This setup was to enable the controller for navigating the RetroPie's UI. Setup the USB ControllersĮarlier when you booted up the RetroPie for the first time it detected a controller and asked you to setup the inputs. You will be asked if you wish to Reboot - select Yes. Once the expansion has compelted, select =Finish= from the bottom of the Raspberry Pi Config screen. Ftp cyberduck retropie full#We're using a 32Gb card so we'll definitely want to expand the filesystem to take full advantage of all of that space. By default it will only use the first 4Gb of space. Second, select =Expand Filesystem= to kick off the process to use all of the space on your Micro SD Card. You will now be back at the main Raspberry Pi Config menu On the 'Choose overclock preset' screen select =Pi2= and press Enter. You may ignore this as we're just ensuring we've selected the correct high clock speed to take advantage of all the new and more powerful Raspberry Pi 2 offers. You will see a message that overclocking may reduce the life of your Raspberry Pi. At this point it will boot the Raspberry Pi Config utility.įirst, select =Overclock= - you will need to use your keyboard at this config menu. Select =Raspberry Pi Configuration Tool Raspi-Config= from the list of options. Once the system has booted and you're inside the GUI, select =RetroPie= from the main menu (you may need to hit right on the controller a few times). We'll still need to setup the controller to be recognised within the emulators themselves (but more on that later). This process sets up the controller to allow you to navigate the menus of the RetroPie UI. At this point, it will ask you to “Hold a button on your device to configure it”. You will be greeted with a Welcome screen and it should show =1 Gamepad Detected=. Plug it into your TV/monitor via HDMI and turn it on. Ftp cyberduck retropie install#If you haven't already, install the Raspberry Pi 2 into a case and plug in the keyboard, USB Controller, network cable and Micro SD Card. We are now ready to setup the Raspberry Pi itself. Don't be too alarmed at the 3.5Gb size as by default it won’t have used the entirety of the SD Card’s available space - this is something we’ll correct once we’ve booted up the Raspberry Pi. Under /dev/disk2 you should now see the installation of a boot partition as well as a Linux partition sized at approximately 3.5Gb. Once it’s complete verify the install by running diskutil list again. You can do this as often as you want until the image copy is complete. If you’re concerned the process is taking too long, you can hit Ctrl-T to get the current latest transfer data output to screen. It can take anywhere between 5 and 20 minutes to complete so be patient. When you hit Enter the copy process will start running but it won’t show any output to the terminal window. It’s important you specify the correct output location or you may overwrite data on your primary hard drive and you really don't want to make that mistake! Specifying rdisk writes directly to the disk and skips the write to buffer which speeds up the entire copying process. Note that we use /dev/rdisk2 instead of /dev/disk2.
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