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Cloud Native Overview

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Cloud Native Overview

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Cloud Native Overview

Created by

Jose Corrochano Pardo
Jose Corrochano Pardo
Spain

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Cloud Native Overview
 

Cloud Native OverviewOnline version

Cloud Native Overview

by Jose Corrochano Pardo
1

Any application can be converted to cloud native.

2

Which of the following are used by microservices to communicate routine changes in state?

3

Which of the following is a scalable alternative to traditional servers?

4

Which of the following technologies includes open source toolchains as one of its key components?

5

Cloud native applications can be defined as:

6

Independently deployable is a characteristic of a microservices architecture. What is another?

7

The goal of the twelve-factor app methodology for creating cloud native applications is to:

8

A cloud computing execution model in which servers are transparent to the end user is one way to describe serverless architecture. Which of these statements also applies to serverless architecture?

9

Application programming interfaces (APIs) enforce a set of rules that allow applications or devices to communicate with each other is one way to describe an API. What is another way to describe it?

10

Messaging and event streaming services perform which role in a microservices architecture?

11

A client needs to implement a continuous delivery pipeline as a component of their DevSecOps processes. They are evaluating a cloud native approach to deploying several new microservices. What could they consider to be a best practice of continuous delivery on IBM Cloud?

12

Which three of the following are methods of modernizing monolithic applications?

Choose one or more answers

13

What is the first step in modernizing an application?

14

How is an application modernization pattern described?

15

What describes application refactoring?

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There are some applications that are not appropriate for cloud native.

Microservices use messaging and event streaming to broadcast routine changes in state.

Serverless architecture is designed to be a scalable alternative to traditional servers.

IBM Cloud Continuous Delivery includes open source toolchains as one of its key components.

Cloud native applications can be defined as applications that are designed to run exclusively in the public or private cloud.

Independently deployable and ease of application scaling are two characteristics of a microservices architecture.

Use a declarative approach to programming is the goal of the twelve-factor app methodology for creating cloud native applications.

A cloud computing execution model in which servers are transparent to the end user, and resources are automatically scaled up or down based on demand, requiring no user intervention are two ways to describe serverless architecture.

Application programming interfaces (APIs) enforce a set of rules that allow applications or devices to communicate with each other, and APIs can be used to communicate data and commands between microservices are two ways to describe an API.

Broadcast state changes to other services such as error logging services is the role that messaging and event streaming services perform in a microservices architecture.

Deliver code to various environments through automated pipelines is considered a best practice of continuous delivery on IBM Cloud.

Methods of modernizing monolithic applications include replacing functionality with microservices, creating APIs for existing monoliths, and moving the existing monolith to the cloud using containers.

A readiness assessment is the first step in modernizing an application.

An application modernization pattern is described as breaking the monolith up into chunks and transforming the functionality into cloud native microservices.

Application refactoring is when an existing monolithic application is broken into chunks, and the functionality is transformed into cloud native microservices.

 
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