Simple examples of object oriented design.

NiFi processor emulating queue/topic patterns on top of Redis

📻 Lightweight & Reliable MongoDB Pub/Sub Messenger

Java reactive streams workshop: basic implementations of Publisher, Subscriber, Subscription and Processor.

Please read the README file for more info.

High Performance ultra robust and reliable publisher subscriber implementation with superior rx java integration able to integrate into a cluster environment providing tools like server plugins and extensive management and monitoring possibilties.

Reactive Programming in Java with Project Reactor.

Bus positions is an Android publisher-subscriber application developed for the Distributed Systems course of AUEB

A delivery application which uses the Kafka pub/sub model of sending messages.

An application to perform edge analytics on IoT sensor devices with Apache Edgent.

Extra reactor utils that aren't included in either core or addons

Push task notification for Camunda workflows

The RabbitMQ is a scalable and commonly used messaging queue for exchanging messages among different parts of applications or between multiple applications. Both Spring Boot and Spring AMQP provide great integration capabilities with RabbitMQ.

Project made in spring boot using hexagonal architecture

This repository focuses on point to point messaging and Publisher Subscriber messaging using Message Brokers. JMS 1 API and JMS 2 API both have been illustrated in detail using ActiveMQ Artemis. Also the cluster steup for multiple brokers is illustrated.

A Distributed System following the Publisher - Subscriber pattern. Also includes an Android Application that acts as a client, sending and receiving messages, and a local file system for persistence.

Implementação de um broker de mensagens com Eclipse Mosquitto (protocolo MQTT - publisher/subscriber)

An example of how to implement the Publish-Subscribe pattern for Spring Boot and Apache Camel

Basic distributed applications implemented by Java Message Service (JMS).

Assignments for Computer Networks 💻 module: CSU33031