Java emulator

Author: c | 2025-04-24

NOSE (Online SMS Emulator) [Master System Emulator in Java] ONE (Online NES Emulator) [Nintendo Entertainment System (NES) Emulator in Java] Phoenix Java Emulator [single Arcade Emulator in Java] PotatoSMS [Master System/GameGear Emulator in Java] NesCott [Nintendo Entertainment System (NES) Emulator in Java] PCott [MsDos/PC Emulator in Java] Ps2Cott

GitHub - ancient-empires/Java-emulators: Java Emulators:

3DS emulator for iOS (iPhone,iPad) 3DS emulator for Java 3DS emulator for Linux 3DS emulator for Mac 3DS emulator for NDS 3DS emulator for Nintendo Switch 3DS emulator for Nokia 3DS emulator for PS2 3DS emulator for PS3 3DS emulator for PSP 3DS emulator for SEGA 3DS emulator for Steam Deck 3DS emulator for Wii 3DS emulator for WiiU 3DS emulator for Windows DS DS Games DS Roms DS emulator for 3DS DS emulator for Android DS emulator for iOS (iPhone,iPad) DS emulator for Java DS emulator for Linux DS emulator for Mac DS emulator for NDS DS emulator for Nintendo Switch DS emulator for Nokia DS emulator for PS2 DS emulator for PS3 DS emulator for PSP DS emulator for SEGA DS emulator for Steam Deck DS emulator for Wii DS emulator for WiiU DS emulator for Windows N64 N64 Games N64 roms N64 emulator for 3DS N64 emulator for Android N64 emulator for iOS (iPhone,iPad) N64 emulator for Java N64 emulator for Linux N64 emulator for Mac N64 emulator for NDS N64 emulator for Nintendo Switch N64 emulator for Nokia N64 emulator for PS2 N64 emulator for PS3 N64 emulator for PSP N64 emulator for SEGA N64 emulator for Steam Deck N64 emulator for Wii N64 emulator for WiiU N64 emulator for Windows PSP PSP Games PSP roms PSP emulator for 3DS PSP emulator for Android PSP emulator for iOS (iPhone,iPad) PSP emulator for Java PSP emulator for Linux PSP emulator for Mac PSP emulator for NDS PSP emulator for Nintendo Switch PSP emulator for Nokia PSP emulator for PS2 PSP emulator for PS3 PSP emulator for PSP PSP emulator for SEGA PSP emulator for Steam Deck PSP emulator for Wii PSP emulator for WiiU PSP emulator for Windows SNES SNES Games SNES Roms SNES emulator for 3DS SNES emulator for Android SNES emulator for iOS (iPhone,iPad) SNES emulator for Java SNES emulator for Linux SNES emulator for Mac SNES emulator for NDS SNES emulator for Nintendo Switch SNES emulator for Nokia SNES emulator for PS2 SNES emulator for PS3 SNES emulator for PSP SNES emulator for SEGA SNES emulator for Steam Deck SNES emulator for Wii SNES emulator for WiiU SNES emulator for Windows Playstation PSX Games Playstation emulator for 3DS Playstation emulator for Android Playstation emulator for iOS (iPhone,iPad) Playstation emulator for Java Playstation emulator for Linux Playstation emulator for Mac Playstation emulator for NDS Playstation

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Locally without deploying live services can be a great idea.An Authentication emulator is part of the Local Emulator Suite, whichenables your app to interact with emulated database content and config, aswell as optionally your emulated project resources (functions, other databases,and security rules).Using the Authentication emulator involves just a few steps:Adding a line of code to your app's test config to connect to the emulator.From the root of your local project directory, running firebase emulators:start.Using the Local Emulator Suite UI for interactive prototyping, or theAuthentication emulator REST API for non-interactive testing.A detailed guide is available at Connect your app to the Authentication emulator.For more information, see the Local Emulator Suite introduction.Now let's continue with how to authenticate users.Check current auth stateDeclare an instance of FirebaseAuth. Kotlin private lateinit var auth: FirebaseAuth Java private FirebaseAuth mAuth;In the onCreate() method, initialize the FirebaseAuth instance. Kotlin // Initialize Firebase Authauth = Firebase.auth Java // Initialize Firebase AuthmAuth = FirebaseAuth.getInstance();When initializing your Activity, check to see if the user is currently signedin. Kotlin public override fun onStart() { super.onStart() // Check if user is signed in (non-null) and update UI accordingly. val currentUser = auth.currentUser if (currentUser != null) { reload() }} Java @Overridepublic void onStart() { super.onStart(); // Check if user is signed in (non-null) and update UI accordingly. FirebaseUser currentUser = mAuth.getCurrentUser(); if(currentUser != null){ reload(); }}Sign up new usersCreate a new createAccount method that takes in an email address and password,validates them, and then creates a new user with thecreateUserWithEmailAndPasswordmethod. Kotlin auth.createUserWithEmailAndPassword(email, password) .addOnCompleteListener(this) { task -> if (task.isSuccessful) { // Sign in success, update UI with the signed-in user's information Log.d(TAG, "createUserWithEmail:success") val user = auth.currentUser updateUI(user) } else { // If sign in fails, display a message to the user. Log.w(TAG, "createUserWithEmail:failure", task.exception) Toast.makeText( baseContext, "Authentication failed.", Toast.LENGTH_SHORT, ).show() updateUI(null). NOSE (Online SMS Emulator) [Master System Emulator in Java] ONE (Online NES Emulator) [Nintendo Entertainment System (NES) Emulator in Java] Phoenix Java Emulator [single Arcade Emulator in Java]

