Ever wondered how you can play a console game on PC or an android game on PC. Not only games, some people have also wondered how they can use apps on other operating systems. The thought comes into mind when a person likes the game or app but due to some restrictions, he cannot fully enjoy it. Now you are thinking about what kind of restrictions? Let’s say you are trained to play games on PC by using the mouse and keyboards but when a console is placed in front of you, you think about handling the game using controllers and think about having a software that you can use as an alternative. Talking about consoles games, yes people like to play games on it but some prefer playing consoles game on PCs. They can attach different peripherals to make their life easy.
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That’s the case with the Android operating system. A lot of users use different apps on android smartphones like playing games, using surveillance apps or watching movies. But some prefer using these android apps on Windows and Mac. This is because they want to enjoy every detail of the movie and play a game like a pro. They want some software so that they attach big LCD’s, loud sound systems, and playing controllers. There was no software until now because I have found a way by which all of this can happen. The method is called emulators but what are emulators?
Emulators:
Emulators are devices that enable cross platforming. What cross platforming means is users can play apps of one operating system onto another operating system. Emulators turn an operating system into another operating system by applying a layer of temporary OS onto it. In easy words, emulators can clone any operating system. This program has a variety of uses like it is used as testing software for developers. Coders can run their newly made apps and can analyze the output before releasing the app. The advantage of emulators is that it reduces the cost of buying a new device and existing devices can be cloned into another device.
Android emulators are the softwares that can be used to run android applications on Windows and Mac operating systems. Users can download the android games on this and can play these games with mouse, keyboards, and joysticks. There are many android emulators available on the market. There is a certain requirement for these android emulators to run smoothly on PC and these requirements are:
Requirements:
- OS: Microsoft Windows 7 and above
- At least 2GB of RAM on PC.
- Must be logged in as an Administrator on your PC
- Up to date graphics drivers
- At least 5GB Free Disk Space
- Minimum 1 GB of Graphics Card
Installation guide:
- Download the emulator from the given link. Once the download is complete. Open the .exe file by clicking on it and install it. Once the installation is complete, the emulator is ready to use and android apps can be played on it.
Some Android emulators are easy to use and others have a series of features that make them top of the line. Because of this many options available I have made a list of 5 Best Andriod Emulators so that you can select the right one for you.
BlueStacks:
The first one on the list is BlueStacks and it is the best-known emulator among android users. The emulator is easy to use and is recommended for playing games on PC. BlueStacks consist of its own store from where you can download the apps made for BlueStacks. This emulator consists of Google PlayStore from where you can download android applications directly without needing a smartphone. Users can also upload APK files and install them on this software. Whenever you download an app on this program, it installs it automatically and the app ready to use.
BlueStacks now comes with the latest Android update and provides you an experience never offered before. With the latest update, users can enjoy HD games and can save phones battery. The latest has brought distraction-free gaming so that you don’t get killed in mid of a war. The software is easy to use and has a user-friendly interface. BlueStacks can be download from its website and is entirely free. There is a premium version that costs almost around $24 and contains extra features.
Nox Player:
The second giant in the list of android emulators is Nox Player and it is considered a good emulator in the world of mobile gamers. This is because the Nox player is updated regularly so that it can support the latest games easily. Due to its feature of mapping the keys and controls so that players can set the controls according to them, Nox is considered one of the most advanced emulator. This emulator also contains Google PlayStore so that you can download the apps from the store. Not only games but users can also use applications like Facebook Lite and camera app on this emulator. Moreover, you can set the RAM usage in the settings so that the emulator can run easily.
Users can attach multiple controllers like joysticks so that they can take that final kill easily. It is one the best stable emulators available and yup it doesn’t crash no matter how many games or apps you play. It is best suited for playing heavy games like Pubg and Call Of Duty: Mobile. Nox player works smoothly and seamlessly on the Windows or Mac operating system. It can be downloaded from the Nox Website and available there for free.
GameLoop:
GameLoop is another emulator that specifically targets android gamers and provides them a platform on PC where they can show their skills. back in the day this emulator was known as Tencent gaming buddy and was able to play only Tencent released games. But the company has upgraded its software and now it is able to play Top titles available on the Android market. As I have told you this emulator is for gamers and it lacks the functionality to play other android applications. it cannot be used for testing of apps so it is of no use to developers and coders
GameLoop is an official partner of Call of Duty and from this, you can expect what kind of software is this. The emulator offers great performance along with an easy to use interface and a manual guide for beginners. It has an excellent mouse and keyboard integration so that users can take full control of the battle. Most games from Tencent Games and other developers like Supercell are supported by this emulator. Gameloop is available for download and it can be download from the company’s website. The good thing is that it is free to download. Cool, right?
