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setOnColorSelectedListener( new OnColorSelectedListener() public void onColorSelected ( int selectedColor) // mac address of Ethernet shield

Second, the integration between Android and Arduino is a common use case, especially when it happens through HTTP.Īs a result, when the user presses the FAB the app has to show the Color picker dialog:.

first, we can use this Arduino project as a prototyping project when we want to control RGB LEDs.This example is interesting because of two different aspects: To make things more interesting, this Arduino tutorial will describe how to control an RGB LEDs strips from an Android app. Through the HTTP, Arduino receives commands from the Android app. The easiest way is using the HTTP protocol and developing an Arduino Webserver that handles the incoming HTTP connections from the Android app. This project covers a common scenario where there is a need to send data to Arduino from an Android app. First of all, this project covers how to integrate Arduino and Android so that they exchange data. This project is an evolution of a project described in the previous posts called Internet of Things with Arduino and Android. This is an interesting topic because it mixes two ecosystems together and you can apply this Arduino IoT project in different scenarios. develop an Android app that sends data to Arduino.control an RGB LEDs strip using Android app.manage incoming HTTP connection in Arduino.What will you learn in this Arduino tutorial? You will learn how to: Therefore we need an Arduino Webserver that manages the HTTP connections. The Android app uses the HTTP protocol to connect to Arduino. This tutorial describes how to connect an Android app to Arduino using a Webserver that runs on Arduino.