In short: this Instructable will go over how you can implement robust serial data easily in any project using the library SerialTransfer.h. This Instructable will use the library SerialTransfer.h for serial packet processing. Luckily for Arduino users, there are libraries available that can do all of this complex logic behind the scenes so you can focus on getting your project to work without extra headace. Serial packet design, packet stuffing, and packet parsing is complex and difficult to achieve. The key is to add this context data to the byte stream by using a standard serial packet design. Without being able to interpret the data, your Arduinos will not be able to reliably communicate. Without any sort of context within the stream of bytes, it is nearly impossible to interpret the data. Unfortunately, it is difficult for hobbyists to get serial data communication working in their own projects.This is because serial data is sent as a stream of bytes. Whether you're a hobbyist that is building an RC car, an RC airplane, or designing a weather station with a remote display, you will need to know how to reliably transfer serial data from one Arduino to another. Many Arduino projects rely on transmitting data between several Arduinos.
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