GitHub - ancient-empires/Java-emulators: Java

Menu.Import applications from legacy toolkits to SDK projects. The installation of the legacy toolkit must exist on the host machine. See Section 4.2.4, "Import a Legacy MIDP Project", Section 2.2.2, "Create a Platform for Legacy CDC Projects", and Section 4.2.5, "Import a Legacy CDC Project".Legacy toolkit settings are Application Descriptors in the SDK. Right-click on a project and select Properties. Choose the Application Descriptor category.Legacy toolkit utilities are generally accessible from Tools > Java ME submenu in the NetBeans IDE. For example, the WMA console, the Java ME SDK Update Center and more can be started from the Tools > Java ME submenu.For example, select Tools > Java ME > WMA Console in the NetBeans IDE to see the WMA Console output.Profiling output and Network monitoring utilities are accessed from the Profile > Java ME submenu in the NetBeans IDE.The emulator is familiar, but there are some fundamental differences.It is important to realize that the emulator is a remote process, and when it starts it is independent of the build process running in NetBeans. Stopping the build process or closing a project does not always affect the application running in the emulator. You must be sure to terminate the application from the emulator. For more on this topic, see Section 3.2, "Running a Project" and Section 4.3, "Working With Projects".In the Wireless Toolkit you could simultaneously run multiple versions of a device because the toolkit would increment the phone number automatically each time you launched a project. Because the emulator is now a remote process, the phone number is a unique property that must be set explicitly for the device instance.The SDK provides two unique instances for most devices. For example, JavaMEPhone1 and JavaMEPhone2 are the same except for the phone number, so you can perform tests that require two devices (messaging, for example) without customization.The emulator has additional display functionality. See Section 6.9, "Emulator Features".1.3 Java ME SDK Update CenterThe Java ME SDK Update Center supports automatic updating of the entire Java ME SDK plugin, and individual modules within the Java ME SDK. To access the update center, select Tools > Java ME > Java ME SDK Update Center. The update center uses the same technology as the NetBeans Plugins Manager. The update manager works separately from NetBeans so that the Java ME SDK plugin can be updated independently.Java ME SDK is delivered as three NetBeans plugins in their

Java-Emu - The Java Gaming Emulation Portal

PSP emulator for WiiU PSP emulator for Windows SNES SNES Games SNES Roms SNES emulator for 3DS SNES emulator for Android SNES emulator for iOS (iPhone,iPad) SNES emulator for Java SNES emulator for Linux SNES emulator for Mac SNES emulator for NDS SNES emulator for Nintendo Switch SNES emulator for Nokia SNES emulator for PS2 SNES emulator for PS3 SNES emulator for PSP SNES emulator for SEGA SNES emulator for Steam Deck SNES emulator for Wii SNES emulator for WiiU SNES emulator for Windows Playstation PSX Games Playstation emulator for 3DS Playstation emulator for Android Playstation emulator for iOS (iPhone,iPad) Playstation emulator for Java Playstation emulator for Linux Playstation emulator for Mac Playstation emulator for NDS Playstation emulator for Nintendo Switch Playstation emulator for Nokia Playstation emulator for PS2 Playstation emulator for PS3 Playstation emulator for PSP Playstation emulator for SEGA Playstation emulator for Steam Deck Playstation emulator for Wii Playstation emulator for WiiU Playstation emulator for Windows Dreamcast Dreamcast emulator for 3DS Dreamcast emulator for Android Dreamcast emulator for iOS (iPhone,iPad) Dreamcast emulator for Java Dreamcast emulator for Linux Dreamcast emulator for Mac Dreamcast emulator for NDS Dreamcast emulator for Nintendo Switch Dreamcast emulator for Nokia Dreamcast emulator for PS2 Dreamcast emulator for PS3 Dreamcast emulator for PSP Dreamcast emulator for SEGA Dreamcast emulator for Steam Deck Dreamcast emulator for Wii Dreamcast emulator for WiiU Dreamcast emulator for Windows NDS ROMs PSP ROMs GBA ROMs WII ROMs SNES ROMs PS2 ROMs N64 ROMs GAMECUBE ROMs Pokemon ROMs Pokemon Emerald ROM Pokemon Platinum ROM Pokemon Fire Red ROM Pokemon Ruby ROM Super Mario World ROM MAME Roms Pokemon Fire Red Cheats Pokemon Emerald Cheats Pokemon Emulator Pokemon Infinite Fusion Pokemon Infinite Fusion Calculator

