of microservices being created. Managing dependencies across all these different services, each with differing requirements and versions, presented a challenge in performing representative testing. To tackle this issue, the DX team embarked on a mission to provide teams with a fast and reliable development cycle that worked around the constraints of a mono-repo setup.

The genesis of this new tool stemmed from a fundamental shift in perspective: rather than bringing developers to the ecosystem, why not bring the ecosystem to the developers? This approach led to the development of HCS, a Docker Compose project designed to locally stand up the entire GitHub ecosystem. By enabling developers to test their code within an integrated environment, HCS facilitates a deeper understanding of how a developer's changes interact with the broader system, increasing the developer's confidence in their deployments.

The DX team evaluated several options as an appropriate orchestrator for HCS, including Minikube and an internal SSH tunneling tool (Codespace-Compose). Ultimately, Docker Compose emerged as the preferred choice due to its simplicity, robustness, and minimal maintenance overhead. To further enhance the user experience, a user-friendly CLI was developed in Golang, offering seamless integration with HCS and abstracting away the complexities of Docker-Compose commands.

One key challenge HCS addresses is ensuring developers have access to an up-to-date version of the GitHub ecosystem. To achieve this, HCS collects the latest mono-repo release and SHAs for other microservices as part of an automated release process. This ensures that HCS is aligned with the latest GitHub codebase changes, so developers are not working with out-of-date code.

The adoption of HCS has garnered positive feedback from partner teams, with many lauding its impact on their development process. By simplifying integration testing and providing a consistent development environment, HCS has empowered teams to confidently validate their changes, eliminating the need for manual steps and reducing deployment friction.

In conclusion, introducing Hubber Codespace is a significant milestone in GitHub's ongoing efforts to enhance the developer experience. GitHub empowers developers to build, test, and deploy code with increased efficiency and reliability by using containerization and innovative tooling. This gives them the confidence that their changes have been tested appropriately in GitHub's complex collection of mono-repo and microservices.

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GitHub Meetup Moscow, Tonight, Sep 15

I'm in Moscow for the @mail.ru Tech Forum and I'll be holding a casual GitHub Drinkup at Sally O'Brien's starting at 21:00. So, come by and meet me (Tom Preston-Werner).…

I’m in Moscow for the @mail.ru Tech Forum and I’ll be holding a casual GitHub Drinkup at Sally O’Brien’s starting at 21:00.

So, come by and meet me (Tom Preston-Werner). I’ll be wearing a gray GitHub shirt that says “fork you” on the front. First round’s on us!

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