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NEW QUESTION 22
A global company with distributed Development teams built a web application using a microservices architecture running on Amazon ECS. Each application service is independent and runs as a service in the ECS cluster. The container build files and source code reside in a private GitHub source code repository.
Separate ECS clusters exist for development, testing, and production environments.
Developers are required to push features to branches in the GitHub repository and then merge the changes into an environment-specific branch (development, test, or production). This merge needs to trigger an automated pipeline to run a build and a deployment to the appropriate ECS cluster.
What should the DevOps Engineer recommend as an automated solution to these requirements?
- A. Create an AWS CloudFormation stack for the ECS cluster and AWS CodePipeline services. Store the container build files in an Amazon S3 bucket. Use a post-commit hook to trigger a CloudFormation stack update that deploys the ECS cluster. Add a task in the ECS cluster to build and push images to Amazon ECR, based on the container build files in S3.
- B. Create a pipeline in AWS CodePipeline. Configure it to be triggered by commits to the master branch in GitHub. Add a stage to use the Git commit message to determine which environment the commit should be applied to, then call the create-image Amazon ECR command to build the image, passing it to the container build file. Then add a stage to update the ECS task and service definitions in the appropriate cluster for that environment.
- C. Create a separate pipeline in AWS CodePipeline for each environment. Trigger each pipeline based on commits to the corresponding environment branch in GitHub. Add a build stage to launch AWS CodeBuild to create the container image from the build file and push it to Amazon ECR. Then add another stage to update the Amazon ECS task and service definitions in the appropriate cluster for that environment.
- D. Create a new repository in AWS CodeCommit. Configure a scheduled project in AWS CodeBuild to synchronize the GitHub repository to the new CodeCommit repository. Create a separate pipeline for each environment triggered by changes to the CodeCommit repository. Add a stage using AWS Lambda to build the container image and push to Amazon ECR. Then add another stage to update the ECS task and service definitions in the appropriate cluster for that environment.
Answer: C
Explanation:
Explanation
https://docs.aws.amazon.com/AmazonECS/latest/developerguide/ecs-cd-pipeline.html
NEW QUESTION 23
Which of the following is the default deployment mechanism used by Elastic Beanstalk when the application
is created via Console or EBCLI?
- A. Rolling with additional batch
- B. Immutable
- C. Rolling Deployments
- D. All at Once
Answer: C
Explanation:
Explanation
The AWS documentation mentions
AWS Elastic Beanstalk provides several options for how deployments are processed, including deployment
policies (All at once. Rolling, Rolling with additional batch,
and Immutable) and options that let you configure batch size and health check behavior during deployments.
By default, your environment uses rolling deployments
if you created it with the console or EB CLI, or all at once deployments if you created it with a different client
(API, SDK or AWS CLI).
For more information on Elastic Beanstalk deployments, please refer to the below link:
* http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/using-features.rolling-version-deploy.html
NEW QUESTION 24
You are designing an application that contains protected health information. Security and compliance
requirements for your application mandate that all protected health information in the application use
encryption at rest and in transit. The application uses a three-tier architecture where data flows through the
load balancer and is stored on Amazon EBS volumes for processing and the results are stored in Amazon S3
using the AWS SDK.
Which of the following two options satisfy the security requirements? (Select two)
- A. UseTCP load balancing on the load balancer. SSL termination on the Amazon EC2instances and
Amazon S3 with server-side encryption. - B. UseSSL termination on the load balancer an SSL listener on the Amazon EC2instances, Amazon EBS
encryption on EBS volumes containing PHI and Amazon S3with server-side encryption. - C. UseSSL termination on the load balancer, Amazon EBS encryption on Amazon EC2instances and
Amazon S3 with server- side encryption. - D. UseSSL termination with a SAN SSL certificate on the load balancer. Amazon EC2with all Amazon
EBS volumes using Amazon EBS encryption, and Amazon S3 withserver-side encryption with
customer-managed keys. - E. UseTCP load balancing on the load balancer. SSL termination on the Amazon EC2instances. OS-level
disk encryption on the Amazon EBS volumes and Amazon S3with server-side encryption.
Answer: B,E
Explanation:
Explanation
The AWS Documentation mentions the following:
HTTPS/SSL Listeners
You can create a load balancer with the following security features.
SSL Server Certificates
If you use HTTPS or SSL for your front-end connections, you must deploy an X.509 certificate (SSL server
certificate) on your load balancer. The load balancer decrypts
requests from clients before sending them to the back-end instances (known as SSL termination). For more
information, see SSL/TLS Certificates for Classic Load Balancers.
If you don’t want the load balancer to handle the SSL termination (known as SSL offloading), you can use
TCP for both the front-end and back-end connections, and deploy certificates on the registered instances
handling requests.
Reference Link:
http://docs.aws.a
mazon.com/elasticloadbalancing/latest/classic/el b-listener-config.htm I
Create a Classic Load Balancer with an HTTPS Listener
A load balancer takes requests from clients and distributes them across the EC2 instances that are registered
with the load balancer.
You can create a toad balancer that listens on both the HTTP (80) and HTTPS (443) ports. If you specify that
the HTTPS listener sends requests to the instances on port 80, the load balancer terminates the requests and
communication from the load balancer to the instances is not encrypted. If the HTTPS listener sends requests
to the instances on port 443, communication from the load balancer to the instances is encrypted.
Reference Link:
* http://docs.aws.a
mazon.com/elasticloadbalancing/latest/classic/el b-create-https-ssl-load-balancer.htm I Option A
& B are incorrect because they are missing encryption in transit between ELB and EC2 instances.
Option D is incorrect because it is missing encryption at rest on the data associated with the EC2 instances.
NEW QUESTION 25
……
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