arduino visual studio code

 


 
Today we are going to build a C windows application to send data and commands to an Arduino. Lets get started Hello guys. I am Nick and welcome to educ8s.tv a channel that is all about DIY electronics projects with Arduino, Raspberry, Pi, ESP8266 and other popular boards. Subscribe to the channel. Now, if you dont want to miss any future videos. In this video, we are going learn how to build our own computer programs in order to communicate with Arduino.. I have built a simple project to demonstrate how easy it is to build your own Windows applications that can control an Arduino.. I have connected an LCD shield to an Arduino Mega and I have also connected three LEDs to it.. The application that I have developed connects to the Arduino using the Serial connection and allow us to write some text to the LCD display and control the state of the LEDs.. As you can see, this is a very useful project if you need to send some data from your computer to an Arduino. Lets see how to build this project.. The parts needed in order to build this project are the following: An Arduino Mega An LCD shield. Three LEDs Three 100 Resistors for the LEDs, A small breadboard, Some wires. The cost of the project is around 15.. You can find links for all the parts I use in the description of the video below.. Of course, you can use an Arduino Uno to build this project or any Arduino board.

You like., I am using the Arduino Mega because it has more pins available, so it makes things easier to demonstrate.. First of all, lets build the hardware part of the project.. It is very easy to build since we are using a shield.. We connect the LCD shield to the Arduino like this, and then we connect the LEDs.. I am using pins 192021 for the LEDs. Connect, a resistor to the long leg of each LED and the other leg to GND.. You can find the schematic diagram of the project in the description of the video.. If we program the Arduino, we can see that the LCD display shows the message Ready to connect, which means the Arduino is programmed successfully and it is waiting for commands from the computer.. Then we open the Computer application. We select the serial port that the Arduino is connected to and we press connect.. Now we can control the Arduino from the computer. How cool is that Lets now see how to develop the computer software to send commands to the Arduino.? The software that we are going to develop today runs only on Windows. It wont work on Linux or Mac.. We are going to use Visual Studio 2017 community edition. In order to develop the application. Visual Studio, 2017 community edition is absolutely free.. It is great development environment for Windows., With Visual Studio, you can literally build simple Windows Applications in minutes.. First of all, you have to download the installer and install it on your machine.

When prompted select to install the .NET desktop development package and then press the install button. After the installation is complete. You can launch the development environment.. Now you have two options. You can create a new project and build your own application from scratch, using the C programming language or you can download my project and modify it to achieve your desired results.. Of course you want to just test the project and can just run the executable that you can find in the description of the video.. If this is the first time you are using Visual Studio, please watch some tutorials on YouTube to help you getting started.. Since Visual Studio is very popular. You can find great tutorials online.. I wont show how I built this Windows Application in detail in this video. But if you are interested, I can prepare another very detailed tutorial on that.. Are you interested in a detailed tutorial on how to build a Windows Application like this on Visual Studio, Please vote by clicking on the card. Here. Lets see how you can build your own Application. From the Menu on the Start Page. We Select File, gt New gt Project and we select to create a Visual C gt Windows Classic Desktop gt Windows Forms App.. We define a name for the Project and we press OK. Thats it a new project has been created and we can start to build our UI.. As you can see, there are two tabs on the main project window.

In the Form1.cs file. We write our C code. In the Form1.cs Design tab. We design the User Interface of our Application. From the toolbox on the Left. We can select any tool we like and we can drag and drop it on our form.. It is that easy., Each User Interface element has some Properties.. We can modify them from this window.. For example, we can change the button text here.. If we now press the Start button, we can see our application. Running. Lets now open the ComputerToArduino project to see how it works. This is the UI design, and this is the code of the project.. Before we start, let me explain you how this project works., I have created a simple communication protocol for this project, which consists of 6 commands.. Each command is 4 characters long and it can be followed by some data.. Each command is starts with the character and it is terminated by the n symbol.. This symbol will tell the Arduino that the command is complete, so it can act.. So we have the following commands STAR for Start: STOP TEXT LED1, LED2, LED3, The STAR command, tells the Arduino to wait for commands from the computer.. The STOP command tells the Arduino that the computer has disconnected from it.. The TEXT command is followed by the text. We want to display on the LCD., For example, if we write TEXTYOUTUBEn on the serial port, the word YOUTUBE will appear on the display.