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The Oracle Java ME SDK provides default device skins. A skin is a thin layer on top of the emulator implementation that defines the appearance, screen characteristics, and input controls. This chapter discusses the default emulators provided by Oracle Java ME SDK and describes how you can create and modify a custom device. To make your own device, see "Using the Custom Device Editor."The Oracle Java ME SDK emulator simulates a CLDC, CDC, or IMP-NG device on your desktop computer. The emulator does not represent a specific device, but it provides correct implementations of its supported APIs.Note:The configuration of all peripherals, except UART, can be inspected in the emulator main window. The configuration of UART is defined by the hardware configuration of the COM ports on your Windows XP or Windows 7 PC.7.1 EmulatorsThe SDK runs applications on an emulator or an external device. Before you can run an application from the SDK, the Device Manager, which manages both emulators and external devices, must be running. When the Oracle Java ME SDK runs, the Device Manager automatically launches and starts detecting devices. The default emulators shipped with the SDK are automatically found and displayed in the Device Selector window (Tools > Java ME > Device Selector).7.1.1 The Device Manager on WindowsThe SDK uses the device manager to detect devices and displays the available devices in the Device Selector window (Tools > Java ME > Device Selector). The Device Manager is a service and you can see it running in your Windows system tray. In the task manager, the process is labeled device-manager.exe.You can right-click the icon and select Exit to stop the service.To restart the device manager, double-click device-manager.exe in your installdir\bin directory. You can also start it from the command line as described in "Run the Device Manager."In the Windows system tray, click the icon or right-click the icon and select Manage Device Addresses from the menu to open the Device Address Manager. Enter an IP address and select Add to add a device. Select an address and click Remove if you have an address you no longer want to detect. The device is no longer displayed in the Device Selector.Right-click the icon in the system tray and select Registered Devices to see a list of registered devices and their configuration information such as, screen dimensions, screen depth, security domains, supported APIs, and more.7.1.2 Starting an EmulatorTypically an emulator

JEMU - The Java Emulation Platform

Is launched when a Java ME SDK project is run from the NetBeans IDE or the command line. The default emulator is determined by the Java ME platform selected for the project, as described in "Managing Java Platforms."You can open an emulator without running an application from the IDE. From the Windows Start menu, click Programs and select Java(TM) ME Platform SDK 3.3 and select the desired emulator. You can also click the emulator shortcuts installed on your Windows desktop.To run an application from the emulator, click the Application menu and select Run MIDlet Suite (or Run IMlet Suite). Provide the path to the application and any other information, and click OK.7.1.3 CLDC Application Management SystemThe CLDC AMS home screen features three utilities:Install Application. This utility opens a form in which you can specify a URL (or a file path) for a JAD file to install.Manage Certificate Authorities. This feature displays the certificates authorities for the device. In this interface the white box indicates the certificate is checked (active). You can uncheck certificates that are not needed.Output Console. The output console displays system output statements from a running application. The application must write to the Java standard output console using, for example:System.out.println("text");Start the emulator's Output Console, then start your application. Use F7, Switch running MIDlet, to switch between the application and the Output Console.Note that the emulator's Output Console is an application that consumes resources. If you get the message "No more concurrent applications allowed," you must close some applications before continuing.See "Emulator Features" and "Emulator Menus."You can also access system output information from the emulator by clicking the View menu and selecting Output Console..., which opens an Output Console dialog box. Select a filter from the dropdown list to display specific system output. Click Save to save the output as a .log file.7.2 Adding an External DeviceThe device selector can detect a device that has a compatible runtime. Typically this device has network capabilities and is connected to the computer running Java ME SDK.To detect a physical device, click CTRL-D, or click the device icon at the top of the Device Selector window.Type an IP address and click Next. Click Finish.You can also enter an IP address in the Device Manager, as described in "The Device Manager on Windows."The physical device is listed in the appropriate platform tree. By default, the device has "ExternalDevice" appended to the name.For example,. NOSE (Online SMS Emulator) [Master System Emulator in Java] ONE (Online NES Emulator) [Nintendo Entertainment System (NES) Emulator in Java] Phoenix Java Emulator [single Arcade Emulator in Java] PotatoSMS [Master System/GameGear Emulator in Java] NesCott [Nintendo Entertainment System (NES) Emulator in Java] PCott [MsDos/PC Emulator in Java] Ps2Cott

