![]() And it supports the JavaScript, Python, Ruby, and R languages. (In the future, we can hope to see GraalVM support Zig.) It also handles bytecode languages like Java, Scala, Kotlin, and Groovy. ![]() GraalVM can run any language that compiles to LLVM, which includes C, C++, Rust, Swift, and many more. The GraalVM project was started in March 2018 with the mission of providing a more expansive implementation of the virtual machine. GraalVM does everything a JVM can do and then some: it allows for consuming a variety of languages and outputting to a variety of target execution environments. It also incorporates several compiler styles, including a JIT (just in time) compiler that can enhance performance. That’s quite a lot of power. There’s also the ability to generate domain models and the data structures and the UI to go with them. jHipster is great choice for building many types of Java applications. JHipster also features internationalization and testing, and it supports both Maven and Gradle. The jHipster generator next allows adding a handful of other technologies: Elasticsearch for your search engine, WebSockets using Spring WebSocket, Apache Kafka as an asynchronous message broker, and API-first development using OpenAPI-generator. Next, you can pick from several front-end frameworks and generate an Admin UI if you so choose, along with several themes. JHipster begins by letting you choose between a monolithic application, a microservices architecture, or a gateway, giving you some idea of the range of this framework. If you choose monolithic, you are then able to make it a reactive-style application with Spring WebFlux. Next, you can pick different styles of authentication like JWT or Oauth 2. Then you get to choose from several datastores like SQL, MongoDB, and Cassandra, followed by a second-level application cache like Ehcache, Memcached, or Redis. The generator will walk you through a questionnaire that gives you a good idea about its capabilities. (If you happen to get the error ERR_PACKAGE_PATH_NOT_EXPORTED, see the solution here.) Like Hilla, jHipster begins by generating an application with an NPM package, the jhipster-generator tool. jHipsterĬontinuing with the theme of full-stack frameworks, we have jHipster. jHipster takes a very flexible approach that can unite a multitude of different technologies into one cohesive stack using Java as the API middleware. You can choose from several reactive front ends and a variety of SQL and NoSQL data stores. It's a bit like jHipster, but more opinionated. That means Hilla is less flexible in terms of the technologies it can glue together, but it gives you a more paved road to move across. Hilla is well-maintained and documented. If you need to build a full-stack app with Java, and if you like React or Lit for your front end, Hilla is a great framework to consider. Hilla also integrates persistence via JPA (on Hibernate) with a number of SQL databases like MySQL and PostgreSQL. apachehttpclientexamples import java.io.IOException import import 圎xception import import import .ClientProtocolException import .HttpClient import .methods.HttpGet import .client.HttpClients import .Hilla enforces typing between the two application halves, meaning your IDE can detect and propagate changes across the Java API and the TypeScript front end that consumes it. In this framework, auto-complete and refactor just work. This functionality is similar in feel to tRPC in the all-TypeScript world. ![]() 4.0.0 javainspires apachehttpclientexamples 0.0.1-SNAPSHOT jar apachehttpclientexamples UTF-8 httpclient 4.5.7 httpcore 4.4.11 commons-logging commons-logging 1.2
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