Configuration for creating a CodeCommit repository for privately storing and managing assets (such as documents, source code, and binary files) in AWS.

This template creates a CodeCommit repository named MyDemoRepo. The repository is populated with code from an Amazon S3 bucket named MySourceCodeBucket. The code is placed in a branch named development, which is the default branch for the repository.

This template creates a CodeCommit repository named MyRepoName with a trigger for all events in the development branch. The trigger is associated with a custom data of Project ID 12345 and the destination is a new SNS topic created in the template.

Configuration template to create an AWS CodeBuild project with customizable settings for the projects name, description, service role, environment details, and more.

This template creates source credentials for a Bitbucket repository using AWS Secrets Manager. It specifies the token, server type, username, and authentication type.

This template creates an AWS CodeBuild project running Java environment on Linux and source location from S3 bucket `codebuild-demo-test` with the specified file name. The template also includes timeout configuration, tags and description.

This template creates an AWS CodeBuild project that caches build dependencies in Amazon S3 and uses resources in an Amazon VPC. The project is configured with a service role, artifacts, environment, source, timeout, VPC configuration, and cache configuration.

This template creates an AWS CodeBuild project with two filter groups. The filter groups specify conditions that trigger a build when evaluated to true. The first filter group triggers a build when a pull request is created or updated on the master branch by a GitHub user that does not have account ID 12345. The second filter group triggers a build when a push request is created on files with names that match the regular expression READ_ME in branches with Git reference names that match the regular expression ^refs/heads/.*.

This template creates source credentials for a GitHub Enterprise repository using AWS Secrets Manager. It specifies the token, server type, and authentication type.

Configuration for creating a CodePipeline pipeline to orchestrate the steps required to release your software in AWS. The configuration template includes options to build with other AWS Code services such as CodeBuild and CodeCommit.

This template creates a CodePipeline pipeline that describes how software changes go through a release process. The pipeline has stages for source, beta, and release. The source stage detects changes to an application stored in an S3 bucket and pulls them into the pipeline. The beta stage deploys the changes to EC2 instances using CodeDeploy. The release stage is disabled for inbound transitions, allowing you to control when the changes are ready to be deployed to release. The pipeline also includes an artifact store in an S3 bucket with encryption using a KMS key. Inbound stage transitions are disabled for the release stage with a reason specified. Tags are also added to the pipeline.

This template creates a webhook named MyWebhook and registers it for the pipeline's GitHub source repository. The webhook is configured with authentication using AWS Secrets Manager for the GitHub credentials (It references an existing secret `MyGitHubSecret`). The webhook filters for events with a specific branch. The webhook is associated with the specified pipeline and target action. The webhook also registers with third-party services.

This template creates a custom build action for CodePipeline. It requires users to specify a project name. The custom action type is categorized as 'Build' and the provider is set to 'My-Build-Provider-Name'. The version is specified as 'v1'. The configuration properties include a description, key, name, queryable, required, secret, and type. The input artifact details specify a maximum and minimum count of 1. The output artifact details specify a maximum count of 1 and a minimum count of 0. The settings include entity and execution URL templates. Tags are also included.

This template creates a CodeArtifact domain named 'my-domain' to store repositories. It also creates two CodeArtifact repositories: 'my-repo' and 'my-upstream-repo' within the domain. 'my-repo' has 'my-upstream-repo' configured as an upstream repository, and 'my-upstream-repo' has an external connection to the public repository, npmjs.

This template creates a CodeArtifact domain named 'my-domain' and a CodeArtifact repository named 'my-repo' inside it.

This template creates a CodeArtifact domain named _my-domain_ with an AWS Key Management Service encryption key and attaches an IAM resource-based policy.

This template creates a CodeArtifact domain named _my-domain_.

This template creates a CodeArtifact domain named _my-domain_.

This template creates a CodeArtifact domain named 'my-domain' and a CodeArtifact repository named 'my-repo' inside it.

This template creates a CodeArtifact domain named _my-domain_ with an AWS Key Management Service encryption key and attaches an IAM resource-based policy.

This template creates a CodeArtifact domain named 'my-domain' to store repositories. It also creates two CodeArtifact repositories: 'my-repo' and 'my-upstream-repo' within the domain. 'my-repo' has 'my-upstream-repo' configured as an upstream repository, and 'my-upstream-repo' has an external connection to the public repository, npmjs.

This template configures automatic rollback for the deployment group.

This template specifies the target group to use in a deployment. Instances are registered as targets in a target group, and traffic is routed to the target group.

This template configures a billing alarm and a notification trigger for the deployment group.

This template creates an AWS CodeDeploy deployment configuration with a minimum healthy hosts value of 75%. The deployment configuration specifies the number or percentage of instances that must remain available during a deployment.

This template configures an Elastic Load Balancing load balancer for the deployment group. The template configures a new Load balancer with a a new VPC and Subnet (as well as an internet gateway for the public subnet).The template also includes an SNS topic for trigger notifications (Failure and Success events).

