blog.xpcc.io
About · xpcc
http://blog.xpcc.io/about
Developer's blog for the xpcc microcontroller framework. Written with by @RCA eV. Xpcc is a C microcontroller framework which abstracts away the hardware in an efficient way and lets you write very similar code on many microcontrollers. We have been developing xpcc for a while now and had a lot of discussions on how to design a platform-independent API around the many constraints in embedded systems. If you have questions or suggestions feel free to open an issue on GitHub. Or contact us on Twitter.
blog.xpcc.io
Why a Blog? · xpcc
http://blog.xpcc.io/2015/02/23/why-a-blog
Developer's blog for the xpcc microcontroller framework. Written with by @RCA eV. 23 Feb 2015 by @salkinium. For a long time now we wanted to describe the reasoning behind the xpcc design decisions in detail, and we even started writing a LaTeX document. We realized, however, that creating these formal documents in LaTeX is just too much work, especially compared to modern markup languages. So instead this blog (based on Hyde. Here are a couple of topics we want to talk about:.
blog.xpcc.io
Computing and Asserting Baudrate Settings at Compile Time · xpcc
http://blog.xpcc.io/2015/06/08/computing-and-asserting-baudrate-settings-at-compile-time
Developer's blog for the xpcc microcontroller framework. Written with by @RCA eV. Computing and Asserting Baudrate Settings at Compile Time. 08 Jun 2015 by @salkinium. Seemed to be more work than just using a logic analyzer to measure the resulting error. Of course, this felt like using a sledgehammer to crack a nut and it was neither a fast nor practical solution. I think there exists a better solution and I think it can be done using pure C . This solution needs to be able to:. The linear prescaler, and.
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