The above-mentioned apps for playing apps and games but what about app developers. Yes, there are emulators specifically designed for coders and game developers. Let’s talk about those emulators.
Genymotion:
Genymotion is one the best android app tester and is also recommended by developers. This emulator has the capability to run android apps and show the output of those apps. Genymotion comes with ADB access which allows allowing a secure and easy compatibility with your testing framework such as Appium, Robotium, etc. Coders can also run and showcase their apps on the website so that smooth interactive access like high performance and low latency can be enjoyed. Users can control the whole environment can manage their infrastructure by using this emulator. This emulator can emulate over 3000+ virtual android device configurations like screen sizes and hardware capacities.
Users can also simulate different scenarios thanks to the full set of hardware sensors like GPS and network modules. The emulator is good for these developers and also good for a beginner. It has a user-friendly interface so that users can handle the app easily. Genymotion is available online for Windows/Mac and it can be downloaded from the company’s website but the thing is it requires a fee. The trial version is available so that you can see what the UI looks like.
Android Studio:
Free Android Emulator For Pc Download
Android studio is another app developer emulator. This is not for beginners, I REPEAT this is not for newbies and noobs. The program is specifically designed to make and test android apps. The emulator comes with a Visual layout editor where you can edit and create layouts for new and existing apps. It also has APK analyzer so that you can reduce the size of the file by removing extra lines of codes and layers. Users can inspect the Manifest files, resource and DEX files by using this cloning software. It is also integrated with intelligent code editor which can sense codes and can suggest code for Kotlin, Java, and C/C++ languages.
As I have told you It is an emulator, it can emulate and install apps. It comes with predefined configurations for many android phones, smartwatches, and tablets. You can use the emulator manually through its graphical user interface and programmatically through the command-line interface. You can run an app from an Android Studio project or an app that’s been installed on android emulator. The program is available on the internet and all of these features with many more can be used by downloading the software entirely for free.
Conclusion:
The above-mentioned emulators are tested by me and these provide a result that is up to expectations. Some of these emulators are easy to use and are available for free but some are required to be bought. Developer emulators require some knowledge of programming and coding whereas the game emulators require no such knowledge at all.
You can set environment variables for Android Studio and the command-line tools thatspecify things like where the SDK is installed and where user-specific data is stored.This page describes the most commonly used environment variables.
The following example shows how to use an environment variable to launch an emulator when the SDK installation has been put in E:Androidsdk instead of in its default location of $USER_HOME or $HOME.
Variables reference
The following table describes commonly used environment variables for the Android SDK tools.
Table 1. Environment variables
| Android SDK environment variables | |
|---|---|
ANDROID_SDK_ROOT | Sets the path to the SDK installation directory. Once set, the value does not typically change, and can be shared by multiple users on the same machine. ANDROID_HOME, which also points to the SDK installation directory, is deprecated. If you continue to use it, the following rules apply:
|
REPO_OS_OVERRIDE | Set this variable to windows, macosx, or linux when you use sdkmanager to download packages for an operating system different from the current machine. Note: You can use Android Studio instead of sdkmanager to manage your SDK packages. See Update Your Tools with the SDK Manager. |
| Android Studio configuration environment variables | |
| The Android Studio configuration variables contain settings that customize the location of configuration files and the JDK. On start-up, Android Studio checks these variables for settings. For more information, see Configure Android Studio. | |
STUDIO_VM_OPTIONS | Sets the location of the studio.vmoptions file. This file contains settings that affect the performance characteristics of the Java HotSpot Virtual Machine. This file can also be accessed from within Android Studio. See Customize your VM options. |
STUDIO_PROPERTIES | Sets the location of the idea.properties file. This file allows you to customize Android Studio IDE properties, such as the path to user installed plugins, and the maximum file size supported by the IDE. See Customize your IDE properties. |
