This repository contains AWS tool extensions to the .NET CLI. These tool extensions are focused on building .NET Core and ASP.NET Core applications and deploying them to AWS services. Many of these deployment commands are the same commands the AWS Toolkit for Visual Studio uses to perform its deployment features. This allows you to do initial deployment in Visual Studio and then easily transition from Visual Studio to the command line and automate the deployment.
For example with the AWS Lambda .NET CLI tool extension configured you can deploy a Lambda function from the command line in the Lambda function's project root directory.
dotnet lambda deploy-function MyFunction
The extension will prompt you for missing required parameters. To disable the extension from prompting, set the command line switch --disable-interactive to true.
For a history of releases view the release change log
As of September 10th, 2018 these extensions have migrated to be .NET Core Global Tools. As part of the migration each of these tools version number was set to 3.0.0.0
To install these tools use the dotnet tool install command.
dotnet tool install -g Amazon.Lambda.Tools
To update to the latest version of one of these tools use the dotnet tool update command.
dotnet tool update -g Amazon.Lambda.Tools
To migrate an existing project away from the older project tool, you need to edit your project file and remove the DotNetCliToolReference for the tool package. For example, let's look at an existing Lambda project file.
<Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup>
<TargetFramework>netcoreapp2.1</TargetFramework>
<GenerateRuntimeConfigurationFiles>true</GenerateRuntimeConfigurationFiles>
<-- The new property indicating to AWS Toolkit for Visual Studio this is a Lambda project -->
<AWSProjectType>Lambda</AWSProjectType>
</PropertyGroup>
<ItemGroup>
<-- This line needs to be removed -->
<DotNetCliToolReference Include="Amazon.Lambda.Tools" Version="2.2.0" />
</ItemGroup>
<ItemGroup>
<PackageReference Include="Amazon.Lambda.Core" Version="1.0.0" />
<PackageReference Include="Amazon.Lambda.Serialization.Json" Version="1.3.0" />
</ItemGroup>
</Project>To migrate this project, you need to delete the DotNetCliToolReference element, including Amazon.Lambda.Tools. If you don't remove this line, the older project tool version of Amazon.Lambda.Tools will be used instead of an installed Global Tool.
The AWS Toolkit for Visual Studio before .NET Core 2.1 would look for the presence of Amazon.Lambda.Tools in the project file to determine whether to show the Lambda deployment menu item. Because we knew we were going to switch to Global Tools, and the reference to Amazon.Lambda.Tools in the project was going away, we added the AWSProjectType property to the project file. The current version of the AWS Toolkit for Visual Studio now looks for either the presence of Amazon.Lambda.Tools or the AWSProjectType set to Lambda. Make sure when removing the DotNetCliToolReference that your project file has the AWSProjectType property to continue deploying with the AWS Toolkit for Visual Studio.
The following AWS services each have their own .NET CLI tool extension to make it easy to deploy a .NET Core Application to them.
Each tool extension supports a defaults JSON file that is used to preset values for all of the command line switches. When a command is executed it will look for values for the command line switches in this file if they are not specified on the command line. The file is a JSON document where each property name matches the full command line switch excluding the -- prefix.
To avoid confusing missing properties from different tool extensions, each tool extension looks for a different named file in the root of the project.
| Tool Extension | Defaults File Name |
|---|---|
| Amazon.ECS.Tools | aws-ecs-tools-defaults.json |
| Amazon.ElasticBeanstalk.Tools | aws-beanstalk-tools-defaults.json |
| Amazon.Lambda.Tools | aws-lambda-tools-defaults.json |
When deploying with the AWS Toolkit for Visual Studio, you can choose to have the deployment wizard save chosen values into the defaults file. This makes it easy to switch to the command line.
For example, the following aws-ecs-tools-defaults.json has values for the AWS region, AWS credential profile and build configuration. If you use it with an ECS command, you will not need to enter those values.
{
"region": "us-west-2",
"profile": "default",
"configuration": "Release"
}Use the --config-file switch to use an alternative file. Set the --persist-config-file switch is set to true to persist all of its settings in the defaults file.
Amazon Elastic Container Service (Amazon.ECS.Tools)
This tool extension takes care of building a Docker image from a .NET application and then deploying the Docker image to Amazon Elastic Container Service (ECS). The application must contain a dockerfile instructing this tool and the Docker CLI which this tool uses to build the Docker image.
You must install Docker before using this extension to deploy your application.
To install the extension run the following command.
dotnet tool install -g Amazon.ECS.Tools
dotnet ecs deploy-service ...
