Amazon Corretto Integrations

Amazon Elastic Compute Cloud (Amazon EC2) provides secure, resizable cloud computing capacity. It was designed to make cloud computing at web scale easier for developers. Amazon EC2's web service interface makes it easy to configure and obtain capacity with minimal effort. It gives you complete control over your computing resources and allows you to run on Amazon's proven computing environment.

The Java™, Programming Language is a general purpose, concurrent, strongly typed and class-based object-oriented programming language. It is usually compiled according to the Java Virtual Machine Specification's bytecode instruction set. All source code in the Java programming language is first written in plain text files that end with the.java extension. The javac compiler compiles these source files into.class files. A.class file doesn't contain native code for your processor. Instead, it contains bytecodes (the machine language of the Java Virtual Machine1 [Java VM]). The java launcher tool will then run your application with an instance Java Virtual Machine.

Docker eliminates repetitive, tedious configuration tasks and is used throughout development lifecycle for easy, portable, desktop, and cloud application development. Docker's complete end-to-end platform, which includes UIs CLIs, APIs, and security, is designed to work together throughout the entire application delivery cycle. Docker images can be used to quickly create your own applications on Windows or Mac. Create your multi-container application using Docker Compose. Docker can be integrated with your favorite tools in your development pipeline. Docker is compatible with all development tools, including GitHub, CircleCI, and VS Code. To run applications in any environment, package them as portable containers images. Use Docker Trusted Content to get Docker Official Images, images from Docker Verified Publishings, and more.

The JCov open source project is used for gathering quality metrics related to the production of test suites. JCov will be open to allow the verification of regression tests being executed in OpenJDK. JCov's main purpose is transparency in test coverage metrics. OpenJDK developers will have the opportunity to use a code-coverage tool that is in 'lock step with Java language and VM development. This is why we promote standard coverage based JCov. JCov, a Java implementation of a code-coverage tool, provides a way to measure and analyze dynamic Java program code coverage. JCov allows you to see uncovered execution paths and method coverage. It can also show the source code of a program annotated with coverage information. JCov is most useful for testing to determine execution paths.

This is the place to collaborate with other open-source projects on the Java platform standard edition and related projects. Download and install the most recent open-source JDK. Oracle's free, GPL-licensed, production-ready OpenJDK JDK 21 binaries for Linux, macOS, and Windows are available, Oracle's commercially-licensed JDK 21 binaries, based on the same code, are available as well. Browse the code online, clone the repository to make a copy locally, and submit a patch to fix an issue, enhance an existing component or define a feature. OpenJDK offers source code for developers to use in building their binaries. Users are responsible for compiling code and generating Java runtimes tailored to their platform. The JDK project is a complex one. It requires a certain level of technical expertise and a number of dependencies from external software. It also requires reasonably powerful hardware.

AWS Fargate, a serverless compute engine that runs containers, works with both Amazon Elastic Container Service and Amazon Elastic Kubernetes Service. Fargate makes it simple for you to concentrate on building your applications. Fargate eliminates the need for provisioning and managing servers. It allows you to specify and pay per application for resources. Fargate also improves security by application isolation by design. Fargate allocates the correct amount of compute, eliminating the need for instances to scale cluster capacity and choosing instances. You only pay for what you use to run your containers. There is no need to over-provision or purchase additional servers. Fargate runs each task and pod in its own kernel, giving them their own isolated computing environment. This allows your application to be isolated from the workload and provides greater security by design.

Amazon Elastic Kubernetes Service is a fully managed Kubernetes services. EKS is trusted by customers such as Intel, Snap and Intuit. It also supports GoDaddy and Autodesk's mission-critical applications. EKS is reliable, secure, and scaleable. EKS is the best place for Kubernetes because of several reasons. AWS Fargate is serverless compute for containers that you can use to run your EKS clusters. Fargate eliminates the need for provisioning and managing servers. It allows you to specify and pay per application for resources and improves security by application isolation by design. EKS is also integrated with AWS Identity and Access Management, AWS CloudWatch, Auto Scaling Groups and AWS Identity and Access Management, IAM, and Amazon Virtual Private Cloud (VPC), allowing you to seamlessly monitor, scale, and load balance your applications.

You can run code without worrying about servers. Only pay for the compute time that you use. AWS Lambda allows you to run code without having to provision or manage servers. You only pay for the compute time that you use. Lambda allows you to run code for any type of backend service or application - and all this with zero administration. Upload your code, and Lambda will take care of scaling your code with high availability. Your code can be set up to trigger automatically from other AWS services, or you can call it directly from any mobile or web app. AWS Lambda runs your code automatically without you having to manage or provision servers. Simply write the code and upload it directly to Lambda. AWS Lambda automatically scales the application by running code according to each trigger. Your code runs in parallel, processing each trigger separately, scaling exactly with the workload.

Quarkus will tailor your application for GraalVM or HotSpot. Amazingly fast boot time and extremely low RSS memory (not just heap sizes!) It allows for near-instant scale-up and high-density memory usage in container orchestration platforms such as Kubernetes. We use a technique we call compile time boot. Quarkus is a full-stack framework that is cohesive, fun to use, and makes use of a growing number of best-of-breed library libraries. Unified configuration and native executable generation are the key to optimizing developer joy. Zero configurations, live reload within a blink of an eye, and simplified code for the 80% most common uses, while remaining flexible for the 20% remainder. Combining Quarkus with Kubernetes creates an ideal environment to create lightweight, scalable applications. Quarkus significantly improves developer productivity through tooling, prebuilt integrations, and application services.

Use high-performance Linux to run all your cloud-based and enterprise applications. Amazon Linux 2 is an operating system for Linux from Amazon Web Services. It provides a stable, high-performance, security-focused execution environment for developing and running cloud applications. Amazon Linux 2 comes at no extra cost. AWS provides Amazon Linux 2 with ongoing security and maintenance updates. Amazon Linux 2 is optimized for performance and includes support for the latest Amazon EC2 capabilities. It includes packages to ease integration with AWS Services. Amazon Linux 2 provides long-term support. Developers, IT administrators and ISVs can enjoy the predictability and stability that comes with a Long-Term Support (LTS), but still have access to the most recent versions of popular software.