I guess I'm going to seem pretty fickle about the software environment, but it's really born of ignorance rather than wishy-washy-ness.Earlier, I commented that I would probably use Lua so that I could take advantage of multi-threading to simplify the...
I've choosen FreeRTOS Real Time OS as base for this project. I think it will do good with it task-management and priorities. Anyone who has any comments about this?I've also managed to figure out the keypad and how the power button works. I have also...
In my previous homebrew projects I did not use any operating system in the embedded processors. Software was programmed on a bare-metal hardware. In my Talking Clock project I created a simple cooperative event-processing abstraction layer, but it was...
I've been re-compiling my demo apps with the new FreeRTOS SDK. This is a lot easier to use for network access, if you are used to a BSD style socket interface (which I am).So far, so good. One thing I've noticed is the lack of support for reading from...
After doing some research, I think the best experience will be to use Cypress’ Amazon FreeRTOS. I tried looking into mbed OS but the documentation for this board is not clear and it seems it doesn’t have an easy way to import into ModusToolbox. As a...
My clock is built around FreeRTOS. FreeRTOS is an open-source real-time operating system for embedded devices. It provides timers and synchronization functions, amongst many other capabilities, and it is a fully preemptive multitasking...
There was a long time between the last 1.2 and current 1.3 firmware release. The reason is a huge internal change porting everything to support freertos and using TinyUSB as a USB backend instead of the customized ST middleware examples which had to...