From time to time, Yoctopuce support receives emails from customers who complain that the examples provided with the Yoctopuce programming libraries don't work. We don't pretend to believe that our code is 100% error free, but it is clear that, most of the time, the problem comes from a misunderstanding about how these examples work. This week, we are going to clarify this issue.
This week, we are implementing a program suggested by one of our customers: Using the Windows API to adapt the brightness of a monitor depending on the ambient light. Most laptops already do that, but desktops don't because they don't have a light sensor. We are going to use a Yocto-Light-V3 to determine the ambient light.
Almost all the Yoctopuce sensors are equipped with a data logger. We already wrote on this subject several times, but this week we give you an overview in the framework on our for the beginners series. Follow the guide...
As you may know, you can record what happens on a serial line with the Yocto-RS232. It's very useful when you want to perform reverse engineering on an unknown communication protocol. Until now, the method that allowed us to do this was a bit rough. This week, we present a new, more user-friendly, API function as well as a small application that uses it.
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