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#vertx — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #vertx, aggregated by home.social.

  1. Eclipse Vert.x vs Spring WebFlux a practical Java comparison of event-loop architecture, performance, and reactive programming with real code examples. hackernoon.com/going-beyond-sp #vertx

  2. Eclipse Vert.x vs Spring WebFlux a practical Java comparison of event-loop architecture, performance, and reactive programming with real code examples. hackernoon.com/going-beyond-sp #vertx

  3. Eclipse Vert.x vs Spring WebFlux a practical Java comparison of event-loop architecture, performance, and reactive programming with real code examples. hackernoon.com/going-beyond-sp #vertx

  4. Eclipse Vert.x vs Spring WebFlux a practical Java comparison of event-loop architecture, performance, and reactive programming with real code examples. hackernoon.com/going-beyond-sp

  5. Eclipse Vert.x vs Spring WebFlux a practical Java comparison of event-loop architecture, performance, and reactive programming with real code examples. hackernoon.com/going-beyond-sp #vertx

  6. I was thinking to be fluent in another #ProgrammingLanguage/framework.
    The low hanging fruit would be #Java, but either way I'd have to learn #Springboot. Even thoudh I'd love to work with #vertx.
    But I was thinking about a low level language like #Cpp or #Rust.

    Any suggestions or tips? Is it even possible (or sustainable) this? How to keep up in the loop in both worlds?

    #Programming #Developer #SoftwareDeveloper #DeveloperExperience #Career #BolhaDev #Programmer

  7. I was thinking to be fluent in another #ProgrammingLanguage/framework.
    The low hanging fruit would be #Java, but either way I'd have to learn #Springboot. Even thoudh I'd love to work with #vertx.
    But I was thinking about a low level language like #Cpp or #Rust.

    Any suggestions or tips? Is it even possible (or sustainable) this? How to keep up in the loop in both worlds?

    #Programming #Developer #SoftwareDeveloper #DeveloperExperience #Career #BolhaDev #Programmer

  8. I was thinking to be fluent in another #ProgrammingLanguage/framework.
    The low hanging fruit would be #Java, but either way I'd have to learn #Springboot. Even thoudh I'd love to work with #vertx.
    But I was thinking about a low level language like #Cpp or #Rust.

    Any suggestions or tips? Is it even possible (or sustainable) this? How to keep up in the loop in both worlds?

    #Programming #Developer #SoftwareDeveloper #DeveloperExperience #Career #BolhaDev #Programmer

  9. I was thinking to be fluent in another #ProgrammingLanguage/framework.
    The low hanging fruit would be #Java, but either way I'd have to learn #Springboot. Even thoudh I'd love to work with #vertx.
    But I was thinking about a low level language like #Cpp or #Rust.

    Any suggestions or tips? Is it even possible (or sustainable) this? How to keep up in the loop in both worlds?

    #Programming #Developer #SoftwareDeveloper #DeveloperExperience #Career #BolhaDev #Programmer

  10. I was thinking to be fluent in another /framework.
    The low hanging fruit would be , but either way I'd have to learn . Even thoudh I'd love to work with .
    But I was thinking about a low level language like or .

    Any suggestions or tips? Is it even possible (or sustainable) this? How to keep up in the loop in both worlds?

  11. I built a full WebDAV server with Quarkus + Vert.x.
    Not a toy. Not a demo. Something you can actually mount in macOS Finder.

    This article walks through:
    – Handler-based WebDAV architecture
    – PROPFIND, PUT, MKCOL, LOCK, DELETE
    – Vert.x file I/O without blocking
    – Why Finder breaks when LOCK is missing

    If you ever wondered how WebDAV really works under the hood, this is for you.

    the-main-thread.com/p/webdav-s

    #Java #Quarkus #Vertx #WebDAV #BackendEngineering #TheMainThread

  12. I built a full WebDAV server with Quarkus + Vert.x.
    Not a toy. Not a demo. Something you can actually mount in macOS Finder.

    This article walks through:
    – Handler-based WebDAV architecture
    – PROPFIND, PUT, MKCOL, LOCK, DELETE
    – Vert.x file I/O without blocking
    – Why Finder breaks when LOCK is missing

    If you ever wondered how WebDAV really works under the hood, this is for you.

    the-main-thread.com/p/webdav-s

    #Java #Quarkus #Vertx #WebDAV #BackendEngineering #TheMainThread

  13. I built a full WebDAV server with Quarkus + Vert.x.
    Not a toy. Not a demo. Something you can actually mount in macOS Finder.

    This article walks through:
    – Handler-based WebDAV architecture
    – PROPFIND, PUT, MKCOL, LOCK, DELETE
    – Vert.x file I/O without blocking
    – Why Finder breaks when LOCK is missing

    If you ever wondered how WebDAV really works under the hood, this is for you.

    the-main-thread.com/p/webdav-s

    #Java #Quarkus #Vertx #WebDAV #BackendEngineering #TheMainThread

  14. I built a full WebDAV server with Quarkus + Vert.x.
    Not a toy. Not a demo. Something you can actually mount in macOS Finder.

    This article walks through:
    – Handler-based WebDAV architecture
    – PROPFIND, PUT, MKCOL, LOCK, DELETE
    – Vert.x file I/O without blocking
    – Why Finder breaks when LOCK is missing

    If you ever wondered how WebDAV really works under the hood, this is for you.

    the-main-thread.com/p/webdav-s

    #Java #Quarkus #Vertx #WebDAV #BackendEngineering #TheMainThread

  15. I built a full WebDAV server with Quarkus + Vert.x.
    Not a toy. Not a demo. Something you can actually mount in macOS Finder.

