Top Pivotal Cloud Foundry (PCF) Interview Questions

If youre looking for Cloud Foundry Interview Questions & Answers for Experienced or Freshers, you are at the right place. There are a lot of opportunities from many reputed companies in the world. According to research Cloud Foundry has a progressive market share. So, You still have the opportunity to move ahead in your career in Cloud Foundry Development. Mindmajix offers Advanced Cloud Foundry Interview Questions 2022 that helps you in cracking your interview & acquire your dream career as a Cloud Foundry Developer.

Cloud & PCF Interview Questions/Interview Preparation

22) What are the different layers that define the architecture of Cloud Foundry?

Node Controller, Walrus, cloud Controller, Storage Controller, and Cluster Controller are the layers of cloud Foundry architecture. These layers are best in making the cloud environment reliable and developers can perform their tasks simply and quickly. Because of these layers, Cloud Foundry is the best technology.

8) How Iaas and PaaS are different terms?

Infrastructure as a Service (IaaS) basically provides a base infrastructure and the end-users are liable for the configuration of environment and platform which is significant to expand applications. The common examples of this approach are Microsoft Azure and Amazon Web Service.

Platform as a Service (PaaS) is useful when it comes to cutting down the environment configuration by offering a platform that is always ready to use. It is possible to host PAAS services on top of IAAS infrastructure.

What is Cloud Foundry BuildPackBuildpacks offer support for applications in the system and runtime. Usually, buildpacks analyze the apps to decide which modules to install and how to set up applications to connect with attached providers. Cloud Foundry automatically detects an appropriate buildpack for it when you push an app. It Compiles and prepare the app for release using this buildpack.

  • Cloud platform services, also known as Platform as a Service (PaaS), provide certain software with cloud components when used primarily for applications.
  • PaaS provides developers with a platform that they can develop on and use to create separate products.
  • The enterprise or a third-party provider can manage all servers, storage, and networking while the developers are able to maintain application.
  • PaaS allows companies to develop and build systems with special software modules that are built into the PaaS.
  • Such programs, also referred to as middleware, are versatile and highly available because they presume some cloud functionality.
  • Advantages of PaaS
  • Developers can develop apps without the need to manage the software
  • A substantial reduction in the amount of coding required
  • Highly accessible
  • Scalable
  • Accessible to many users via the same software for production
  • Builds on virtualization software, so as the company evolves, resources can be quickly expanded or decreased
  • Provides a variety of services to help develop, test and launch applications
  • IaaS: Infrastructure as a Service

  • Cloud infrastructure services, known as Infrastructure as a Service (IaaS), made of computer resources that are highly scalable and automated
  • IaaS provides complete self-service to connect and track machines, networking, storage and other resources.
  • IaaS allows companies to purchase on-demand and as-needed services instead of strictly purchasing hardware.
  • IaaS offers cloud computing services through virtualization technologies, including servers, network, operating systems, and storage.
  • Such cloud services are typically provided by a portal or an API to the enterprise, giving full control over the entire network to IaaS users.
  • IaaS clients manage aspects such as applications, runtime, operating systems, middleware, and data.
  • Some providers offer even more features beyond the framework of virtualization, such as servers and queuing emails.
  • Advantages of IaaS
  • Purchases of hardware can be based on consumption
  • Highly scalable
  • Clients retain full control of their infrastructure
  • Easy to automate deployment of storage, networking, servers, and processing power
  • Resources as a service are available
  • The cost depends on the consumption.
  • Organization retains full infrastructure oversight
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