AWS CodePipeline-Driven CodeBuild Builds: Difference between revisions
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[[AWS CodeBuild|CodeBuild]] can be integrated with [[AWS CodePipeline|CodePipeline]] so CodeBuild [[AWS_CodeBuild_Concepts#Build_Project|build projects]] can be used at the build [[AWS_CodePipeline_Concepts#Stage|stage]] of a CodePipeline release pipeline, backing a CodePipeline [[AWS_CodePipeline_Concepts#Build|build action]]. | [[AWS CodeBuild|CodeBuild]] can be integrated with [[AWS CodePipeline|CodePipeline]] so CodeBuild [[AWS_CodeBuild_Concepts#Build_Project|build projects]] can be used at the build [[AWS_CodePipeline_Concepts#Stage|stage]] of a CodePipeline release pipeline, backing a CodePipeline [[AWS_CodePipeline_Concepts#Build|build action]]. | ||
:::[[File:AWSCodePipeline_AWSCodeBuild_Integration.png]] | |||
=Integration= | =Integration= | ||
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The CodeBuild build project can be created automatically as part of an [[AWS CloudFormation|CloudFormation]] stack, most likely the same one that creates other resources required by the CodePipeline, and the pipeline itself. A typical CloudFormation specification is shown below. Aside from typical configuration details such as image type and build environment size, the CloudFormation "AWS::CodeBuild::Project" section can be used to declare stack-specific and project-specific configuration information in the "EnvironmentVariables" section. This configuration will be injected as environment variables into the build container. | The CodeBuild build project can be created automatically as part of an [[AWS CloudFormation|CloudFormation]] stack, most likely the same one that creates other resources required by the CodePipeline, and the pipeline itself. A typical CloudFormation specification is shown below. Aside from typical configuration details such as image type and build environment size, the CloudFormation "AWS::CodeBuild::Project" section can be used to declare stack-specific and project-specific configuration information in the "EnvironmentVariables" section. This configuration will be injected as environment variables into the build container. | ||
This configuration information can be inferred from the context, as is the case in | This configuration information can be inferred from the context, as is the case in <code>Fn::ImportValue: !Sub '${[[AWS_CloudFormation_Concepts#AWS::Region|AWS::Region]]}-BuildBucket'</code> or <code>${ECRRepository}</code>, or simply declared as parameters in the "[[AWS_CloudFormation_Concepts#Input_Parameters|Parameters]]" section of the template. | ||
Parameters: | |||
... | |||
CFEnvironment: | |||
Type: String | |||
Default: dev | |||
SvcTemplate: | |||
Type: String | |||
Default: generic-template.yaml | |||
... | |||
Resources: | Resources: | ||
... | ... | ||
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Type: [[AWS_CloudFormation_Resource_Types#AWS::CodeBuild::Project|AWS::CodeBuild::Project]] | Type: [[AWS_CloudFormation_Resource_Types#AWS::CodeBuild::Project|AWS::CodeBuild::Project]] | ||
Properties: | Properties: | ||
Name: ' | Name: !Sub '${AWS::StackName}-build-project' | ||
Source: | Source: | ||
Type: CODEPIPELINE | Type: CODEPIPELINE | ||
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Image: 'aws/codebuild/java:openjdk-8' | Image: 'aws/codebuild/java:openjdk-8' | ||
PrivilegedMode: true | PrivilegedMode: true | ||
EnvironmentVariables: | <span id='EnvironmentVariables'></span>EnvironmentVariables: | ||
- Name: TARGET_BUCKET | - Name: TARGET_BUCKET | ||
Value: Fn::ImportValue: !Sub '${[[AWS_CloudFormation_Concepts#AWS::Region|AWS::Region]]}-BuildBucket' | Value: Fn::ImportValue: !Sub '${[[AWS_CloudFormation_Concepts#AWS::Region|AWS::Region]]}-BuildBucket' | ||
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Value: !Ref CFEnvironment | Value: !Ref CFEnvironment | ||
ServiceRole: | ServiceRole: | ||
Fn::ImportValue: !Sub '${AWS::Region}-CodeBuildServiceRole' | Fn::ImportValue: !Sub '${[[AWS_CloudFormation_Concepts#AWS::Region|AWS::Region]]}-CodeBuildServiceRole' | ||
TimeoutInMinutes: 20 | TimeoutInMinutes: 20 | ||
= | ==Create the Pipeline that Delegates the Build to the CodeBuild Build Project== | ||
Resources: | |||
... | |||
Pipeline: | |||
Type: [[AWS_CloudFormation_Resource_Types#AWS::CodePipeline::Pipeline|AWS::CodePipeline::Pipeline]] | |||
Properties: | |||
Name: !Sub '${AWS::StackName}-pipeline' | |||
RoleArn: Fn::ImportValue: !Sub '${[[AWS_CloudFormation_Concepts#AWS::Region|AWS::Region]]}-CodePipelineServiceRole' | |||
ArtifactStore: | |||
Type: S3 | |||
Location: Fn::ImportValue: !Sub '${[[AWS_CloudFormation_Concepts#AWS::Region|AWS::Region]]}-BuildBucket' | |||
RestartExecutionOnUpdate: true | |||
Stages: | |||
- Name: Source | |||
... | |||
- Name: Build | |||
Actions: | |||
- Name: !Sub 'CodeBuild-driven-by-${Buildspec}' | |||
ActionTypeId: | |||
Category: Build | |||
Owner: AWS | |||
Version: '1' | |||
Provider: CodeBuild | |||
InputArtifacts: | |||
- Name: ContainerSrc | |||
OutputArtifacts: | |||
- Name: ContainerBuild | |||