    This article walks through:
    – Handler-based WebDAV architecture
    – PROPFIND, PUT, MKCOL, LOCK, DELETE
    – Vert.x file I/O without blocking
    – Why Finder breaks when LOCK is missing

    If you ever wondered how WebDAV really works under the hood, this is for you.

    the-main-thread.com/p/webdav-s

    #Java #Quarkus #Vertx #WebDAV #BackendEngineering #TheMainThread

  16. @LunaFreyja This is why I really love vertx.io. Almost everything is compile-time checked. Almost everything is explicit. But it is still very easy to use. #Eclipse #Vertx #java #reactive

  17. @LunaFreyja This is why I really love vertx.io. Almost everything is compile-time checked. Almost everything is explicit. But it is still very easy to use. #Eclipse #Vertx #java #reactive

  18. @LunaFreyja This is why I really love vertx.io. Almost everything is compile-time checked. Almost everything is explicit. But it is still very easy to use. #Eclipse #Vertx #java #reactive

  19. @LunaFreyja This is why I really love vertx.io. Almost everything is compile-time checked. Almost everything is explicit. But it is still very easy to use. #Eclipse #Vertx #java #reactive

  20. @LunaFreyja This is why I really love vertx.io. Almost everything is compile-time checked. Almost everything is explicit. But it is still very easy to use. #Eclipse #Vertx #java #reactive

  21. This #InfoQ article discusses the shift from blocking I/O (BIO) to non-blocking I/O (NIO) and asynchronous I/O (AIO) models, highlighting their role in modern software development.

    Mohit Palriwal focuses on #vertx - a toolkit for building reactive applications on the JVM, featuring the Multi-Reactor Pattern, Event Bus, and Verticles.

    Vert.x is ideal for Cloud, Big Data, and IoT, as shown through benchmarks and real-world examples.

    Read now: bit.ly/3TCcCim

    #Java #Microservices #ReactiveProgramming

  22. This #InfoQ article discusses the shift from blocking I/O (BIO) to non-blocking I/O (NIO) and asynchronous I/O (AIO) models, highlighting their role in modern software development.

    Mohit Palriwal focuses on #vertx - a toolkit for building reactive applications on the JVM, featuring the Multi-Reactor Pattern, Event Bus, and Verticles.

    Vert.x is ideal for Cloud, Big Data, and IoT, as shown through benchmarks and real-world examples.

    Read now: bit.ly/3TCcCim

    #Java #Microservices #ReactiveProgramming

  23. This #InfoQ article discusses the shift from blocking I/O (BIO) to non-blocking I/O (NIO) and asynchronous I/O (AIO) models, highlighting their role in modern software development.

    Mohit Palriwal focuses on #vertx - a toolkit for building reactive applications on the JVM, featuring the Multi-Reactor Pattern, Event Bus, and Verticles.

    Vert.x is ideal for Cloud, Big Data, and IoT, as shown through benchmarks and real-world examples.

    Read now: bit.ly/3TCcCim

    #Java #Microservices #ReactiveProgramming

  24. This #InfoQ article discusses the shift from blocking I/O (BIO) to non-blocking I/O (NIO) and asynchronous I/O (AIO) models, highlighting their role in modern software development.

    Mohit Palriwal focuses on #vertx - a toolkit for building reactive applications on the JVM, featuring the Multi-Reactor Pattern, Event Bus, and Verticles.

    Vert.x is ideal for Cloud, Big Data, and IoT, as shown through benchmarks and real-world examples.

    Read now: bit.ly/3TCcCim

    #Java #Microservices #ReactiveProgramming

  25. This article discusses the shift from blocking I/O (BIO) to non-blocking I/O (NIO) and asynchronous I/O (AIO) models, highlighting their role in modern software development.

    Mohit Palriwal focuses on - a toolkit for building reactive applications on the JVM, featuring the Multi-Reactor Pattern, Event Bus, and Verticles.

    Vert.x is ideal for Cloud, Big Data, and IoT, as shown through benchmarks and real-world examples.

    Read now: bit.ly/3TCcCim

  26. Асинхронная работа с файловой системой в Vert.x

    Vert.x – это экосистема для создания реактивных приложений на JVM, которые могут масштабироваться и обрабатывать огромные объемы данных в реальном времени. Это полиглоттная платформа, поддерживающая не только Java, но и Kotlin, Groovy, Scala, и еще js. В контексте статьи работать будем на java Одна из фич vert.x - это набор абстракций и API для асинхронной работы с сетью, файловой системой и другими ресурсами. С его помощью можно легко создавать масштабируемые веб-приложения, микросервисы, сетевые утилиты и многое другое.

    habr.com/ru/companies/otus/art

    #java #vertx

  27. Асинхронная работа с файловой системой в Vert.x

    Vert.x – это экосистема для создания реактивных приложений на JVM, которые могут масштабироваться и обрабатывать огромные объемы данных в реальном времени. Это полиглоттная платформа, поддерживающая не только Java, но и Kotlin, Groovy, Scala, и еще js. В контексте статьи работать будем на java Одна из фич vert.x - это набор абстракций и API для асинхронной работы с сетью, файловой системой и другими ресурсами. С его помощью можно легко создавать масштабируемые веб-приложения, микросервисы, сетевые утилиты и многое другое.

    habr.com/ru/companies/otus/art

    #java #vertx