A new submitter writes: I want to edit an e-book, a scientific textbook to be distributed on the Kindle tablet to be exact. The book is written. For that I used LibreOffice.
It comes complete with index, drawings, pictures, formulae and its present look and feel is no different from the majority of scientific text, you might be accustomed to browsing. I need advice for the next step, which consists in making this digital pile of data suitable for an e-book.. with a slight twist. The e-book should allow for:
— picture zoom-in in pop-ups on screen
— allow in-text basic interactivity, e.g. when in a exercise, multiple answers are proposed, each answer when clicked should display "Right" or "Wrong" (for instance).
Can you recommend, if not a commercial package that allows such features right out of the box, then at least and preferably open-source technology needed for me to achieve what I want ? I am willing to get down to moderate programming to use your suggested solution. I am conversant in C, C++ and getting there with Python.

An anonymous reader writes: When Apple made its Swift programming language open source in early December, it opened the floodgates for suggestions and requests from developers. But the project's maintainers have their own ideas about how the language should evolve, so some suggestions are rejected. Now a list has been compiled of some commonly rejected proposals — it's an interesting window into the development of a language. Swift's developers don't want to replace Brace Syntax with Python-style indentation. They don't want to change boolean operators from && and || to 'and' and 'or'. They don't want to rewrite the Swift compiler in Swift. They don't want to change certain keywords like 'continue' from their C precedents. And they have no interest in removing semicolons.

JustAnotherOldGuy writes: Peter "brokep" Sunde, co-founder of The Pirate Bay, has built a machine that makes 100 copies per second of Gnarls Barkley's "Crazy," storing them in /dev/null (which is of course, deleting them even as they're created). The machine, called a "Kopimashin," is cobbled together out of a Raspberry Pi, some hacky python that he doesn't want to show anyone, and an LCD screen that calculates a running tally of the damages he's inflicted upon the record industry through its use. The 8,000,000 copies it makes every day costs the record industry $10m/day in losses. At that rate, they'll be bankrupt in a few weeks at most.

An anonymous reader writes: Programmer Dave Cheney raised an interesting question today: How will you be programming in a decade? If you look back to a decade ago, you can see some huge shifts in the software industry. This includes the rise of smartphones, ubiquitous cloud infrastructure, and containers. We've also seen an explosion of special-purpose libraries and environments, many with an emphasis on networking and scaling. At the same time, we still have a ton of people writing Java and C and Python. Some programmers have jumped headfirst into new tools like Light Table, while others are still quite happy with Emacs. So, programmers of Slashdot, I ask you: How do you think your work (or play) will change in the next ten years?

szczys writes: Tired of his trains being constantly late, Eric Evenchick headed to the Via Rail (Canada's communter train service) website to find which trains had a better on-time rate. Unfortunately they only offer three days worth of data through the dropdown selections — but a bit of investigating showed the GET requests were open for about the last six months. Evenchick built a web-scraper with Python, along with a web interface that queries the resulting SQL db. The harvested data shows system-wide delays that average more than twelve minutes (mostly due to commercial rail having the right-of-way). The good that comes of this? You can now choose your train based on smallest likelihood of delay..

An anonymous reader sends the story of another prison where inmates are learning the basics of programming, despite having no access to the vast educational resources on the internet. Instructors from Columbia University have held a lengthy class at New York's Rikers Island prison to teach the basics of Python. Similar projects have been attempted in California and Oklahoma. The goal wasn’t to turn the students into professional-grade programmers in just a few classes, [Instructor Dennis] Tenen emphasizes, but to introduce them to the basics of programming and reasoning about algorithms and code. "It’s really to give people a taste, to get people excited about coding, in hopes that when they come out, they continue," says Tenen. ...Having an explicit goal—building the Twitter bot—helped the class focus its limited time quickly on learning to do concrete tasks, instead of getting bogged down in abstract discussions of syntax and algorithms.

A few weeks ago you had the chance to ask Alan Donovan and Brian Kernighan about programming and their upcoming book, The Go Programming Language (available as an eBook Friday the 20th). Below you'll find their answers to your questions.

Nerval's Lobster writes: While this month's lists of the top programming languages uniformly put Java in the top spot, that's not the only detail of interest to developers. Which language has gained the most users over the past five years? And which are tottering on the edge of obsolescence? According to PYPL, which pulls its raw data for analysis from Google Trends, Python has grown the most over the past five years—up 5 percent since roughly 2010. Over the same period, PHP also declined by 5 percent. Since PYPL looks at how often language tutorials are searched on Google, its data is a good indicator of how many developers are (or aren't) learning a language, presumably because they see it as valuable to their careers. Just because PYPL shows PHP losing market-share over the long term doesn't mean that language is in danger of imminent collapse; over the past year or so, the PHP community has concentrated on making the language more pleasant to use, whether by improving features such as package management, or boosting overall performance. Plus, PHP is still used on hundreds of millions of websites, according to data from Netcraft. Indeed, if there's any language on these analysts' lists that risks doom, it's Objective-C, the primary language used for programming iOS and Mac OS X apps, and its growing obsolescence is by design.

smaxp writes: Google has announced the open source release of TensorFlow, its machine learning software library. "TensorFlow has extensive built-in support for deep learning, but is far more general than that -- any computation that you can express as a computational flow graph, you can compute with TensorFlow (see some examples). Any gradient-based machine learning algorithm will benefit from TensorFlow’s auto-differentiation and suite of first-rate optimizers. And it’s easy to express your new ideas in TensorFlow via the flexible Python interface." This comes alongside some dramatic speed increases (PDF). The code is available at GitHub under an Apache 2.0 license. "Deep learning, machine learning, and artificial intelligence are all some of Google's core competencies, where the company leads Apple and Microsoft. If successful, Google's strategy is to maintain this lead by putting its technology out in the open to improve it based on large-scale adoption and code contributions from the community at large.

An anonymous reader writes: Today marks the release of Fedora 23 for all three main editions: Workstation, Cloud, and Server. This release brings GNOME 3.18, Libre Office 5.0, and Fedora Spins — alternate desktops that provide a different experience. Fedora 23 also includes a version optimized for running on ARM-based systems. You can read the full release notes on their website. "Fedora 23 also has important under-the-hood security improvements, with increased hardening for all compiled software and with insecure SSL3 and RC4 protocols disabled. We've also updated all of the software installed by default in Fedora Cloud Base Image and Fedora Workstation to use Python version 3, and the Mono .NET compatible framework is now at version 4. Perhaps most importantly, Unicode 8.0 support now enables the crucial U1F32D character."

An anonymous reader writes: The story will probably be familiar. My non-profit organization had a particular need (we want to communicate with government officials by offering anecdotes and stories of how we help their constituents), and while I created a solution, the time constraints and lack of experience, training and natural ability show. I'd like to do more with the code, both in terms of letting others have it for their needs and also because I'm sure talented coders could more quickly and efficiently solve some of the existing problems with my code. But how do I make that happen? What do I do with it?

I have every intention of continuing to work on it. I enjoyed the learning opportunity, and I've already identified a number of things I want to improve upon, but I recognize that even as crude as my code is, if it solved my issue it might help others too.

Do I just put it on Github or SourceForge and hope that someone else will have that magic formula of my use case and skill level (because someone more talented would probably make their own code easily enough, while someone less talented may not realize how doable the solution can be)? Do I try to find an existing project and see if I can shoe-horn my efforts in somewhere? Do I keep it to myself until some unspecified point in time that I realize it's right for sharing? Read on for further background information on this question.

LichtSpektren writes: Ubuntu 15.10 "Wily Werewolf" is now released and available, along with its alternative desktop flavors (MATE, Xfce, LXDE, GNOME, KDE, Kylin). This release features Linux 4.2, GCC 5, Python 3.5, and LibreOffice 5. The default version is still using X.org display server and Unity7; Mark Shuttleworth has said that Mir and Unity8 won't arrive until Ubuntu 16.04 "Xenial Xerus." Not much has changed beyond package updates, other than replacing the invisible overlay scrollbars in Nautilus with the GNOME 3 scrollbars.

Phoronix brings us the only bit of drama regarding this release: Jonathan Riddell, long time overseer of Kubuntu, has resigned with claims that Canonical has "defrauded donors and broke the copyright licenses." Another reader adds a link to a Q & A session with Riddell.

An anonymous reader writes: According to VentureBeat Red Hat Inc is about to buy the company behind the automation and orchestration software Ansible. The move is seen as a good acquisition, since Ansible, other than being almost universally expanding, is also used by Red Hat's own cloud and system platforms. It could probably use some strong backing for the extra services it wishes to offer. The question remains whether this will have consequences in the future direction of the Python-based, open source platform itself (on GitHub). It's one of the most trivial to implement (compared to cfengine, ever-changing puppet or Chef) yet very powerful, and Red Hat may want to optimize it for their own purposes. Update: 10/16 15:39 GMT by S : Red Hat has confirmed the acquisition and explained their reasons for doing so.

An anonymous reader writes: International researchers have analyzed 40 years of political speeches from the UK Parliament in an effort to move the study of political theory from social science towards the quantitative analysis offered by Big Data analytics techniques. The group used Python to crunch publicly available data from theyworkforyou.com, comprising 3.7 million individual speeches. A few strange trends emerged in this initial experiment, such as the decline of 'health care' as a trending Parliamentary topic, with 'welfare' consistently on the rise, and the decrease of fervent interest in any particular topic during the more pacific years under Margaret Thatcher and Tony Blair.

