Containerized Services and Database Server Creation

The process of making containerized services available for use, like setting up the necessary infrastructure and configuring the service.

Managing the creation, deletion, starting, stopping, and other operations related to containers throughout their lifespan.

A type of storage that persists even when the container is deleted or stopped, so data is not lost.

The act of connecting to a container to interact with it, such as running commands or accessing its files.

A method of making containers share data and persistent storage, ensuring that data is available even when the container is destroyed or rebuilt.

Containerized applications are packaged as self-contained units with all dependencies, allowing them to run consistently across different environments.

Red Hat OpenShift Container Platform is an open-source platform for deploying and managing containerized applications. It automates container orchestration, scaling, and management.

Traditional deployments involve installing applications on servers and configuring dependencies, which can be complex and prone to environment-specific issues.

Containers provide a lightweight and isolated environment for running applications, ensuring consistency and portability.

Container orchestration automates the deployment, scaling, and management of containers across a cluster, making it easier to run and manage applications at scale.

OpenShift Container Platform allows for automated scaling of containerized applications based on demand, ensuring optimal performance and resource utilization.

OpenShift Container Platform simplifies container management by providing a central platform for deploying, monitoring, and updating containerized applications.

Containerized applications offer several benefits over traditional deployments, including improved portability, scalability, and efficiency.

The process of creating, starting, stopping, deleting, and updating containers throughout their lifespan.

A process that isolates an application from the underlying operating system and other applications, providing consistency across different environments.

A method for sharing data and persistent storage between containers.

A type of containerization where each application runs in its own isolated environment.

The act of connecting to a container to interact with it, such as running commands or accessing its files.

The process of increasing or decreasing the number of instances of an application to handle changes in workload.

Kubernetes can automatically restart or reschedule containers if they fail, ensuring continuous service availability.

Kubernetes can roll out updates to applications gradually, allowing for testing and rollback if issues arise.

Kubernetes allows for secure storage and management of sensitive information, such as passwords and API keys, without compromising container security.

Packages that bring the knowledge of an application's lifecycle to a Kubernetes cluster, allowing automatic updates and management.

A platform built on top of Kubernetes, providing features like remote management, multitenancy, security, and developer self-service.

Features like a built-in container registry, CI/CD pipelines, and S2I (Source-to-Image), making development and deployment easier.

OpenShift provides a unified user interface for managing various features of the platform.

A command that configures your OpenShift cluster to access your GitHub and Quay.io accounts, verifying your credentials and connection settings.

A secure protocol used for communication between your OpenShift cluster and your GitHub and Quay.io accounts, ensuring data security and integrity.

A service that provides version control for your code, allowing you to track changes, collaborate with others, and share your projects.

A container registry that allows you to store, manage, and distribute your container images, making them accessible for deployment on OpenShift or other container platforms.

A security feature that requires two separate forms of authentication, such as a password and a code sent to your phone, for added protection.

A secure digital token that grants access to your GitHub account from the command line, eliminating the need to re-enter your password frequently.

A message that indicates a problem with your configuration, often prompting you to re-check and correct the information entered.

A method of validating your information by attempting to establish a connection to your specified OpenShift cluster using the provided API Endpoint.

A container image is a file system bundle that includes all the application files, libraries, and dependencies necessary for the application to run.

Image registries, like Red Hat Container Catalog, are services that allow users to search for and retrieve container images.

The podman search command allows you to find available container images from either local or remote registries.

The podman pull command downloads a container image from a registry and saves it locally for future use.

Running an application inside a container provides an isolated and controlled execution environment. It ensures that the application functions correctly and consistently, regardless of the underlying system.

Podman is a command-line tool that you can use to manage containers locally. It allows you to search, download, run, and interact with container images.

Containers provide a lightweight and isolated execution environment for applications. They ensure that applications run consistently across different systems, reducing dependencies and potential conflicts.

Red Hat Container Catalog is a registry where you can find and download container images, especially those built and certified by Red Hat.