Dive into the world of custom templates in Bunnyshell with this comprehensive tutorial. Follow along as we demonstrate the step-by-step process of creating a custom template using a simple machine learning application. Learn how to configure environment settings, handle repositories, deploy environments, and manage template versions. By the end of this tutorial, you'll be well-equipped to leverage custom templates in Bunnyshell to efficiently manage your projects across different stages of development.

In this video, learn how to create and deploy a Node.js environment in Bunnyshell. The example application consists of a React frontend, an Express backend, and a Postgres database. Follow the step-by-step guide on leveraging a Docker Compose file to set up the environment, customizing settings, and deploying the environment to a Kubernetes cluster. Once the environment is deployed, discover how to add and edit books in the demo application.

This video demonstrates how to perform remote development on a Node.js environment by synchronizing files between the local machine and the remote environment. Using the demo books application, learn how to initiate remote development and sync local files with the remote backend component. This process involves starting an SSH server in the container, manually restarting the application, and making changes to the application that automatically trigger a restart upon saving.

In this video, learn how to debug a remote development session in Node.js using the previously deployed demo books application. Follow the steps to set up port forwarding and configure the IDE to map local folders to remote folders in the container. By starting the process in development mode with the inspect flag, discover how to enable the IDE to connect to the running process in the container. The demo includes setting breakpoints and stepping through code during debugging.

Dive into the world of Bunnyshell components with this developer-oriented video. Learn about the various component types supported, such as Helm charts, Kubernetes manifests, Docker images, Docker Compose, Terraform modules, and generic components.

Discover how to easily create an environment in Bunnyshell using your docker-compose.yaml file. This developer-focused video walks you through the process of importing your services and configuring your components using 100% Docker-compose syntax. Learn how to expose public hosts, attach volumes, and set up build arguments. We'll wrap up with a demonstration of how to deploy your environment in just a few minutes.

Learn how to deploy an environment in Bunnyshell using Helm charts and Kubernetes manifests. This developer-centric video breaks down the process of configuring components such as the frontend, backend, and databases. Dive into the details of using Helm components, running user-defined scripts, creating values files, and leveraging Helm's templating system. We also explore how to use Kubernetes manifests and perform replacements within your application.

Discover how to work with generic components in Bunnyshell, a powerful tool for developers. This video provides a practical example of integrating a serverless database, Neon, into an environment. Learn about the configuration of generic components, how they run on images, and their use of deploy and destroy scripts. We also explore how to use exported variables within the same component or other components, and how to organize and manage scripts.

Learn how to set up and automate preview environments in Bunnyshell to improve code reviews, gather feedback, and facilitate QA testing. This video demonstrates how to enable automatic preview environment creation, configure settings for deployment and destruction, and manage pull requests See how to create a new environment, modify the source environment, and view the changes made in the application. This video also covers the automatic deletion of environments after a pull request has been closed or merged.

This video demonstrates how to troubleshoot various issues using Bunnyshell, including failed builds, broken backend, and issues caused by generic components. Learn how to access pipeline logs, container outputs, and Kubernetes resources for debugging, as well as how to perform SSH into containers and port forward for databases. By utilizing these techniques, you can efficiently identify and resolve problems without needing direct access to the Kubernetes cluster or infrastructure.