Configuration: | |||
ProjectName: !Ref CodeBuildProject | |||
RunOrder: 1 | |||
- Name: Deploy | |||
... | |||
=Passing Configuration from CodePipeline to Build= | =Passing Configuration from CodePipeline to Build= | ||
Use the [[#EnvironmentVariables|EnvironmentVariables section]] of the CodeBuild build project declaration. | |||
=Artifacts= | |||
==Input Artifacts== | |||
CodeBuild action provider looks for ZIPped sources into the S3 bucket subdirectory corresponding to the "OutputArtifacts.Name" configuration value of the source action. The subdirectory is created into a directory with the same name as the pipeline physical ID. The locations can be retrieved from the build project's build information: | |||
::[[File:CodeBuild_Snapshot.png]] | |||
==Output Artifacts== | |||
CodeBuild places output files, as defined by the buildspec "artifacts.files" section, into the S3 bucket subdirectory corresponding to the "OutputArtifacts.Name" configuration value of the build action. The subdirectory is created into a directory with the same name as the pipeline physical ID. | |||
=CodePipeline Manipulation of CodeBuild Output Artifacts= | |||
Fn::GetArtifactAtt | |||
=Example= | |||
For a complete, albeit simple example of GitHub pipeline, see: {{Internal|Simple GitHub Simulated Shell Build Simulated Deployment AWS CodePipeline Pipeline|Simple GitHub - Simulated Shell Build - Simulated Deployment Pipeline}} |
Latest revision as of 22:56, 17 March 2019
Internal
Overview
CodeBuild can be integrated with CodePipeline so CodeBuild build projects can be used at the build stage of a CodePipeline release pipeline, backing a CodePipeline build action.
Integration
The integration consists in the following steps:
Create the CodeBuild Build Project
The CodeBuild build project can be created automatically as part of an CloudFormation stack, most likely the same one that creates other resources required by the CodePipeline, and the pipeline itself. A typical CloudFormation specification is shown below. Aside from typical configuration details such as image type and build environment size, the CloudFormation "AWS::CodeBuild::Project" section can be used to declare stack-specific and project-specific configuration information in the "EnvironmentVariables" section. This configuration will be injected as environment variables into the build container.
This configuration information can be inferred from the context, as is the case in Fn::ImportValue: !Sub '${AWS::Region}-BuildBucket'
or ${ECRRepository}
, or simply declared as parameters in the "Parameters" section of the template.
Parameters: ... CFEnvironment: Type: String Default: dev SvcTemplate: Type: String Default: generic-template.yaml ... Resources: ... CodeBuildProject: Type: AWS::CodeBuild::Project Properties: Name: !Sub '${AWS::StackName}-build-project' Source: Type: CODEPIPELINE BuildSpec: 'buildspec.yml' Artifacts: Type: CODEPIPELINE Environment: Type: LINUX_CONTAINER ComputeType: BUILD_GENERAL1_SMALL Image: 'aws/codebuild/java:openjdk-8' PrivilegedMode: true EnvironmentVariables: - Name: TARGET_BUCKET Value: Fn::ImportValue: !Sub '${AWS::Region}-BuildBucket' - Name: REPOSITORY_URI Value: !Sub ${AWS::AccountId}.dkr.ecr.${AWS::Region}.amazonaws.com/${ECRRepository} - Name: SVC_TEMPLATE Value: !Ref SvcTemplate - Name: ENV Value: !Ref CFEnvironment ServiceRole: Fn::ImportValue: !Sub '${AWS::Region}-CodeBuildServiceRole' TimeoutInMinutes: 20
Create the Pipeline that Delegates the Build to the CodeBuild Build Project
Resources: ... Pipeline: Type: AWS::CodePipeline::Pipeline Properties: Name: !Sub '${AWS::StackName}-pipeline' RoleArn: Fn::ImportValue: !Sub '${AWS::Region}-CodePipelineServiceRole' ArtifactStore: Type: S3 Location: Fn::ImportValue: !Sub '${AWS::Region}-BuildBucket' RestartExecutionOnUpdate: true Stages: - Name: Source ... - Name: Build Actions: - Name: !Sub 'CodeBuild-driven-by-${Buildspec}' ActionTypeId: Category: Build Owner: AWS Version: '1' Provider: CodeBuild InputArtifacts: - Name: ContainerSrc OutputArtifacts: - Name: ContainerBuild Configuration: ProjectName: !Ref CodeBuildProject RunOrder: 1 - Name: Deploy ...
Passing Configuration from CodePipeline to Build
Use the EnvironmentVariables section of the CodeBuild build project declaration.
Artifacts
Input Artifacts
CodeBuild action provider looks for ZIPped sources into the S3 bucket subdirectory corresponding to the "OutputArtifacts.Name" configuration value of the source action. The subdirectory is created into a directory with the same name as the pipeline physical ID. The locations can be retrieved from the build project's build information:
Output Artifacts
CodeBuild places output files, as defined by the buildspec "artifacts.files" section, into the S3 bucket subdirectory corresponding to the "OutputArtifacts.Name" configuration value of the build action. The subdirectory is created into a directory with the same name as the pipeline physical ID.
CodePipeline Manipulation of CodeBuild Output Artifacts
Fn::GetArtifactAtt
Example
For a complete, albeit simple example of GitHub pipeline, see: