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Erlang is a general-purpose, concurrent, declarative, functional programming language and runtime environment developed by Ericsson, a Swedish multinational provider of communications technology and services. Erlang is dynamically typed and has a pattern matching syntax. The language solves difficult problems inherent in parallel, concurrent environments. It uses sets of parallel supervised processes, not a single sequential process as found in most programming languages.

HyperText Markup Language (HTML) is used to create web pages and other information that is intended for display in a web browser. Each markup code is known as an element or a tag. The web developer uses these elements to describe and define the content of a webpage. The elements tell the web browser how to display the information (both text and images) to the user.

VimL is a powerful scripting language of the Vim editor. You can use this dynamic, imperative language to design new tools, automate tasks, and redefine existing features of Vim. At an entry level, writing VimL consists of editing the vimrc file. Users can mould Vim to their personal preferences. But the language offers so much more; writing complete plugins that transform the editor. Learning VimL also helps improve your efficiency in every day editing.

The OCaml system is the main implementation of the Caml language. It has a very strong type-checking system, offers a powerful module system, automatic memory management, first-class functions, and adds a full-fledged object-oriented layer. OCaml includes a native-code compiler supporting numerous architectures, for high performance; a bytecode compiler, for increased portability; and an interactive loop, for experimentation and rapid development. OCaml’s integrated object system allows object-oriented programming without sacrificing the benefits of functional programming,

Scala is a modern, object-functional, multi-paradigm, Java-based programming and scripting language that’s released under the BSD 3-Clause License.

Haskell is a standardized, general-purpose, polymorphically statically typed, lazy, purely functional language, very different from many programming languages. Recent innovations include static polymorphic typing, higher-order functions, user-definable algebraic data types, a module system, and more. It has built-in concurrency and parallelism, debuggers, profilers, rich libraries and an active community, with approximately 5,400 third-party open source libraries and tools.

Asus has released a new version of their TinkerOS Android distribution for the Asus Tinker Board. It’s still powered by Android 6.0.1 Marshmallow running on a 3.10.0 kernel. But unlike the previous release, Android 13.11.0.4 is not classed as a beta release. The release seems pretty stable.

Pascal is a popular teaching language to introduce structured programming techniques to students. There are many benefits from this type of programming such as code reusability, partitioning code into readable modules and procedures, and help programmers work together on code simultaneously. The language also lends itself to teaching with its easy syntax. Pascal is a strongly typed language, procedural, case insensitive, with extensive error checking. It has built in data types such as arrays, records, files and sets. There are also user defined data types. Pascal supports object oriented programming.

The Asus Tinker Board is a computer designed for Single Board Computer hobbyists, makers [he] Internet of things enthusiasts. One of the highlights of the device is its multimedia support - it’s a tremendous prospect for the multimedia enthusiast on a budget. The computer has a respectable 1.8GHz ARM Cortex-A17 quad-core processor. It’s only 32-bit (unlike the Raspberry Pi 3) but it has a higher clock speed. The Tinker Board also sports an integrated ARM-based Mali-T760 graphics processor (GPU). It’s available to purchase from Amazon (and other retailers), and currently priced at $59.99.

My Tinker Board is hooked up to a Benq 24? monitor running with a 1920×1080 resolution. On this monitor, Android’s icons and font are too chunky for me, wasting screen real estate. Asus’s Android image is configured to use 240 DPI. Here’s a very simple way to make better use of the screen real estate by reducing the DPI, making icons and fonts appear smaller. After some experimentation, I’m pretty satisfied with 160 DPI.

Asus has released a new build of Android for the Asus Tinker Board last week. It’s a fairly minor upgrade. It’s still based on Android 6.0.1 with kernel 3.10.0 but sees a number of fixes. However, there is no Google Play Store. This makes installing and upgrading apps tiresome. Fortunately, there’s a solution.

This walk-through explains how to install FTMC, a fork of Kodi, on the Tinker Board under Android. FTMC is notable for providing hardware acceleration and supporting more features on Rockchip mainstream chips, including the RK3288 System on Chip found on the Tinker Board. There’s quite a few steps to get FTMC up and running here, but it’s worth it!

Go is a compiled, statically typed programming language that makes it easy to build simple, reliable, and efficient software. It’s a general purpose programming language with modern features, clean syntax and a robust well-documented common library, making it a good candidate to learn as your first programming language. While it borrows ideas from other languages such as Algol and C, it has a very different character. It’s sometimes described as a simple language.

Asus has now made available their first release of the Android operating system on the Asus Tinker Board. Asus has labelled the release as TinkerOS_Android V13.11.0.2 (Beta version). It’s a release of Android 6.0.1 running on kernel 3.10.0.

There’s a new release of TinkerOS available to download on Asus’s website. TinkerOS is a Linux distribution for the Asus Tinker Board based on Debian.

Take Razer Inc. A successful PC gaming company that produces impressive laptops, tablets, keyboards, mice, wearables and accessories. Devices which are extremely popular with gamers. With good reason, it’s generally great hardware. Their slogan is “For Gamers. By Gamers”. Alongside their Windows gaming focus they have also supported Mac OS X for years. Not Linux gamers though. Not a sniff. Razer doesn’t want to embrace Linux. There’s no official support, and nothing on the horizon.

Assembly language is infrequently used by programmers nowadays, but there are still good reasons to learn the language. It is the most powerful computer programming language available.

Swift is a powerful and intuitive general-purpose programming language for the OS X, iOS, watchOS, and Linux operating systems. It is developed by Apple Inc. Swift is intended to be more resilient to erroneous code (“safer”) than Objective-C, and more concise.

There is a huge range of astronomy software available for the major operating systems. Here are 11 awesome open source tools to start you on your astronomical journey.

Asus released a new beta of TinkerOS on their website yesterday. One interesting addition is the initial release of a dedicated video player, RK Player. What makes RK Player interesting? Simply, the video app uses the hardware acceleration features found on the Tinker Board to play video encoded using H.264 and H.265.