Why stream just from the hard drive when you can run in data simultaneously from both the disc and the HDD? Based on what we're seeing on the Xbox 360 version, perhaps running both DVD and HDD assets from just the one source slows down access times, impacting streaming performance. "So what's the story here? Well, optimal streaming is achieved by making use of all the available bandwidth in the system. However, doing so impacts the game's ability to stream texture data, resulting in regular pop-in of in-game objects and textures. It takes up an additional 7.8GB of storage. Now, there's absolutely nothing stopping you installing disc two - the 'play' disc - onto the hard drive too, using the Xbox 360's dashboard to do so. "When you first get the game, the first order of business is installing the mandatory content from disc one - this accounts for 7.7GB of data to install on your hard drive. "Rockstar recommends that you shouldn't install the GTA 5 play disc on Xbox 360 and it's sound advice," Digital Foundry chief Richard Leadbetter said. UPDATE 1: Digital Foundry, which has access to the Xbox 360 version of Grand Theft Auto 5, has offered an explanation for Rockstar's recommendation against installing the "play" disc. UPDATE 2: Digital Foundry has created a new video, below, that shows why it's best Xbox 360 gamers follow Rockstar's advice and not install the Grand Theft Auto 5 "play" disc. Doing so appears to eradicate the performance issues found when both discs are installed to the Xbox 360 hard drive. The video, below, shows footage of the game played with the "install disc" installed to the Xbox 360 hard drive, as is mandatory, and the "play disc" installed to a USB flash drive. UPDATE 3: Digital Foundry has investigated the matter further and discovered a possible solution to the Grand Theft Auto 5 Xbox 360 "play" disc installation issue.
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Check this StackOverflow post for instructions. home/james/balena-cli) to the PATH environment variable. The extracted contents will include a balena-cli folder.Īdd that folder (e.g. Follow the instructions below to install balenaCLI for the operating system available on your system.Įxtract the contents of the zip file to any folder you choose, for example /home/james. Now that a device online in your fleet, it's time to deploy some code. If you are not able get the device to appear on the dashboard, then check out our troubleshooting guide for Raspberry Pi 3 or try our support channels. When complete, after a minute or two the device should appear on your balenaCloud dashboard, and you should now be ready to deploy some code. Connect power to the Raspberry Pi 3 to boot the device.Insert the freshly flashed SD card into the Raspberry Pi 3.Remove the SD card from the host machine.Wait for writing of balenaOS to complete.Write the balenaOS file you downloaded to the SD card.Insert the SD card to the host machine.Next, we will flash the downloaded image onto the device. When the download completes, you should have a zipped image file with a name like balena-First-Fleet-raspberrypi3-2.80.3+rev1-v12.7.0.img.zip. Selecting Wifi + Ethernet allows you to enter a Wifi SSID and Wifi Passphrase which is then built into the image.įinally, click the Download balenaOS button. A network connection is required to allow the device to connect to balenaCloud. Select the type of network connection you'll be using: Ethernet Only or Wifi + Ethernet. Find out more about the differences between Development and Production images. The production OS does not facilitate the development workflow we'll be using. Select an OS type of balenaOS, and you will see a list of available balenaOS versions with the latest preselected. Other device types of the same architecture can also be picked to join the fleet. Your device type will be preselected here since you already chose it when creating the fleet. Start by clicking Add device on the fleet summary. Add a device and download OSīalenaCloud builds a custom balenaOS image configured for Raspberry Pi 3 which allows the device to provision and join the new fleet you created automatically. You'll then be redirected to the summary of the newly created fleet, where you can add your first Raspberry Pi 3. To create your first fleet, log into your balenaCloud dashboard and click the Create fleet button.Įnter a fleet name, select the Raspberry Pi 3 device type, choose the Starter fleet type, and click Create new fleet: Devices are added to fleets and can be moved between fleets at any time. The speed class of the card also matters - use the fastest you can find.Ī fleet is a group of devices that share the same architecture and run the same code. See our supported devices list for other boards. If you are looking for definitions of certain terms, refer to the glossary. Once you've completed this getting started guide to balena, you'll be equipped with the fundamentals needed to continue developing your application using balenaCloud and be on the path to deploying fleets of devices to production.
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