Writing peripheral initialization code is probably the most tedious work in embedded development. It always successfully stops me from starting a new project. I believe engineers at STMicroelectronics share the same pain. Therefore they created STM32Cube firmware and STM32CubeMX graphical configuration tool, which turns numerous key strokes and page flips into just a few mouse clicks. STM32CubeMX is free software, but the initialization code it generates require compiler tools carrying hefty price tags, IARARM, Keil ARM-MDK, and Atollic TrueSTUDIO, to name the few. Fair enough these compilers do offer free editions with limited functionality. But I still prefer unrestricted, free tool that is easily scale-able for my current and future projects. Just like the GNU Make and ARM GCC toolchain I described in Opensource STM32 development.
The rise of the ESP8266 WiFi chip was almost overnight with Espressif’s open approach and pushing from Hackaday. While no ground-breaking product has yet emerged, the development on the chip are phenomenon. However due to an unknown reason the ESP8266 modules manufacture seems to prefer non-standard 2.0mm pitch connector, which gives a lot of headache to breadboarding lovers like me. This forced me to make a breadboard friendly ESP8266 breakout board.
During last year’s blackfriday sale I was introduced to the epic Lightblue Bean “Cheaper than a turkey” promotion. I grabbed two beans during a group buy spree. A week later’s The AmpHour interview with Colin Karpfinger justifies that my purchase is not purely impulsive. However I did make a mistake. I was under the impression that a Mac computer is sufficient to program the bean, but actually only recently Macs are supported, whereas my “Late 2010″ Macbook Air is on the exclusion list due to the lack of Bluetooth 4.0 / Low Energy profile.
Happy New Year!
To all my readers:
Wish you a very Merry Christmas.