This template creates a CodeGuru Profiler profiling group with the specified profiling group name and agent permissions. The agent permissions allow specific IAM roles to access the profiling group. The compute platform determines where the profiling group runs, in this case, it runs on AWS Lambda.

This template creates a CodeGuru Profiler profiling group with the specified profiling group name and notification configuration. The notification configuration includes an anomaly detection notification channel with the specified channel URI and channel ID.

This template creates an Amazon CodeGuru Reviewer repository association using a Bitbucket repository.

This template creates an AWS CodeCommit repository named `MyRepositoryName`. Next, it creates an Amazon CodeGuru Reviewer repository association using the CodeCommit repository.

This template creates an Amazon CodeGuru Reviewer repository association using a GitHub Enterprise Server repository.

This template creates a private GitHub repository with issues enabled. It specifies the source code ZIP file location in an S3 bucket, enables issues, sets the repository as private, and provides a repository access token. The repository is described with a name, description, and owner.

This template creates a connection with Bitbucket. The connection is created using the AWS::CodeStarConnections::Connection resource. The connection is given a name 'MyConnection' and the provider type is set to 'Bitbucket'. The connection is also tagged with a key 'Project' and a value 'ProjectB'.

This template creates a connection with GitHub Enterprise Server. The connection is created using the AWS::CodeStarConnections::Connection resource. The connection is given a name 'MyConnection' and the provider type is set to 'GitHubEnterpriseServer'. The connection also specifies a host ARN 'arn:aws:codestar-connections:us-west-2:123456789123:host/abc123-example'. The connection is also tagged with a key 'Project' and a value 'ProjectB'.

This template creates a notification rule for a resource. The rule specifies the events you want notifications about and the targets where you want to receive them. The example creates a notification rule named 'My Notification Rule for Comments on Commits' for a CodeCommit repository. It specifies the event type 'codecommit-repository-comments-on-commits' and sets the target as an SNS topic with the a subscription to email address email@example.com. The notification rule is also tagged with a key-value pair indicating the team that owns the rule.

A config rule that checks whether the project contains environment variables AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY. The rule is NON_COMPLIANT when the project environment variables contains plaintext credentials.

A config rule that checks whether the GitHub or Bitbucket source repository URL contains either personal access tokens or user name and password. The rule is COMPLIANT with the usage of OAuth to grant authorization for accessing GitHub or Bitbucket repositories.

A Config rule that checks whether the first deployment stage of the AWS Codepipeline performs more than one deployment. Optionally checks if each of the subsequent remaining stages deploy to more than the specified number of deployments (deploymentLimit).

A Config rule that checks if each stage in the AWS CodePipeline deploys to more than N times the number of the regions the AWS CodePipeline has deployed in all the previous combined stages, where N is the region fanout number. The first deployment stage can deploy to a maximum of one region and the second deployment stage can deploy to a maximum number specified in the regionFanoutFactor. If you do not provide a regionFanoutFactor, by default the value is three. For example: If 1st deployment stage deploys to one region and 2nd deployment stage deploys to three regions, 3rd deployment stage can deploy to 12 regions, that is, sum of previous stages multiplied by the region fanout (three) number. The rule is NON_COMPLIANT if the deployment is in more than one region in 1st stage or three regions in 2nd stage or 12 regions in 3rd stage.

A Config rule that checks if an AWS CodeBuild project has encryption enabled for all of its artifacts. The rule is NON_COMPLIANT if ‘encryptionDisabled’ is set to ‘true’ for any primary or secondary (if present) artifact configurations.

A Config rule that checks if an AWS CodeBuild project environment has at least one log option enabled. The rule is NON_COMPLIANT if 'logsConfig' is not present or the status of all present log configurations is set to 'DISABLED'.

A Config rule that checks if a AWS CodeBuild project configured with Amazon S3 Logs has encryption enabled for its logs. The rule is NON_COMPLIANT if ‘encryptionDisabled’ is set to ‘true’ in a S3LogsConfig of a CodeBuild project.

Checks if an AWS CodeBuild project environment has privileged mode enabled. The rule is NON_COMPLIANT for a CodeBuild project if ‘privilegedMode’ is set to ‘true’.

An IAM policy that allows Read access to a specific CodeCommit repository. This policy also provides the permissions necessary to complete this action programmatically and in the console.

An IAM policy that allows a user to use Git to pull from, and push to, a specific AWS CodeCommit repository.

An IAM policy that denies a user the ability to change or push changes to a specific branch in a specific AWS CodeCommit repository.

An IAM policy that allows a user to create build projects using only the specified AWS CodeBuild service role.

An IAM policy that allows a user to delete build projects.

An IAM policy that allows a user to change information about build projects using only the specified AWS CodeBuild service role.

An IAM policy that grants permissions to approve or reject manual approval actions in a specific pipeline.

An IAM policy that grants permissions to disable and enable transitions between all stages in a specific pipeline.