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#INSTALL ANDROID STUDIO M1 PASSWORD#Would you like to set password for connection? y Would you like to specify hostname for Projector access? n Would you like to specify listening address (or host ) for Projector? yĮnter a Projector listening address (press ENTER for default ) :7070 Would you like to specify a path to IDE manually? YĮnter a new configuration name or press ENTER for default :as #INSTALL ANDROID STUDIO M1 LICENSE## you will be prompted to accept a license when # running Projector for the first time Projector setup steps are based on Joaquim’s guide with minor adjustments made to account for the latest changes in Projector.ġ: You will need to SSH into your machine: #INSTALL ANDROID STUDIO M1 HOW TO#As with SSH authentication, see cloud vendor-specific guide on how to configure the firewall. Most cloud providers close all ports by default as a security measure, but we will need to open at least three of them: 22 for SSH, 7070 for Projector, and 5050 for VNC. ![]() Most cloud providers like AWS, Azure, and Google Cloud have tutorials on how to achieve that. Once the VM is up and running, you will need to set up your private/public SSH keys. My configuration had four virtual cores and 16 GBs of RAM. Pick a VM that is geographically closest to you, as it will likely have lower latency. I have picked Ubuntu Server 18.04 LTS, so some steps will have to be adapted to the distro of your choice. Otherwise, android emulators will be unusable. ![]() You will need a VM with support for nested virtualization or KVM. The second part of the blog post describes the steps necessary to configure the Projector server and emulator. Possibly that hardware acceleration does not work well with nested virtualization of CPU and GPU, so renting a bare metal machine could help, but I have not tried that yet. I have tried VMs with dedicated GPUs and WebRTC instead of VNC but did not get better results. In general, performance was acceptable, but there is a lot of space for improvement in the latency and framerate. Using the touch screen to control the emulator felt much more natural compared to clicking and dragging the mouse. One of the highlights for me was that the VNC client sent the touch and scroll events directly to the emulator. Since both Android Studio and emulator run on a single VM, AS automatically discovers the emulator as a target device. This combination works pretty well, especially with the cursor support in iPadOS.īelow you can see Android Studio (AS) rendered in Safari and the Android emulator connected through VNC. The setup used in this demo includes an iPad Air (2020) paired with a magic keyboard and trackpad (see the picture above). The first part of this blog post demonstrates the result, while the second one dives deeper into technical details. Instead of hosting it, we can run it alongside Android Studio on a VM and connect to it using a VNC client. Hosting emulators on iOS is also not possible without jailbreaking the device or sideloading applications. To my knowledge, there is no way of running an ADB server on iOS, killing off chances for connecting an Android phone directly to an iPad. However, the mobile dev loop is incomplete without running the app in an emulator or a physical device. Since Projector draws UI in a browser, your favorite IDE becomes available anywhere, including iPads. Essentially, Projector allows running IntelliJ-based IDEs, such as Android Studio, on a remote machine with a lot of computing power. It got me thinking about the experience of building mobile apps on tablets, especially the workflow with emulators/simulators.Ī couple of months ago, I came across the blog post of Joaquim Verges that showed how Projector could be used to enable remote IDE experience. ![]() Running Android Apps on MacĪpple doesn’t make it easy to run Android apps on Mac, but with the help of an Android emulator, you can get your favorite apps up and running.After Apple has announced M1 for iPads, people started speculating that we will see “pro” apps like Xcode announced for iPadOS during the upcoming WWDC. Some apps are also designed not to work with emulators. However, apps that rely specifically on certain Android hardware or mobile carrier features may not work correctly. As a general rule, most Android apps should work on Mac when using an emulator. Typically, it takes several months for emulators to make the necessary changes to support new major OS releases. If you google this question, you’ll see many users complain that BlueStacks doesn’t work on macOS Big Sur, but BlueStacks has added support since then. Plus, Android and Mac are two drastically different operating systems, meaning the coding for an Android app wouldn’t be compatible with Mac and vice versa. #INSTALL ANDROID STUDIO M1 FOR ANDROID#Android apps are developed specifically for Android devices. #INSTALL ANDROID STUDIO M1 INSTALL#Can I install Android apps directly on Mac? ![]()
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