, The LED1 LED2 and LED3 commands control the state of each LED.. So if we want to turn on the first LED, we write the following command to the serial port LED1ONn. If we want to turn off the second LED, we send the command LED2OF. The same thing applies to the third LED as well. Thats, the very basic protocol. I use in this project.. Of course you can design and use your own protocol, which can use many more commands. In the code. Now at first after the User Interface is initialized, we disable all the controls.. Then we get the available serial ports on the computer and we load them on the combox.. When we press the Connect button, the button1Click method is called and we try to connect to Arduino if we are not already connected. In order to connect to Arduino, we open the Serial port and we send a command to it.. We simply write STARn to the serial port.. Then we change the button text and we enable all the controls on the user interface.. Now, if we write a text on the textbox and press the write button, we get the text from the textbox and write it to the Serial port with the command TEXT.. Also, when the state one of the checkboxes changes, we send the command LED1, for example, with the state on or off.. Lastly, when we press the connect button – and we are already connected to Arduino – we send the STOP.

Command. Now lets take a quick look at the Arduino code. At first we initialize the display.. Then we wait for serial data. When we receive data on the serial port. We save them in the variable inputString until we receive the n character. When we receive this character. We know that command is complete, so we have to act. If we receive the TEXT command. For example, we know that we have to print something on the LCD display.. So we remove the first five characters from the inputString variable because thats the command we delete then last 2 character, which is the n symbol and we print the remaining characters on the display.. We do something similar when we receive an LED command.. We read the next two characters after the command to see if we need to turn the LED on or off and we act accordingly. As you can see, the Arduino code is very simple. We just use so, if statements to respond to the commands sent by the computer., As always, you can find the code of the project, both the Arduino Code and the C code. In the description of the video below. From this demonstration project, you can see that it is relatively easy to build your own Windows applications to control an Arduino.. If you learn the basics of C and Visual Studio, you can build impressive projects.. You can build your own computer peripherals. There are so many projects that we can build around a computer.

. I have already a project in mind that I am going to build soon.. I am going to build an external Arduino computer monitor which will display the CPU usage memory usage and so on in real time.. I think this is going to be cool.. I would love to hear your ideas as well.. Do you find Computer to Arduino communication useful and if so, what kind of projects are you going to build? Please post your comments in the comments section below and dont forget to like the video and share it with your friends. If you find it useful, Also consider subscribing to the channel and do click that bell or YouTube might not show you updates, as new videos come out.. If you are going to be shopping for parts check out the affiliate links from the video description. Thats it for today guys thanks you very much watching.

 
 

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Sun Oct 17 18:26:32 +0000 2010

RT @Ronald_vanLoon: Visual Studio Code extension for Arduino is now open source
by @OpenAtMicrosoft @shangzd |

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AntonSivic
Fri Jul 17 07:20:36 +0000 2009

RT @BuildAzure: Programming #Arduino with Visual Studio Code
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C# Developers Double Your Coding Speed with Visual Studio

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Originally posted 2016-09-08 18:30:28.

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Comment (28)

    1. sir i need to define the communication protocol i.e structure of the message to send data how can i do that
      i have servo motor and dc motor servo for controlling the direction and dc for speed so how can i define the protocol

    1. Inside Arduino, it is his own communication protocol. First computer sends string to arduino then arduino reads first 4 characters and decides what to do next accordingly (he is using simple else if statement)

  1. password storage and hotkey autofill. It is useful for anonymous browsing(unless your computer has viruses that steal clear code passwords.

  2. I made your idea of external computer stats monitor using a nano and ssd1306
    I would like to see your version

  3. Hi Nick – Great C# Arduino project! Could you do one using ESP32 or ESP8266 with a c# form connecting via WiFi or BLE? Thanks!

  4. What if I’d like to run this application on MacOS or Linux? What options do I have and which Language/IDE is appropriate?

  5. Very good, i’m brazilian and your video go me be very help, very thank !
    Sorry my english is not very good !!!
    I go wait for many more videos!!!!

  6. i have a question. its posible to import the data directly from pc with software like visual studio?

  7. Could you explain how to read an external eeprom through arduino and visualize the dump in csharp software?

  8. Hi :), do you have maybe tutorial where you show how send ‘click button from arduino’ to pc app and, will be good with bluetooth / wifi. For example I have small device with button and few leds and connected to this device some bluetooth/wifi adapter/arduino part and on the computer side in my application as I click search for wifi / bluetooth devices so that it can detect my device arduino and remembers it, and then when I click on the device, I would like it to send me a specific message, eg ‘managed’ to the application on the computer. I would like to use this solution in my project, or rather in a program, where there would be a pair of devices with 1-2 buttons, eg four devices, all of them I would like to connect to my application and then recognize which device was pressed. Sorry for bad english, I hope you understand what I mean @educ8s.tv :).

  9. Please make a vid for com port io triggerng relays with 2 pins from a com port with c and i mean actual serial port not uart or usb 🙂

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