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Deterministic Execution on the JVM
For many use cases (for example cryptocurrency ledgers), we need to ensure that any action will execute deterministically and terminate. In this article, Ben Evans reviews the theory behind the WhitelistClassLoader.
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The Future of Java in the Enterprise - InfoQ’s Opinion
As part of ongoing work to review InfoQ’s editorial focus for the next year, we’ve been looking at the Java landscape in some detail. This article summarises our view of Java's role in the enterprise
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An Angular Wish List
Angular is an excellent, full-featured JavaScript platform, but a stagnant framework is a dead framework. New features enhance functionality and provide new opportunities for developers to build wonderful apps. In this article, Eamon O'Tuathail makes suggestions on how to expand Angular's reach into new, exciting ways.
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RXJava2 by Example
In the ongoing evolution of paradigms for simplifying concurrency under load, the most promising addition is reactive programming, a specification that provides tools for handling asynchronous streams of data and for managing flow-control, making it easier to reason about overall program design. In this article we overcome the learning curve with a gentle progression of examples.
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Getting Components to Communicate in Angular
Components are the building blocks of Angular and every visual element in an Angular application is made with components. When we start breaking components apart into smaller components, we need to make sure they're able to pass data back and forth. That's when proper component communication becomes essential in our apps to keep all of our data in sync.
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More Than React: Why You Shouldn’t Use ReactJS for Complex Interactive Front-End Projects, Part I
Does React function as well in complex interactive front-end projects as it does in simple interactive websites? In this article, Yang Bo introduces several problems encountered when using React in large projects and why he decided to develop a new framework to compete.
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Introduction to Machine Learning with Python
This series will explore various topics and techniques in machine learning, arguably the most talked-about area of technology and computer science over the past several years. We’ll begin, in this article, with an extended “case study” in Python: how can we build a machine learning model to detect credit card fraud?
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Building Reactive Applications with Akka Actors and Java 8
Akka and Java 8 make it possible to create distributed microservice-based systems that just a few years ago were the stuff of dreams. Actor based systems enable developers to create quickly evolving microservice architectures that can elastically scale systems to support huge volumes of data.
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Improve Your Node.js App Throughput One Micro-optimization at a Time
To improve the performance of a Node.js application that involves IO, you need to understand how your CPU cycles are spent and what is preventing higher degrees of parallelism in your application. In this article, Jorge Bay shares his insights on areas that cause throughput degradation and tips on how to boost performance.
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Creating an HTML UI for Desktop .NET Applications
Developers are looking for ways to employ the richness of the Web UI in desktop applications. The common approach is to embed a browser component to render the HTML UI within the desktop app.
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Refactoring to Reactive - Anatomy of a JDBC migration
Reactive programming offers built-in solutions for some of the most difficult challenges in programming, including concurrency management and flow control. So you might ask - how do I get there; can I introduce it in phases? In this article we transform a legacy application to a reactive model using RxJava.
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Polymorphism of MVC-esque Web Architecture: Real Time Reactive Fulfillment
The reactive ideal of the MVC architectural approach was diminished in web applications during the first two decades of the web age. Recent advancements have revitalized the reactive idea of the MVC architecture. In this article, Brent Chen and Victor Chen show how developers can leverage the dWMVC and pWMVC architectural paradigms to create real time reactive application behaviors.