BlueStacks (also called BlueStacks App Player) is the oldest and the most popular way of running Android apps for Mac. Developers can employ this emulator to debug their apps which is handy if hardware devices are limited or unavailable.Run Android Apps on Mac 1 BlueStacks Best for Running Apps. Fortunately, x86 Android* 4.4 (KitKat) emulator system image solves this issue for many cases. 64bit processor DONLOAD LINK 4 ANDROID(VIRUS FREE).Android developers normally debug their apps by hardware devices, but it is an expensive solution for application development because there are complicated issues of fragments in Android hardware devices and OS versions. You can use emulator to play the Microsoft XBox games on your Windows PC, Mac, Android and iPhone.Below you find method, guide and tutorial on How to Download and Install Android 4.4 KitKat on Your Windows. With multi-dual boots capability. Windows 8.1, 8, 7, Vista, XP etc.Please follow the steps below.Step1) Download ADT from. Download and install ADT and JDKDevelopers need to download and install the Android Developer Tools (ADT) first. Less-experienced developers should read all five parts to avoid making some common mistakes in setting up and using the emulator. In this article, you are going to get the latest version of Android EmulatorSenior developers can skip the first four parts and just read the last one.
Kitkat Emulator Adroid Mac 1 BlueStacksNote: Oracle may post a newer version, so be sure to download the latest one.Step2) If you agree to the terms in the license agreement, select “Accept License Agreement” and click “Windows x64” item to download (Picture5).Step3) Save the file and then install it (Picture6).Picture6 2. Please refer to Picture3.After installing ADT, developers need to download and install the Java Development Kit (JDK) by following these steps:Step1) Access and click “Java Platform(JDK) 7u51” (marked with a red rectangle in Picture 11). Developers can change the bit option if the target system is 32-bit.Step3) Save the file to the hard disk and then install it on your computer. Picture2 shows typical responses. Click the “Download the SDK ADT Bundle for Windows” button, highlighted with a red rectangle.Step2) Check the box if you agree to the terms and conditions, then click “Download the SDK ADT Bundle for Windows”. Download and install x86 Android 4.4 (KitKat) emulator system imageDevelopers need the x86 Android KitKat emulator system image to run x86 KitKat image, and there are two methods to acquire this image. All you need to do is update your version of Eclipse.Picture9 3. The Android SDM Manager may give you the error: “Missing SDK platform Android, API 19,” which occurs if you have an older version of Eclipse. The next steps will introduce how to configure Android SDK Manager for Android KitKat.Step1) Launch Eclipse and select “Window ->Android SDK Manager”.Step2) Select and install/update “Android 4.4(API 19)” package.Did everything successfully download and install? I hope so! But sometimes, you may have trouble. By using Intel HAXM, developers can speed up Android app emulation on their host machines. Download and install Intel HAXMIntel Hardware Accelerated Execution Manager (Intel HAXM) is a hardware-assisted virtualization engine. Over time, this name may change if new versions are released.Picture11 4. However, you can employ Method2 to find the latest one on the Intel web site.Method1) Download the image with the Android SDK Manager.Step1) Launch the Android SDK Manager (refer to Picture7).Step2) Select and install “Intel x86 Atom System Image” as Picture10 shows.Method2) Download the image from the Intel web site.Step2) Download and install “sysimg_x86-19_r01.zip” (refer to Picture11). After that, sample codes will be installed and executed in the emulator.Developers should now have the sample code displayed on the emulator screen (Picture36).Developers can choose the one that’s most similar to the app they want to develop.There are some common issues in using the emulator, so here I list a few, helpful BKMs. The following steps show you how to use Eclipse to do that.Step1) Open “Android SDK Manager” (see Picture7 if you forgot how), and download sample codes for KitKat (Picture33).Step2) Open sample code files in Eclipse.Eclipse will first build the sample code and then launch the x86 KitKat emulator. The sample apk uses the baidu package to demonstrate how to do it (Picture31).Step4) Check whether or not the app has been installed in the emulator successfully (Picture32).Developers can use x86 KitKat emulator to debug their apps after installation, and all the emulator commands can be found in if developers want more.Do you want a more convenient way to install and debug apps without having to type commands on the boring command line? Eclipse can finish installation and execution automatically. The following steps show how to do this.Step1) Launch the Android Virtual Device Manager, as shown in Picture13.Step2) Click the “New…” button to add an x86 Android KitKat device.Step3) Enter its name in the AVD Name field (see Picture15).Step4) Select "4.0” WVGA(480x800:hdpi)” in the list (see Picture16).Step5) Select the target for Android KitKat (see Picture17).Step6) For the CPU/ABI, select “Intel Atom (x86)” (see Picture18).Step7) Select a camera if needed in your app (see Picture19).Step8) Modify any of the remaining options if needed, and then click the OK button (see Picture20).Step9) Select the “Intel_x86_KitKat_4.4” device and click the “Details…” button (see Picture21).The detailed information for this device will be shown in a dialog box (Picture22), so developers can double check whether they are correct or not.Now the Android virtual device has been added, and developers can launch the emulator.Step1) Select “Intel_x86_KitKat_4.4” and click the “Start…” button (Picture23).Step2) Click the “Launch” button (Picture24).Step3) Wait for the emulator to start or cancel it (Picture25).Step4) Select Front/Rear Camera if needed (Picture26).Step5) Android starts booting (Picture27).Step6) Android is ready for use (Picture28).Now the emulator is ready and developers can install their apps into the emulator.Step1) Check whether or not the “Google USB Driver” is ready, and install it if it isn’t (Picture29).Step2) Use the command line, and change path to the adb folder (Picture30).Step3) Install app using “adb install” command. Use x86 KitKat emulator develop appsDevelopers need to add x86 Android KitKat devices into the Android Virtual Device Manager to make the emulator function well. Nintendo gameboy dmgRefer to Part 4: Download and install Intel® Hardware Accelerated Execution Manager (Intel® HAXM). How to speed up the emulator on Intel CPU/GPUUse Intel HAXM to make the emulator execute faster on Intel CPU/GPU. If developers want more information, please refer to and for more options. For example: -http-proxy > -avd > or -dns-server 10.0.2.3 for your different requirements. Using the x86 Android 4.4 (KitKat) emulator system image to launch the x86 KitKat emulator. Check these Google Android FAQs to help answer your questions.This article introduces how to build an Android development environment specifically for Intel processor-based devices. The following table maps emulator device keys to keyboard keys. Please refer to Picture19 in Part2: Configure Android SDK Manager for Android KitKat. Developers will encounter different issues with the emulator, so I shared some BKMs and website links to help young birds find their wings. Furthermore, debugging Android apps was shown by using ADT and the command line, and developers can choose their favorite method.
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