What do you need to make your business application shine? A unique architecture of 20+ Domain Specific Languages (DSL), driving a combination of open-source Eclipse frameworks and proven software engineering methods.
Standard [35 minutes]
Eclipse Vert.x is a toolkit for writing reactive application for the JVM. It provides a reactive and modular ecosystem ready for many kinds of applications: with Vert.x you can easily create real-time web applications, IoT applications, protocol adapters, distributed applications and of course micro-services!
This talk is an introduction to the reactive paradygm and Eclipse Vert.x.
Eclipse Vert.x is a toolkit to create reactive distributed and polyglot applications on the Java Virtual Machine. Vert.x is incredibly flexible - whether it's simple network utilities, sophisticated modern web applications, REST services, high volume event processing or a full blown back-end message-bus application, Vert.x is a great fit and has demonstrated huge benefits in production. There is another domain where Vert.x shines: scalable microservice systems.
Reactive Programming, Reactive eXtensions, Reactive Streams, Reactive Systems, Reactive Manifesto, that’s a lot of 'reactive' thingies. Just to make it even more confusing, 'reactive' is often associated with asynchronous, scalability, RX libraries (RX Java, RX-JS), back pressure, streams, observables, futures, promises, spreadsheets and so on…. That's a lot to digest… This session helps you understand what's behind the reactive word. It explores the reactive landscape and explains what all these 'things' are and how they are related.
Sick of the strict rules from traditional frameworks? Aspire to more freedom? Want to see some reactive code? In this talk learn to be a reactive stack Chef using the un-opinionated approach chosen by Eclipse Vert.x. Pick your language, your development model, the components from the thrilling Vert.x ecosystem, shake it and serve it hot!
The Internet of Things (IoT) revolves around the development, mass-production and deployment of wireless embedded sensor devices. A plethora of prototyping platforms for exploring and developing those sensor nodes exists. However many of those toolkits do not scale beyond prototyping or offer an inferior development experience compared to other domains, e.g. mobile-apps or the web. To overcome the rigidity of the conventional embedded IoT device development process, we are building Mita: a new programming language designed for the embedded IoT.
Are you a new committer or project lead for an Eclipse, LocationTech, or PolarSys project? Are you thinking about proposing a new open source project? In this session, Eclipse Foundation staff members will walk you through the information that you need to know to be an effective open source project committer. The discussion includes an overview of the Eclipse Development Process, the Intellectual Property Due Diligence Process, and the Tools and IT Infrastructure made available to open projects by the Eclipse Foundation.
Running an open source project is easy. All you have to do is make your source code available and you’re open source, right? Well, maybe. Ultimately, whether or not an open source project is successful depends on your definition of success. Regardless of your definition, creating an open source project can be a lot of work. If you have goals regarding adoption, for example, then you need to be prepared to invest. While open source software is “free as in beer”, it’s not really free: time and energy are valuable resources and these valuable resources need to be invested in the project.
STMicroelectronics offers a wide portfolio of microcontrollers (MCUs) for automotive applications, including the 32-bit SPC5 family, built on Power Architecture® technology.
SPC5Studio is a free of charge, RCP based integrated development environment provided to our customers to develop their embedded applications. Mainly based on CDT, SPC5Studio uses a large variety of other Eclipse projects (RCPTT, Eclipse Modeling Project, Eclipse Market place client, JBoss Freemarker, Eclipse Web tools Platform, ...)
In this talk I will present:
• how we extracted I/O pin mapping definition from MCU designers' settings database,
• how we ensure consistency checking between various parts of MCU configuration,
• how the configuration is used to generate user CDT application project, with code templates,
• the choices that we made using Eclipse ecosystem and marketplace in order to develop, test, validate and deploy the tool itself, but also its embedded drivers and applications.
Eclipse Cyclone DDS is an implementation of the Data Distribution Service (DDS), a standard for interoperable, secure, and efficient data sharing, used at the foundation of some of the most challenging Consumer and Industrial IoT applications, such as Smart Cities, Autonomous Vehicles, Smart Grids, Smart Farming, Home Automation and Connected Medical Devices.