Micronaut.io Website Review

A MODERN, JVM-BASED, FULL-STACK FRAMEWORK FOR BUILDING MODULAR, EASILY TESTABLE MICROSERVICE AND SERVERLESS APPLICATIONS. Reflection-based IoC frameworks load and cache reflection data for every single field, method, and constructor in your code, whereas with Micronaut, your application startup time and memory consumption are not bound to the size of your codebase. With a smooth learning curve, Micronaut's HTTP server makes it as easy as possible to expose APIs that can be consumed by HTTP clients.     public String index() {         return Hello World;  Declaratively build reactive HTTP clients, which are implemented at compile-time, reducing memory consumption.              import io.micronaut.http.annotation.Get; import io.micronaut.http.client.Client; import io.reactivex.Single; Easily spin up servers and clients in your unit tests, and run them instantaneously. clas* HelloClientSpec extends Specification {     @Shared     EmbeddedServer embeddedServer =         ApplicationContext.run(EmbeddedServer)     HelloClient client = embeddedServer         .applicationContext     void test hello world response() {         expect:         client.hello().blockingGet() == Hello World     } Micronaut supports any framework that implements Reactive Streams, including RxJa*a, and Reactor.              @Client( id = person-service ) public interface PersonClient {     public Single Micronaut provides a simple compile-time aspect-oriented programming API that does not use reflection. void everyFiveMinutes() {     messageService.sendMessage(Hello World); Micronaut's Cloud support is built right in, including support for common discovery services, distributed tracing tools, and cloud Distributed environments require planning for failure. Micronaut's built-in support for retry, circuit breaker, and fallbacks help you