Awesome

Bangjago Android Emulator (CLI Version)

Bangjago Emulator is a cli-based application used for Mobile Development, which is used as an Android Emulator like Genymotion even though it's not as good as Genymotion, besides that, I added some features that are not in Genymotion, such as connecting your mobile device using USB Debugging and Wireless for Mobile Development, for now only available for Windows users, maybe next time I will make it for another operating system version like (Mac or Linux).

Table Of Content

• Get Started
  • Features
  • Command
  • How To Use
  • Default Port Device
  • System Images List
  • Skin Device List
  • Translate
  • Support Project
  • Video Tutorial
  • Author
  • Contributor
  • License

Features:

• Easy To Use
• Fast Booting
• Effeciency Management RAM and CPU
• Connected over USB and Wireless
• Connected over Android Emulator
• Installation Software Supported automatically
• Support for like React Native, Flutter, Ionic, Native Script etc.

Command:

• ADB TOOLS

  • Add Adb USB is used to add usb debugging port
  • Add Adb Wireless is used to add ip address
  • Restart ADB is used to reset adb to default port
  • Check ADB is used to check if adb device is connected or not
  • Running Emulator is used to run emulator via usb debugging or wireless

• SDK TOOLS

  • Google Android SDK to download android SDK version android-google apis
  • Default Android SDK to download android SDK version android-default
  • TV Android SDK to download android SDK version android-tv
  • Wear Android SDK to download android SDK version android-wear
  • Google Playstore SDK to download android SDK version google_apis_playstore

• AVD TOOLS

  • List AVD Emulator to list all avd emulators available
  • Create AVD Emulator to create new avd emulator
  • Running AVD Emulator to run avd emulator
  • Delete AVD Emulator to remove avd emulator
  • Update AVD Emulator to update avd emulator

• SOFTWARE TOOLS

  • Java JDK to download java jdk automatically
  • Android Studio to download android studio automatically

• More Information

  • developer related information and support project donation

How To Use:

1. Running Application

• First, you must install Android Studio and Java JDK if not installed on Computer/Laptop over CLI
• Install java jdk versi jdk-8u261 Download Here If you encounter an error
• Upgrade Android Studio to 4.1 Version If any Error encountered when you downloading Android SDK
• Download the file via the bit.ly link above
• Extract bangjago emulator.zip to Localdisk C
• Click properties my computer-> advanced system settings -> environment variable
• Copy path Android SDK to environment system variable -> ANDROID_HOME
• Copy path Java JDK to environment system variable -> JAVA_HOME
• Copy path C:\bangjago to environment system variable -> path
• Copy path C:\bangjago to environment system variabel -> bangjago
• You can open cmd and type start bangjago, don't use a terminal other than cmd
• If you want to install Android Studio or Java JDK run as is required

2. Connected over USB Debugging

• First, you must Provide USB Cabel
• Enable USB Debugging on your smartphone
• Ensured your smartphone could connect on your Computer/Laptop
• Selected adb tools then choose add add usb
• Select the default USB debugging port and device
• Just running emulator -> emulator usb
• If not connected then choosing adb tools->restart adb and repeat.

3. Connected over Wireless

• First, you must provide USB cable
• Plug USB to port Computer/Laptop
• Enable USB Debugging on your smartphone
• Make sure your smartphone is connected
• Selected adb tools then choose add wireless
• Set IP Address default
• If it works, unplug your smartphone from USB.
• Close emulator and Run Emulator again run emulator -> wireless emulator
• If not connected , you can select adb tools -> restart adb then repeat
• or follow the tutorial below React Native or Flutter

4. Connected over Emulator.

• Select avd tools -> create emulator then Android SDK will be downloaded automatically
• Skip the first method if avd emulator already exists
• How to run the emulator avd tool options -> then select run emulator
• Enter emulator name that was created before

Default Port Device:

System Images List:

• Google System Images

  Android API Version	Target Version	CPU Version
  Android 16	google_apis	x86
  Android 16	google_apis	armeabi-v7a
  Android 17	google_apis	x86
  Android 17	google_apis	armeabi-v7a
  Android 18	google_apis	x86
  Android 18	google_apis	armeabi-v7a
  Android 19	google_apis	x86
  Android 19	google_apis	armeabi-v7a
  Android 21	google_apis	x86
  Android 21	google_apis	x86_64
  Android 21	google_apis	armeabi-v7a
  Android 22	google_apis	x86
  Android 22	google_apis	x86_64
  Android 22	google_apis	armeabi-v7a
  Android 23	google_apis	x86
  Android 23	google_apis	x86_64
  Android 23	google_apis	armeabi-v7a
  Android 24	google_apis	x86
  Android 24	google_apis	x86_64
  Android 24	google_apis	arm64-v8a
  Android 25	google_apis	x86
  Android 25	google_apis	x86_64
  Android 25	google_apis	armeabi-v7a
  Android 25	google_apis	arm64-v8a
  Android 26	google_apis	x86
  Android 26	google_apis	x86_64
  Android 27	google_apis	x86
  Android 28	google_apis	x86_64
  Android 29	google_apis	x86
  Android 29	google_apis	x86_64
  Android 30	google_apis	x86
  Android 30	google_apis	x86_64

