Contents
- 1 Why is configuration management important?
- 2 What are the disadvantages of containers?
- 3 What is the primary goal of configuration management?
- 4 Which is the primary container for all versions of code in configuration management?
- 5 What is the role of a configuration manager?
- 6 Where does the configuration live in a container?
- 7 What do you need to know about containerization?
- 8 When to use containers and when not to use them?
Why is configuration management important?
Why is configuration management important? Configuration management helps engineering teams build robust and stable systems through the use of tools that automatically manage and monitor updates to configuration data. Complex software systems are composed of components that differ in granularity of size and complexity.
What are the disadvantages of containers?
The main drawbacks of containerization are:
- Site constraints. Containers are a large consumer of terminal space (mostly for storage), implying that many intermodal terminals have been relocated to the urban periphery.
- Capital intensiveness.
- Stacking.
- Repositioning.
- Theft and losses.
- Illicit trade.
What is configuration management in Kubernetes?
Configuration management is a practice used environment deployment and replication. They use templates to automatically deploy components with different configurations depending on parameterized values. There are also configuration management tools for clustered applications like Kubernetes.
What is the primary goal of configuration management?
This information is managed throughout the life cycle of the CI. The objective of Configuration Management is to define and control the components of an IT service and its infrastructure, and to maintain accurate configuration information.
Which is the primary container for all versions of code in configuration management?
source code repository
A source code repository is the primary container for all versions of code. Apart from keeping all the code, it generally stores test scripts, build scripts, deployment scripts, and configuration files as well.
What is the job of a configuration manager?
Configuration managers review and update existing configuration management plans. They work with the configuration teams in the development of configuration management tools and help assist in the maintenance of these tools. They also analyze any issues related to configuration and propose solutions to fix them.
What is the role of a configuration manager?
Configuration management is the discipline that ensures every company-owned software or hardware is in the record and is being tracked all the time. It ensures all the future planning and changes regarding these assets are known and are being updated in the records regularly.
Where does the configuration live in a container?
The container or VM only knows where to get the configuration from. The configuration lives in a vault or KeyStore. This has the advantage of being able to update the configuration for the whole fleet, but it makes the assumption that changing configuration won’t introduce a bug.
Which is better configuration management or configuration management?
Configuration management is a centralized management of your decentralized systems and servers. Many consider configuration management to be not much more than package management—installing, upgrading, patching, and removing packages on an operating system. But modern config management like Puppet and Ansible do a lot more for you.
What do you need to know about containerization?
They need careful security configuration: The platform that hosts your VMs needs to be carefully analyzed and configured to prevent potential security problems due to security domains bridging, or components that span multiple security domains, such as public and management, or management and data.
When to use containers and when not to use them?
Let’s look at the different factors that can tell you when to containerize applications (and when not to use containers at all). Before we talk about when to use (or when not to use) containers and VMs, it’s important to understand the differences between the two architectures.