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Introduction In this article, we will discuss everything related to the use of SerialComunication class, included in Windows.Devices namespace. We will see how it is possible with such a class, read and send data from the serial port. At the hardware level, we will make use of Raspberry Pi2 board, Arduino Uno, temperature sensor DHT11 and a simple diode Led both wired on the Arduino Uno pin. We will manage the temperature sensor for the display of data on Raspberry, while the LED will help us to demonstrate how we can send a command from the Arduino Raspberry by SerialComunication class. All, is very simple, the purpose of the article and show how to exchange information between two devices connected with serial port.
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Serial Key for visual studio professional 2015 HMGNV-WCYXV-X7G9W-YCX63-B98R2. How to Activate? Download and Install Visual Studio 2015. Run the installed visual studio 2015 3. Click to Help.
Hardware required After this brief introduction, let's move to the next step. For the realization of our circuit, we need the following hardware material:. Raspberry Pi2 with 10.0.10586.0 version installed on SD card, equipped with a power supply.
HDMI cable so as to connect the Raspberry Pi2 to a monitor. Monitor with HDMI input.
ethernet cable. Ethernet-USB 3.0 adapter. Breadboard, which is the necessary basis for mounting components and electrical wiring. male-male and male-female jumper. led diode.
Arduino Uno. Power cable USB type B side Arduino Uno board and the USB type to connect the Raspberry. Necessary software A level software, you need:. Windows 10 build 10.0.10586.0 installed on pc. Visual Studio 2015 Update 2.
Windows SKD 10.0.10586.0 (and the latter still included with Visual Studio 2015 update 2). Arduino IDE or Visual Micro for Arduino. Windows 10 IoT core 10.0.10586.0 installed on SD card Windows 10 Before proceeding with the creation of the two projects, namely with Visual Studio 2015 for the UWP, and the Arduino, you must install all the software mentioned above. So it will start the installation of Windows 10 that you find in this. Visual Studio 2015 update 2 Installing the operating system, and the time to install Visual Studio 2015 update2, find the download link. Arduino IDE After installing Visual Studio 2015, and time to devote to the Arduino.
As stated earlier, you can choose to avail of the IDE Arduino found at this. Visual Micro for Arduino Alternatively, you can download and install this that will let you create for Arduino projects directly from Visual Studio 2015. The pro you have available the intellisense for those who know, that an automatic prompter that will help and not a little when writing code. Cons and that unlike the IDE Arduino, not including debugging, if you intend to debug your application you will have to buy it separately. Raspbrerry Pi2 Now that we have everything you need on our PC, and time to think about the Raspberry Pi2 card. To this, And you can download Windows 10 IoT Core.
We must, however, for the installation have to hand a micro SD of at least 8GB, then install the operating system on it, at the end insert the SD card inside the dedicated on Raspberry. To install Windows 10 IoT Core, refer to the following, Which explains in a simple and comprehensive throughout the procedure. We have installed all the necessary software components, and we also all hardware components. Before turning to the creation of the projects, it is necessary to wire the electrical circuit. It is DHT11 connect the sensor and the LED diode to the Arduino board. Electrical Circuit Below the final circuit of our project, we realized with, An excellent software for the realization of electrical / electronic schemes.
Figure 1: the electrical circuit. After the changes, the Capabilities section should take this aspect. Figure 5: The Package.appxmanifest files after editing After these changes, save and close the file Package.appxmanifest. Let's take care of the graphical now. In exploring solutions, double click with the mouse on MainPage.xaml file, we will be go into the screen where we define our code using XAML GUI. To summarize briefly, the XAML language, also called declarative code, and used in different technologies, made his debut with Silverlight and WPF applications from version 3.0 of the DOTNET framework, and given the potential and was developed and still used for Mobile applications, desktops and universal as that which we will develop in this article, therefore necessary to define all the interface objects of our application. And very similar for those who know the XML and HTML syntax, and then enclosed between tags, where they are possible further customization of each individual object by means of the properties that we will see shortly.
Below, I leave the the official Microsoft documentation for those who wish to learn every detail of the XAML language. Insert the following code inside the file MainPage.xaml. Let's take a closer look at the above code.
When the application starts running the constructor of the MainPage class. It is first of all recalled method InitializeComponent , which will handle the graphical interface for management. They are disabled the button to request power and led off. Later recalled ListAvailablePorts method, which takes care of checking if in our case on Raspberry Pi2 are connected components. If so, we will have in listBox control, all of the components recognized Id. To click on the button btnSerialConnect, it is called the asynchronous method SerialPortConfiguration , which deals with performing all the serial port configuration, and if all goes well, we will have a message that indicates that the configuration was successful.
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At this point we are ready to connect with one of the devices connected to Raspberry. It will also be recalled another method, Listen , which will launch a Task called ReadData. This task will listen so go read each incoming value on the serial port and display all on-screen. The Task ManageLed is invoked to click on one of the button controls. As you can see, this task takes as input a parameter of type string, which will be used to perform a particular action on the Arduino Uno board, the Arduino board will send a confirmation of action taken, which will be intercepted by the Task ReadData , so as to be displayed in our application. We now come to the last step, with the procedure for the execution of our example created with Visual Studio.
Compile and debug the test project In exploring solutions, mouse click on the project name, right-click and select the 'Properties' command. We will be led to another screen, where there will be a series of tabs. We order affecting the 'Application' tab and 'Debug' tab. On the first tab, leave everything as in the picture. Figure 7: The Application tab. Now for the 'Debug' tab, here perform some changes, namely:.
target device. ip address of the target device.
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Authentication Mode On target device we set 'Remote Computer'. Of ip address, we need to enter the IP address provided by Raspberry board Py 2. Last setting, the authentication mode, insert 'Universal (non-encrypted protocol). Below the Debug settings screen. Figure 8: the debug tab.
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We are now ready to debug our application on Raspberry Py 2. F5, and if everything is done correctly, this and that'll show onscreen. Figure 9: The test project screen. In this first part, we did an overview of the hardware necessary part, saw what software components are installed, and ended with the creation of the project and finally debugged application with Visual Studio 2015 update2. Obviously still missing the part relating to the Arduino one, the code sketches in order to exchange data between the two boards, we will see in the second and final part.