Course Test

Please answer the questions below to complete the test.

Question 1

Meshery is best described as which of the following?

Select one answer

A replacement for kubectl that manages a single cluster

An open-source cloud native manager that operates across multiple clusters and service meshes

A service mesh that handles traffic routing between microservices

A CI/CD pipeline tool for Kubernetes deployments

Question 2

Which components run inside each managed cluster as part of the Meshery architecture? Select all that apply.

Select all that apply

Meshery Operator

MeshSync

Broker (NATS)

Meshery Server

Question 3

What is the correct command to start Meshery on your local machine using the default Docker-based deployment?

Select one answer

mesheryctl start

mesheryctl system start

mesheryctl deploy --local

mesheryctl server up

Question 4

What command would you use to import the academy's microservices demo design into Meshery?

Select one answer

mesheryctl design load designs/microservices-demo.yaml

mesheryctl apply -f designs/microservices-demo.yaml

mesheryctl design import -f designs/microservices-demo.yaml -s "Kubernetes Manifest"

kubectl apply -f designs/microservices-demo.yaml

Question 5

In the Meshery registry, what is the role of a Model?

Select one answer

A single manageable resource, equivalent to a Kubernetes resource kind

A declared, typed connection between two components

A top-level grouping for a technology domain, containing its components and relationships

A versioned snapshot of a deployed cluster state

Question 6

How does the Kanvas Operator view differ from the Kanvas Designer view?

Select one answer

The Operator view is for authoring designs; the Designer view is for reading live cluster state

The Operator view shows live current state from MeshSync; the Designer view represents desired state for authoring designs

They are identical views with different color themes

The Operator view requires cluster-admin access; the Designer view does not