Microsoft recently published a blog post announcing a new competition for data scientists. It calls for participants to use machine learning to predict, given the current state of a device, when (or if) it is likely to get infected with malware.

"The competition provides academics and researchers with varied backgrounds a fresh opportunity to work on a real-world problem using a fresh set of data from Microsoft," the blog post states. "Results from the contest will help us identify opportunities to further improve Microsoft’s layered defenses, focusing on preventative protection. Not all machines are equally likely to get malware; competitors will help build models for identifying devices that have a higher risk of getting malware so that preemptive action can be taken."

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I wouldn’t class myself as a JavaScript developer, I always joke that it’s a language I never meant to learn. It’s so pervasive now, it just happened. I go through phases of enjoying it and despising it. But through the peaks and troughs of love and not quite hate. One problem persisted: if I’m to be a good JS developer and write functional JavaScript, how then do I write code in a way that implies a proper domain model?

In traditional OO languages, such as Java, C#, and even Go actually, it’s easy to write code that’s architected around a domain design. You have classes, which are big and do a lot of stuff. Which of course is something you generally avoid like the plague in JavaScript, for fair enough reasons.

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For years now, if you wanted to write code to run in a browser, your choices were JavaScript or JavaScript. For a couple of brief periods on certain browsers, there were other languages you could use, but they weren’t significant: VBScript on IE and Dart on a special build of Chrome.

There are also languages that compile down to JavaScript (TypeScript, CoffeeScript, …), but they were still really JavaScript under the covers. The JavaScript monoculture’s days are numbered with the advent of WebAssembly (Wasm). For .NET developers, Wasm is arriving in the form of Blazor.

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Hi, Spring fans, and welcome to another installment of This Week in Spring! This week, I’ve been in Seattle, WA, and now, I’m off to Toronto, Canada, for the epic SpringOne Tour Toronto edition, the last SpringOne Tour for the year, too! (Can you believe we’re now less than 22 days from 2019? Time sure flies when you’re having fun!)

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Containers and orchestration tools have often been cited as ways to facilitate continuous delivery and continuous integration. Download this Refcard to learn about the challenges and solutions to utilizing containers in your DevOps pipeline.
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Want to know what is SNI and how it works? Well, you’ve come to the right place (not sure about the right time though). Quite often, this great technology goes under the radar, and that’s somewhat understandable. So, here we are doing what we always do – unscrambling the “technical” stuff.

Let’s get under the hood of the technology that is Server Name Indication.

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OpenSSL has completed a re-licensing effort, resulting in adoption of Apache 2.0. The project announced this effort in 2015. The project got permission from contributors via a CLA.

The OpenSSL/SSLeay license was a non-standard permissive license, which included attribution clauses of the kind deprecated in Apache 1.0, such as:

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NoSQL and NewSQL databases are popular solutions in the data management space. Both technologies offer their own unique benefits, but depending on the use case or application, one option may be a better fit than the other. And as you plan for next year, it’s important to have a clear understanding on which database technology is best suited to power your initiatives in 2019 and beyond.

WATCH NOW

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Imagine how much information is contained in one trillion facts. That’s roughly equal to…

Apache Maven is distributed in several formats. The simplest way to install Maven is to download a ready-made binary distribution archive and follow the installation instructions. Maven 3.3+ release requires JDK 1.7 or above to execute

General Requirements

  • Java JDK must be installed on your system.
  • Java 1.7 or higher is needed for Maven.

To verify the Java JDK is properly installed, from your command line, run the following command:

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