Hardware and software combined, Arduino does many things right. It lowers the entry level into embedded systems development with a nifty hardware abstraction layer. It aims for cross-platform compatibility by supporting Windows, Mac OSX, and Linux operation systems. It throws out the need for an external programmer to get you up-and-blinkin’ those LEDs quickly.
One thing most of us never cease to curse about, though, is the IDE. Many have cried out wildly against the Java-based text-editor for its cryptic compiling-and-linking process, its inability to accommodate bare C or C++ source files, and (shh!) its lack of Vim keybindings. Fortunately, our cries have been heard, and the like many community-based projects, the community fights back with a custom solution.
Calling all Grumpy Engineers: The Arduino-Makefile
Enter the Arduino Makefile.
What began as [Sudar’s] lightweight program to escape the IDE has become a fully-blown, feature rich Makefile that has evolved and adapted to grow with the changes of Arduino. With a community of 47 contributors, the Makefile enables you to escape from the IDE entirely by writing code in the cushy text editor of your choice and compiling with a simple incantation of make into your terminal, be you in Linux, Mac, or Windows.
Without further ado, let’s take a walking tour of the project’s highlights.
Continue reading “Arduino Development; There’s A Makefile For That”
With The Hackaday Prize, you’re not just limited to one entry. Of course it would be better to devote your time and efforts to only one project if you’re competing for a trip to space, but if you’re [Necromant], you might be working on two highly related project that are both good enough for The Hackaday Prize
[Necromant]’s first project is rf24boot, an over-the-air bootloader using the very cheap and very popular NRF24L01 2.4GHz wireless module. There have been many, many projects that add wireless bootloading to microcontrollers using XBees and the NRF24, but [Necromant] is doing something different with this project: he’s building in support for a wide variety of microcontrollers, that include the STM32, MSP430, PIC32, 8051, and of course AVR chips for that ever so popular Arduino compatibility.
The support of multiple microcontroller platforms is a result of [Necromant]’s other entry to The Hackaday Prize, Antares, the Linux kernel-like build system for microcontrollers. The idea behind Antares is to separate the writing of code from microcontrollers away from compiling and burning. Think of it as a giant makefile on steroids that works with everything, that also includes a few libraries for common projects.
Supported platforms for Antares include the popular aforementioned targets, and allow you to use any IDE you could possibly desire. emacs? Sure. Eclipse? Right on. Arduino? You’re a masochist. For a really great overview of Antares you can check out the Readme, or the post we did a year or so ago.
It’s all very cool stuff, and very easy to see the potential of what [Necromant]’s working on. Combining the two together, it’s almost a complete system for developing that Internet of Things we’ve been hearing about – uploading code to simple AVRs for simple sensors, and deploying significantly more complex code for your ARM-powered dishwasher or microwave.