Right click on the Reference entry in the project and click on “Add Reference…”. Microsoft has already provided us with a library which will help us do this. Next we will need the libs to communicate with the GPIO Pins of our Raspberry Pi. Right click on the Project and select “Manage Nuget Packages…” in the following dialog enter “MVVM light Toolkit” in the search bar and install the libs package as shown in the screen shot. We will need some external libs which will help us implementing our code. Visual studio will now generate your solution and setup the project. To do so click on File-> New Project… In the following dialog select the Windows->Universal->Blank App (Universal Windows) template. If you already have installed a version before or during the “Prepare your Raspberry Pi” step you can dive right in, otherwise please either go back to “Prepare your Raspberry Pi” or follow this link to download and install the Community Edition of Visual Studio.įirst go ahead and create a new Solution with a UWP Application. We need a version of Visual Studio 2015 for developing. Both applications will support the UI implemented in the application. The code we are going to write can be run on a Windows 10 machine, for development purpose and on Raspberry Pi to use the GPIO. So the application can run on your PC, Phone and Raspberry Pi. These applications are able to run on any device which supports. Just ignore that one and continue.Īs said in introduction, we are going to develop an UWP application. Little Bug: When you change your password via the Dashboard and access the web interface of your Pi for the first time it will prompt you with a message to change your password. ![]() I do recommend you to change the default password of your Pi at the end of the instructions. If you already own a Visual Studio version just stop after Step 3. You can either go through the whole steps, which also include the installation of Visual Studio which we are going to use later on to write our code. Again the link contains a full manual how to setup your Pi and run it for the first time. This releases are mostly stable but do have some kinks or bugs in it.Īnother way to flash your SD Card is to use the Windows 10 IoT Core Dashboard from Microsoft. The Insider Preview is a project from Microsoft where, registered users gain access to prereleases. We are using the RTM version for this project. During the installation the setup will ask us which version (RTM or Insider Preview) we would like to install. The link shows you exactly how to prepare your SD Card for NOOBS and how to install it on your SD Card. The easiest way to do this is to download the NOOBS installer and select Windows 10 IoT core from the available OS list. So we need to flash our Raspberry Pi with the OS. The operating system can be uploaded via the computer with the reader. C ard with the installed NOOBs software with the first activation enables choosing from the systems: Raspbian, Openelec, RaspBMC, OSMC the Linux.As the title says we are going to use Windows 10 IoT Core to run the application. Thanks to the adapter, it can also be connected to the camera.Ī drive of the raspberry is a microSD memory card. ![]() Included case allows you to set minicomputer in a variety of configurations. Capacity and class can be selected from the list. The memory card microSD with NOOBs operating system- optional, by default, it is sent a kit without a card. To attach the memory card to the kit, select the appropriate option under the price of the goods. It is able to do higher quality pictures of 3280 x 2464 Power adapter Raspberry Pi- 5 V with current output more than 2 A with a microUSB connector.Ĭase for Raspberry Pi Zero- gives you access to connectors of audio, video, microSD card, power supply and connectors GPIO. Along with a special adapter, it enables the installation of the camera.Ĭamera 8MPx HD v2 for the Raspberry Pi - device has a matrix with a resolution of 8 Mpx, supports mode HD 1080p, 720p and 640 x 480p. The plate is equipped with: wi-fi, Bluetooth, port miniHDMI, microUSB OTG slot, 40 GPIOs and a slot for card microSD. The Raspberry Pi Zero W - popular minicomputer in a miniature version with a processor Broadcom BCM2835 with a clock frequency of 1 GHz and 512 MB of RAM. To the kit also can be added a memory card with your chosen container. Included is also the appropriate adapter to connect the camera. Set includes minicomputer Raspberry Pi Zero W, a dedicated camera 8 MPx and the case and power supply. iNode - sensors and modules Bluetooth Android.Components for 3D printers construction.Laser cutting machines - engravers, plotters.
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