Deploys the .NET Core application as service on an ECS cluster. Services are for long lived process like web applications. Services have a desired number of tasks that will run the application. If a task instance dies for whatever reason the service will spawn a new task instance. Services can also be associated with an Elastic Load Balancer so that each of the tasks in the services will be registered as targets for the load balancer.
dotnet ecs deploy-task
Deploys the .NET Core application as task on an ECS Cluster. This is good for batch processing and similar jobs where once the process identified in the dockerfile exits the ECS task should end.
dotnet ecs deploy-scheduled-task
Creates a new ECS task definition and then configures a Amazon CloudWatch Event rule to run a task using the new task definition and a scheduled interval.
dotnet ecs push-image
Builds the Docker image from the .NET Core application and pushes it to Amazon Elastic Container Registery (ECR). The other ECS deployment tasks first run this command before continuing on with deployment.
AWS Elastic Beanstalk (Amazon.ElasticBeanstalk.Tools)
This tool extension deploys ASP.NET Core applications to AWS Elastic Beanstalk environment.
To install the extension run the following command.
dotnet tool install -g Amazon.ElasticBeanstalk.Tools
dotnet eb deploy-environment
Deploys the ASP.NET Core application to a Elastic Beanstalk environment after building and packaging up the application. If the Elastic Beanstalk environment does not exist then the command will create the environment.
dotnet eb delete-environment
Deletes an environment.
dotnet eb list-environments
Lists all of the current running environments along with the URL to access the environment.
AWS Lambda (Amazon.Lambda.Tools)
This tool extension deploys AWS Lambda .NET Core functions.
To install the extension run the following command.
dotnet tool install -g Amazon.Lambda.Tools
dotnet lambda deploy-function
Deploys the .NET Core Lambda project directly to the AWS Lambda service. The function is created if this is the first deployment. If the Lambda function already exists then the function code is updated. If any of the function configuration properties specified on the command line are different, the existing function configuration is updated. To avoid accidental function configuration changes during a redeployment, only default values explicitly set on the command line are used. The defaults file is not used.
dotnet lambda invoke-function MyFunction --payload "The Function Payload"
Invokes the Lambda function in AWS Lambda passing in the value of --payload as the input parameter to the Lambda function.
dotnet lambda list-functions
List all of the currently deployed Lambda functions.
dotnet lambda delete-function
Delete a Lambda function
dotnet lambda get-function-config
Get the Lambda function's configuration like memory limit and timeout.
dotnet lambda update-function-config
Update the Lambda function's configuration without uploading new code.
dotnet lambda deploy-serverless
Deploys one or more Lambda functions from the Lambda project through CloudFormation. The project uses the serverless.template CloudFormation template to deploy the serverless app along with any additional AWS resources defined in the serverless.template.
CloudFormation stacks created with this command are tagged with the AWSServerlessAppNETCore tag.
dotnet lambda list-serverless
Lists the .NET Core Serverless applications which are identified by looking for the AWSServerlessAppNETCore tag on existing CloudFormation Stacks.
dotnet lambda delete-serverless
Deletes the serverless application by deleting the CloudFormation stack.
dotnet lambda package-ci
Used for serverless applications. It creates the Lambda application bundle and uploads it to Amazon S3. It then writes a new version of the serverless.template with the location of the Lambda function code updated to where the application bundle was uploaded. In an AWS CodePipeline this command can be executed as part of a CodeBuild stage returning the transformed template as the build artifact. Later in the pipeline that transformed serverless.template can be used with a CloudFormation stage to deploy the application.
dotnet lambda package-ci inspects and uses the Architectures property of AWS::Serverless::Function to determine the runtime of the package.
For example:
"Architectures": [
"arm64"
],
will execute dotnet publish with a --runtime argument of value linux-arm64:
The default is linux-x64 (which will execute dotnet publish with a --runtime argument of value linux-x64: )
The Architectures array can be specified either by:
- Directly with the path
AWS::Serverless::Function - Within the AWS SAM Template syntax
Globals
Example of directly with the path AWS::Serverless::Function in a serverless.template:
...
"Resources": {
"ApiFnMFS3hGenerated": {
"Type": "AWS::Serverless::Function",
"Properties": {
"Architectures": [
"arm64"
],
"CodeUri": ".",
"MemorySize": 10240,
"Timeout": 900,
"Role": {
"Ref": "LambdaExecutionRole"
},
"PackageType": "Zip",
"Handler": "MyAssembly.MyNamespace::MyAssembly.MyNamespace.MyClass::MyFunction"
}
}
},
"Parameters" ...
Example of within the AWS SAM Template syntax Globals in a serverless.template:
...
"Globals": {
"Function": {
"Runtime": "dotnet6",
"Architectures": [
"arm64"
]
}
},
"Resources": {
"ApiFnMFS3hGenerated": {
"Type": "AWS::Serverless::Function",
"Properties": {
"Architectures": [
"arm64"
],
"CodeUri": ".",
"MemorySize": 10240,
"Timeout": 900,
"Role": {
"Ref": "LambdaExecutionRole"
},
"PackageType": "Zip",
"Handler": "MyAssembly.MyNamespace::MyAssembly.MyNamespace.MyClass::MyFunction"
}
}
},
"Parameters" ...
dotnet lambda package
Creates the Lambda application bundle that can later be deployed to Lambda.