AccountID

BucketName

ServiceRole

RepoName

CodeBuildProjectName

ReportGroupName

EC2InstanceIP

PrivKey

InstanceId

PipelineName

AppName

DGName

StackName

AuthKey

AmiID

VersionID

RoleName

InstanceProfileName

PolicyName

SecurityGroupName

KeyPairName

aws_secret_access_key

aws_access_key_id

SNSTopicName

EventBridgeRuleName

aws_account_id

This course teaches you how to set up and automate continuous integration and continuous delivery with AWS DevOps.

Automating a CI-CD pipeline with AWS DevOps..png

cbcaaws.tar.gz

AWS_ACCESS_KEY_ID

AWS_SECRET_ACCESS_KEY

AWS_DEFAULT_REGION

GIT_USER_NAME

GIT_USER_EMAIL

REPO_NAME

BUCKET_NAME

ACCOUNT_ID

CODEBUILD_PROJECT_NAME

SECURITY_GROUP

AUTH_KEY

APP_NAME

DG_NAME

EC2_INSTANCE_IP

awscicd

cbcreate

nogit

codecommit

cbcreate-copy

nogit-copy

codecommit-copy

Many companies still use the waterfall methodology in their delivery process. This course will help them understand the pitfalls and drawbacks of the waterfall methodology and how DevOps addresses those problems. 

You’ll learn about the different phases that make up a DevOps pipeline and the core AWS services used in each phase. You’ll also gain an understanding of leveraging other monitoring services provided by AWS and learn how to make the delivery pipeline more agile and error-proof. Finally, you’ll learn about the various deployment strategies used in production to maintain high availability.

With practical examples, hands-on exercises, and real-world scenarios, you’ll gain the skills and confidence to transform your development process, optimize software delivery, and achieve greater efficiency and success. Enroll now and harness the power of AWS DevOps to automate your CI/CD pipeline and enhance the reliability and quality of your software.

Automating a CI/CD Pipeline with AWS DevOps

Identify the service to which AWS CodeDeploy cannot perform software deployments.

Identify the service to which AWS CodeDeploy cannot perform software deployments.

It identifies the programs that must be executed at each lifecycle event.

It identifies the programs that must not be executed at each lifecycle event.

It identifies the target location where the application artifacts must be copied.

It identifies the target operating system where the application will be deployed.

What is the importance of the `hooks` section in the `appspec.yml` file?

What is the importance of the <code>hooks</code> section in the <code>appspec.yml</code> file?

Which option is *not* a valid CodeDeploy container?

Which option is not a valid CodeDeploy container?

There is no requirement to add tags to the instances.

By adding tags, a deployment group can identify the target instances.

By adding tags, a deployment group can identify the supported protocols.

By adding tags, a deployment group can identify all the users allowed to perform operations on the EC2 instances.

What is the importance of adding tags to a target EC2 instance?

What is the importance of adding tags to a target EC2 instance?

What format of the deployment artifact is *not* supported by AWS CodeDeploy?

What format of the deployment artifact is not supported by AWS CodeDeploy?

The S3 bucket must be in the `us-east-1` region.

The S3 bucket must have “Bucket Versioning” enabled.

The S3 bucket must have “MFA (Multi-Factor Authentication)” enabled.

What is a requirement for deploying an application from an S3 bucket?

What is a requirement for deploying an application from an S3 bucket?

The previous version of the application is deployed.

The last known good version of the application revision is deployed.

It aborts the current deployment and sends an email to the operations team.

It continues with the deployment if the errors are minor. 

What happens if deployment fails and automatic rollback is enabled?

What happens if deployment fails and automatic rollback is enabled?

Test your understanding of the concepts discussed in this chapter.

Implementing DevOps Using AWS Services

Managing Sourcecode with AWS CodeCommit

Building Applications with AWS CodeBuild

Application Testing with AWS CodeBuild

Application Deployment Using AWS CodeDeploy

Orchestrating Software Delivery Using AWS CodePipeline

Automating Infrastructure Deployment with AWS CloudFormation

Managing Sourcecode with AWS CodeCommit

Building Applications with AWS CodeBuild

Application Deployment Using AWS CodeDeploy

Orchestrating Software Delivery Using AWS CodePipeline

Popular Deployment Strategies

Conclusion

Appendix

Course Assessment

Deploying an Application Using AWS Services

Quiz: Application Deployment Using AWS CodeDeploy