STUDIO_JDK | Sets the location of the JDK with which to run Android Studio. When you launch the IDE, it checks the STUDIO_JDK, JDK_HOME, and JAVA_HOME environment variables in that order. |
STUDIO_GRADLE_JDK | Sets the location of the JDK that Android Studio uses to start the Gradle daemon. When you launch the IDE, it first checks STUDIO_GRADLE_JDK. If STUDIO_GRADLE_JDK is not defined, the IDE uses the value set in the Project Structure dialog. |
| Emulator Environment Variables | |
By default, the emulator stores configuration files under $HOME/.android/ and AVD data under $HOME/.android/avd/. You can override the defaults by setting the following environment variables. The emulator -avd <avd_name> command searches the avd directory in the order of the values in $ANDROID_AVD_HOME, $ANDROID_SDK_HOME/.android/avd/, and $HOME/.android/avd/. Note: Starting with Android Studio 4.2, the ANDROID_SDK_HOME environment variable is deprecated and has been replaced with ANDROID_PREFS_ROOT. For emulator environment variable help, type | |
ANDROID_EMULATOR_HOME | Sets the path to the user-specific emulator configuration directory. In Android Studio 4.1 and lower, the default location is $ANDROID_SDK_HOME/.android/. Starting with Android Studio 4.2, the |
ANDROID_AVD_HOME | Sets the path to the directory that contains all AVD-specific files, which mostly consist of very large disk images. The default location is $ANDROID_EMULATOR_HOME/avd/. You might want to specify a new location if the default location is low on disk space. |
| The Android emulator queries the following environment variables when it starts. | |
ANDROID_LOG_TAGS | See ANDROID_LOG_TAGS. |
HTTP_PROXY | Contains the HTTP/HTTPS proxy (host name and port) setting for a global http proxy. Uses a colon (:) separator between the host and the port. For example, set HTTP_PROXY=myserver:1981. |
ANDROID_VERBOSE | See ANDROID_VERBOSE. |
ANDROID_SDK_ROOT | See ANDROID_SDK_ROOT. |
ANDROID_EMULATOR_USE_SYSTEM_LIBS | Contains a value of 0 (default) or 1. A value of 1 means to use the system's libstdc++.so file instead of the one that comes bundled with the emulator. Set this enivronment variable only when the emulator does not start on your linux system because of a system library problem. For example, some Linux Radeon GL driver libraries require a more recent libstdc++.so file. Note: There is no guarantee that setting this environment variable to 1 will make the emulator runnable. It is a work-around for system library issues that affect a very small number of Linux users. |
| Quick emulator (QEMU) audio | |
QEMU_AUDIO_DRVQEMU_AUDIO_OUT_DRVQEMU_AUDIO_IN_DRV | On Linux, you can change the default audio backend of the emulator by setting the QEMU_AUDIO_DRV environment variable to one of the following values:
You can also use distinct backends for audio input and audio outputs by selecting one of the QEMU values for the If you want to disable the audio support, use the
|
| adb environment variables | |
ANDROID_SERIAL | Use this variable to provide an emulator serial number, such as emulator-5555, to an adb command. If you set this variable, but use the -s option to specify a serial number from the command line, the command-line input overrides the value in ANDROID_SERIAL. The following example sets |
| adb logcat environment variables | |
ANDROID_LOG_TAGS | Use this environment variable to set a default filter expression when you are running logcat from your development computer. For example:See Filtering Log Output for more information and examples. |
ADB_TRACE | Contains a comma-separated list of the debug information to log. Values can be the following: all, adb, sockets, packets, rwx, usb, sync, sysdeps, transport, and jdwp. To display the adb logs for the adb clients and the adb server, set |
ANDROID_VERBOSE | Contains a comma-separated list of verbose output options (debug tags) used by the emulator. The following example shows ANDROID_VERBOSE defined with the debug-socket and debug-radio debug tags: Unsupported debug tags are ignored. For more information about debug tags, use |
How to set environment variables
The following examples show how to set environment variables in a terminal window and in a shell script for different operating systems. Variable settings in terminal windows last as long as the window is open. Variable settings in shell scripts persist across login sessions.
Windows: In a terminal window, type the following:
Alternately, add it to a shell script through the Windows UI. Check the documentation for your version of Windows to learn how.
Mac and Linux: In a terminal window, type the following:
Android Emulator Android Emulator Mac Stack Overflow Free
Alternately, add it to your ~/.bash_profile file and source the file as follows: