Jenkins integrates with containerization tools in large-scale projects to achieve better resource management. Containers provide a lightweight and scalable solution for running builds and deployments.

The Branch by Abstraction strategy allows different teams to work on separate features without affecting each other. It involves creating an abstraction layer to isolate changes until they are ready for integration.

To support various build environments, Jenkins uses the concept of nodes, also known as slaves or agents. These nodes can be distributed across different machines to execute build jobs.

The "when" statement in a Jenkinsfile is used to specify conditions for executing specific stages. It allows for conditional execution based on factors such as build status or environment variables.

Automated container deployment in Jenkins often utilizes the Rolling deployment strategy. This strategy updates instances of the application gradually, reducing downtime and ensuring a smooth transition.

In distributed Jenkins setups, the concept of an "Agent" is used to execute jobs on appropriate nodes. Agents are responsible for carrying out the actual build and can be located on different machines.

The primary purpose of managing build artifacts is to store and preserve build outputs. These artifacts include compiled binaries, libraries, and other files generated during the build process.

High-availability in Jenkins is achieved through clustering. Having a clustering system in place allows multiple Jenkins masters to work together, providing redundancy and load distribution for increased availability.

Jenkins integrates with Kubernetes for comprehensive application lifecycle management, enabling the orchestration and management of containerized applications at scale.

Jenkins supports the Extended Choice plugin for advanced parameter configurations. This plugin provides additional parameter types, such as dropdowns, checkboxes, and radio buttons.