- #MAC UPDATE ANDROID EMULATOR INSTALL#
- #MAC UPDATE ANDROID EMULATOR FOR ANDROID#
- #MAC UPDATE ANDROID EMULATOR CODE#
Since you’ve changed the name, when you save it, you’ll be making a copy. Change the name and change the processor type to “Intel Atom”. Now, go to one of your existing AVDs and edit it. Open up the Android Virtual Device (avd) manager with the command: android avd
#MAC UPDATE ANDROID EMULATOR INSTALL#
Note that even though the HAXM is available via the SDK manager, you want to install it manually. To do this, go to and download, then run, the HAXM installer for your platform. If you’re just debugging web apps, it’s not likely you’ll have a problem fudging on the processor type. Install Intel HAXM and forget about QEMU.
#MAC UPDATE ANDROID EMULATOR CODE#
There are multiple layers of code translation involved as commands are converted into the Dalvik VM (this is Android’s final virtual machine) code used by the emulated device. The “regular” QEMU based emulator is slow. The :V portion causes logcat to show maximum verbosity. Here we’ve included WebCore and browser, which are tags that I’ve read are used for the built in web browser.
#MAC UPDATE ANDROID EMULATOR FOR ANDROID#
Include the tag names for Android apps/processes you want to see the logs for, and the log level to show. The *:S parameter tells it to silence output from anything not otherwise white-listed. The -e flag tells it to attach to the running emulator, “-v time” tells it to add a timestamp. To cut down on the output you see, so that you only get output from the browser, start it with a command like: adb -e logcat -v time WebCore:V browser:V *:S The logcat tool, part of adb (Android Device Bridge), allows you to ‘tail’ the logging output from an Android device or emulated device (AVD, Android Virtual Device). You can get the output of javascript console.log statements easily. You’ll need to do this if you don’t want to install all of the platforms. You can provide the index numbers from the list in the filter parameter, in order to install only those items: android update sdk -no-ui -filter 4,5,6 If you want to see a list of everything you haven’t installed, run: android list sdk These are all of the named filters you can use: add-on, doc, extra, platform, platform-tool, sample, source, system-image, tool Update your base SDK tools and platform tools with: android update sdk -no-ui -filter tool,platform-tool Same thing for system images (which your emulated devices are built on), just provide a different filter: android update sdk -no-ui -filter system-images To install all of the platforms you don’t have, run: android update sdk -no-ui -filter platform There’s a graphical tool for doing so, but you can also do it rather easily and efficiently from the command line. The SDK itself doesn’t contain all of these platforms, you’ll have to install them separately. From the initial release to the date of this writing, there have been 17 numbered “platform” releases, that correspond to the OS versions 1.0 through 4.2.2 that you may be more familiar with. Don’t Sprain Your Clicking FingerĪndroid is not a single OS/version. bash_profile, something like: export ANDROID_HOME=/usr/local/opt/android-sdk 2. brew install android-sdkĪfter install, add the line mentioned in the brew output to your. On Macintosh OS X, you can install the SDK which includes these tools using the great package manager, homebrew. You only need a few of the command line tools from the SDK in order to use the Android Emulator to debug websites in my experience, “android”, “emulator”, and “adb” (Android Device Bridge). Once you’ve got the SDK installed, most of the techniques should be applicable on all operating systems. Note: this article assumes that you’re working on Macintosh OS X and are comfortable with the command line. It’s more accurate than user agent switching, and closer to home than remote VMs, allowing for some interesting remote debugging options. Luckily you can use the Android Emulator, part of the Android SDK. You’ve changed your user agent, tried BrowserStack or Sauce Labs, maybe done a hundred other things trying to get the perfect view into what your mobile visitors are experiencing, but it’s just not good enough. Learning to do so is something of a daunting task, but we’ll help walk you through some steps to set up, speed up, level up, and ramp up your experience with Android Emulation, to start. In order to make sure we’re providing that experience, we had to do a lot of testing, across a multitude of devices, screen sizes, browsers and operating systems.Īs a publisher using the AddThis tools, you’ll need to do your own testing to verify your user’s mobile experience. SmartLayers was designed to be user-friendly and optimized for phone and tablet viewers. With the growth of mobile browsing, AddThis has continually improved and optimized layouts, sprites and other elements to make sure that our standard suite of tools works well wherever they are used.
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