• Default System Images

  Android API Version	Target Version	CPU Version
  Android 16	default	x86
  Android 16	default	armeabi-v7a
  Android 17	default	x86
  Android 17	default	armeabi-v7a
  Android 18	default	x86
  Android 18	default	armeabi-v7a
  Android 19	default	x86
  Android 19	default	armeabi-v7a
  Android 21	default	x86
  Android 21	default	x86_64
  Android 21	default	armeabi-v7a
  Android 22	default	x86
  Android 22	default	x86_64
  Android 22	default	armeabi-v7a
  Android 23	default	x86
  Android 23	default	x86_64
  Android 23	default	armeabi-v7a
  Android 24	default	x86
  Android 24	default	x86_64
  Android 24	default	armeabi-v7a
  Android 25	default	x86
  Android 25	default	x86_64
  Android 26	default	x86
  Android 26	default	x86_64
  Android 27	default	x86
  Android 27	default	x86_64
  Android 28	default	x86
  Android 28	default	x86_64
  Android 30	default	x86
  Android 30	default	x86_64

• TV System Images

  Android API Version	Target Version	CPU Version
  Android 21	android-tv	x86
  Android 21	android-tv	armeabi-v7a
  Android 22	android-tv	x86
  Android 23	android-tv	x86
  Android 23	android-tv	armeabi-v7a
  Android 24	android-tv	x86
  Android 25	android-tv	x86
  Android 26	android-tv	x86
  Android 27	android-tv	x86
  Android 28	android-tv	x86
  Android 29	android-tv	x86

• Wear OS System Images

  Android API Version	Target Version	CPU Version
  Android 23	android-wear	x86
  Android 23	android-wear	armeabi-v7a
  Android 25	android-wear	x86
  Android 25	android-wear	armeabi-v7a
  Android 26	android-wear	x86
  Android 28	android-wear	x86

• Google Playstore System Images

  Android API Version	Target Version	CPU Version
  Android 24	google_apis_playstore	x86
  Android 25	google_apis_playstore	x86
  Android 26	google_apis_playstore	x86
  Android 27	google_apis_playstore	x86
  Android 28	google_apis_playstore	x86
  Android 28	google_apis_playstore	x86_64
  Android 29	google_apis_playstore	x86
  Android 29	google_apis_playstore	x86_64
  Android 30	google_apis_playstore	x86
  Android 30	google_apis_playstore	x86_64

Skin Device List:

• Default Phone Device

  Name	Ram	CPU Cores	Internal Storage
  2.7_QVGA	1024 MB	1 Core	2048 MB
  2.7_QVGA_slider	1024 MB	1 Core	2048 MB
  3.2_QVGA_ADP2	1024 Mb	1 Core	2048 MB
  3.3_WQVGA	1024 Mb	1 Core	2048 MB
  3.4_WQVGA	1024 Mb	1 Core	2048 MB
  3.7_FWVGA_slider	1024 Mb	1 Core	2048 MB
  3.7_WVGA_Nexus_One	1024 Mb	1 Core	2048 MB
  4.7_WXGA	1024 Mb	1 Core	2048 MB
  4.65_720p_Galaxy_Nexus	1024 Mb	1 Core	2048 MB
  4_WVGA_Nexus_S	1024 Mb	1 Core	2048 MB
  5.1_WVGA	1024 Mb	1 Core	2048 MB
  5.1_WVGA_API	1024 Mb	1 Core	2048 MB
  5.4_FWVGA	1024 Mb	1 Core	2048 MB
  7.3_Foldable	2048 MB	1 Core	4096 MB
  8_Foldable	2048 MB	1 Core	4096 MB
  Galaxy_Nexus	1024 MB	1 Core	2048 MB
  Nexus_4	2048 MB	1 Core	4096 MB
  Nexus_5	2048 MB	1 Core	4096 MB
  Nexus_5X	2048 MB	1 Core	4096 MB
  Nexus_6	2048 MB	1 Core	4096 MB
  Nexus_6P	2048 MB	1 Core	4096 MB
  Nexus_One	1024 MB	1 Core	2048 MB
  Nexus_S	1024 MB	1 Core	2048 MB
  Pixel	2048 MB	1 Core	4096 MB
  Pixel_2	2048 MB	1 Core	4096 MB
  Pixel_2_XL	2048 MB	1 Core	4096 MB
  Pixel_3	2048 MB	1 Core	4096 MB
  Pixel_3_XL	2048 MB	1 Core	4096 MB
  Pixel_3a	2048 MB	1 Core	4096 MB
  Pixel_3a_XL	2048 MB	1 Core	4096 MB
  Pixel_XL	2048 MB	1 Core	4096 MB

  • Default Tablet Device

  Name	Ram	CPU Cores	Internal Storage
  7_WSVGA_Tablet	1024 MB	1 Core	2048 MB
  10.1_WXGA_Tablet	1024 MB	1 Core	2048 MB
  Nexus_7	2048 Mb	1 Core	4096 MB
  Nexus_7_2012	1024 Mb	1 Core	2048 MB
  Nexus_9	2048 Mb	1 Core	4096 MB
  Nexus_10	2048 Mb	1 Core	4096 MB
  Pixel_C	2048 Mb	1 Core	4096 MB

  • Default TV Device

  Name	Ram	CPU Cores	Internal Storage
  Android_Wear_Round	1024 MB	1 Core	2048 MB
  Android_Wear_Round_Chin	1024 MB	1 Core	2048 MB
  Android_Wear_Square	1024 MB	1 Core	2048 MB

Translate:

• Indonesian
• English

Support Project:

If you like this project or you want to support this project, you can treat me to a cup of coffee or you can donate via the following link Donate.

Video Tutorial:

• Tutorial

Author:

• Restu Wahyu Saputra

Contributor:

• Vicri Kurniawan

License:

• MIT