AWS Lambda is the leading example of a serverless computing platform. In this article, we’ll talk about how we can use .NET Core to build and deploy serverless functions on AWS Lambda.

Initially starting in 2014 with support for Node.js, AWS Lambda now supports development and deployment of functions in a variety of programming languages including Go, Java, Python, Ruby and C#.

AWS Lambda—and other event-driven, “function-as-a-service” platforms such as Microsoft Azure Functions, Google Cloud Functions, and IBM OpenWhisk—simplify development by abstracting away ...

When the runtime settings are configured, you can use the AWS Console’s Lambda test tab to invoke the function. Add the text “Hello World” as event data for the function call, and click Test. Java ...

Developers can use Java 8, introduced last year, and any of the usual Java libraries, along with the AWS SDK for Java. AWS provides two libraries for Lambda, aws-lambda-java-core for function handlers ...

To make your Go code ready for AWS deployment, it must reside in a handler function which is then passed to lambda.Start (). lambda.Start () does not return after being called and communicates ...

AWS Lambda functions execute on demand when invoked by an application, allowing for highly variable self-managing workloads beyond what cloud-hosted virtual machine (VM) lifecycle management rules ...

If it sounds familiar, it’s because AWS introduced a similar service called Lambda last year at re:Invent and in the tit for tat world of public cloud computing, Microsoft had to respond.