Checkpoint 3.4.1.
- Containers offer a shared virtual environment for all applications, promoting better collaboration and resource utilization by eliminating the need for individual dedicated environments.
- Containers provide isolated environments for applications, not a shared virtual environment. Each container has its own isolated space, which prevents interference between applications.
- The consistent operating system requirement for container images ensures a more stable and secure runtime environment, reducing the risk of unexpected behavior.
- Containers do not require a consistent operating system; they share the host machine’s OS. However, containerization can still lead to a more stable and secure runtime environment due to isolation and standardization.
- Containerization simplifies the development and testing of software by offering a consistent environment across different systems.
- One of the benefits of containerization is that containers provide a consistent environment, which simplifies software development and testing across different systems.
- Containers are especially suitable for running large-scale applications due to their lightweight nature, making them a cost-effective choice for complex projects.
- While containers are indeed known for their lightweight nature and portability, their suitability for running large-scale applications is not their primary advantage.
Which of the following statements is true regarding the benefits of containerization in open-source projects?