An anonymous reader writes: I have been programming in Python for quite a while, but so far I have not used a version control system. For a new project, a lot more people (10-15) are expected to contribute to the code base, many of them have never written a single line of Python but C, LabVIEW or Java instead. This is a company decision that can be seen as a Python vs. LabVIEW comparison — if successful the company is willing to migrate all code to Python. The code will be mostly geared towards data acquisition and data analysis leading to reports. At the moment I have the feeling, that managing that data (=measurements + reports) might be done within the version control system since this would generate an audit trail on the fly. So far I have been trying to select a version control system, based on google I guess it should be git or mercurial. I get the feeling, that they are quite similar for basic things. I expect, that the differences will show up when more sophisticated topics/problems are addressed — so to pick one I would have to learn both — what are your suggestions? Read below for more specifics.

An anonymous reader writes: It's been five years since Oracle killed off OpenSolaris while the community of developers are letting it live on with the new OpenIndiana "Hipster" 15.10 release. OpenIndiana 15.10 improves its Python-based text installer as it looks to drop its GUI installer, switches out the Oracle JDK/JRE for OpenJDK, and updates its vast package set. However, there are still a number of outdated packages on the system like Firefox 24 and X.Org Server 1.14 while the default office suite is a broken OpenOffice build, due to various obstacles in maintaining open-source software support for Solaris while being challenged by limited contributors. Download links are available via the OpenIndiana.org release notes. There's also a page for getting involved if wishing to improve the state of open-source Solaris.

MassDosage writes: If you are familiar with the "Effective" style of books then you probably already know how this book is structured. If not here's a quick primer: the book consists of a number of small sections each of which focus on a specific problem, issue or idea and these are discussed in a "here's the best way to do X" manner. These sections are grouped into related chapters but can be read in pretty much any order and generally don't depend on each other (and when they do this will be called out in the text). The idea is that you can read the book from cover to cover if you want but you can also just dip in and out and read only the sections that are of interest to you. This also means that you can use the book as a reference in future when you inevitably forget the details or want to double check something. Read below for the rest of Mass Dosage's review.

HughPickens.com writes: If Google sees that you're searching for specific programming terms, they may ask you to apply for a job as Max Rossett writes that three months ago while working on a project, he Googled "python lambda function list comprehension." The familiar blue links appeared on the search page, and he started to look for the most relevant one. But then something unusual happened. The search results split and folded back to reveal a box that said "You're speaking our language. Up for a challenge?" Clicking on the link took Rossett to a page called "foo.bar" that outlined a programming challenge and gave instructions on how to submit his solution. "I had 48 hours to solve it, and the timer was ticking," writes Rossett. "I had the option to code in Python or Java. I set to work and solved the first problem in a couple hours. Each time I submitted a solution, foo.bar tested my code against five hidden test cases."

After solving another five problems the page gave Rossett the option to submit his contact information and much to his surprise, a recruiter emailed him a couple days later asking for a copy of his resume. Three months after the mysterious invitation appeared, Rossett started at Google. Apparently Google has been using this recruiting tactic for some time.

An anonymous reader writes with a link to VentureBeat's article on the information that GitHub released this week about the top-ten languages used by GitHub's users, and how they've changed over the site's history. GitHub's chart shows the change in rank for programming languages since GitHub launched in 2008 all the way to what the site's 10 million users are using for coding today. To be clear, this graph doesn't show the definitive top 10 programming languages. Because GitHub has become so popular (even causing Google Code to shut down), however, it still paints a fairly accurate picture of programming trends over recent years. Trend lines aside, here are the top 10 programming languages on GitHub today: 1. JavaScript 2. Java 3. Ruby 4. PHP 5. Python 6. CSS 7. C++ 8. C# 9. C 10. HTML

An anonymous reader writes: One of the more interesting aspects of Microsoft's Windows 10 push is their desire to see it running on hobbyist hardware platforms. Today they released Windows 10 IoT Core for the Raspberry Pi 2 and the MinnowBoard Max. They say, "Windows 10 IoT Core is a new edition for Windows targeted towards small, embedded devices that may or may not have screens. For devices with screens, Windows 10 IoT Core does not have a Windows shell experience; instead you can write a Universal Windows app that is the interface and "personality" for your device." Microsoft has posted a list of release notes for this version, calling out improved support for Python and Node.js, significantly improved GPIO performance, and more electronics support for breakout boards. Under a heading cheekily named 'Developers, Developer, Developers,' they lay out their plan for language support and provide a code sample.