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Kemulator is a Java emulator software on your computer, making it easy to play Java games, play phone games on your computer.The computer emulator software is now extremely popular, making it easy to play phone games on your computer. To simulate the Google Play app store on your computer, you can use Bluestacks, Nox App Player, Droid4x, . If you want to simulate Java, play Java games on your computer, you can use Kemulator software. Kemulator is a Java emulator on a computer, to play Java games on a computer. Java games on Nokia, Sony Ericsson, Samsung, LG, Motorola or other popular Java games will be able to play on the computer via the Kemulator emulator software. While playing, users can also automatically adjust the game screen to match the computer screen, but not to reduce image quality. In addition, the software also provides users with the ability to record movies, take photos right during the game. In addition, if you regularly play computer games, you should choose for yourself a most suitable computer chair, Refer to Computer chair under 200 here. Kemulator can run on versions of Windows operating system such as Windows XP, Windows 7 or Window 10. The following article will guide you how to install Kemulator, as well as use Java game play on your computer. How to install Kemulator to play Java games on your computer Download the Kemulator software here Step 1 Click on the link above to download the Kemulator software installation file to your computer. Then, click the .exe installation file to install Kemulator. In the first interface click the Next button to proceed with the installation. How to install, use Kemulator to play Java games on your computer Picture 1 Step 2: Next, if the user wants to change the Kemulator installation directory, click the Browse button, or click the Next button to go to the new interface. How to install, use Kemulator to play Java games on your computer Picture 2 Step 3: Finally, click the Install button to install Kemulator on the computer. How to install, use Kemulator to play Java games on your computer Picture 3 Step 4: To be able to play Java games on your computer, you need to install the Java software next to the link below. Download Java software here How to install, use Kemulator to play Java games on your computer Picture 4 Step 5: Open the Kemulator interface on the computer that will appear as shown below. How to install, use Kemulator to play Java games on your computer Picture 5 At this interface, click Midlet> Load jar . to open the folder containing Java games on the computer. Game must be in .jar format. How to install, use Kemulator to play Java games on your computer Picture 6 Click on the game and then click the Open button . How to install, use Kemulator to play Java games on your computer Picture 7 Step 6: Finally, wait for the game loading

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CLI를 업데이트하고 설치합니다. sudo apt-get update && sudo apt-get install google-cloud-cli 프롬프트 사용 중지 또는 연습 실행과 같은 추가 apt-get 옵션에 대해서는 apt-get 메인 페이지를 참조하세요.Docker 팁: Docker 이미지 내에 gcloud CLI를 설치하는 경우 대신 단일 RUN 단계를 사용합니다. RUN echo "deb [signed-by=/usr/share/keyrings/cloud.google.gpg] cloud-sdk main" | tee -a /etc/apt/sources.list.d/google-cloud-sdk.list && curl | gpg --dearmor -o /usr/share/keyrings/cloud.google.gpg && apt-get update -y && apt-get install google-cloud-cli -y gpg --dearmor 명령어를 지원하지 않는 이전의 기본 이미지의 경우: RUN echo "deb [signed-by=/usr/share/keyrings/cloud.google.gpg] cloud-sdk main" | tee -a /etc/apt/sources.list.d/google-cloud-sdk.list && curl | apt-key --keyring /usr/share/keyrings/cloud.google.gpg add - && apt-get update -y && apt-get install google-cloud-cli -y (선택 사항) 다음 추가 구성요소를 설치합니다. google-cloud-cli google-cloud-cli-anthos-auth google-cloud-cli-app-engine-go google-cloud-cli-app-engine-grpc google-cloud-cli-app-engine-java google-cloud-cli-app-engine-python google-cloud-cli-app-engine-python-extras google-cloud-cli-bigtable-emulator google-cloud-cli-cbt google-cloud-cli-cloud-build-local google-cloud-cli-cloud-run-proxy google-cloud-cli-config-connector google-cloud-cli-datastore-emulator google-cloud-cli-firestore-emulator google-cloud-cli-gke-gcloud-auth-plugin google-cloud-cli-kpt google-cloud-cli-kubectl-oidc google-cloud-cli-local-extract google-cloud-cli-minikube google-cloud-cli-nomos google-cloud-cli-pubsub-emulator google-cloud-cli-skaffold google-cloud-cli-spanner-emulator google-cloud-cli-terraform-validator google-cloud-cli-tests kubectl 예를 들어 google-cloud-cli-app-engine-java 구성요소는 다음과 같이 설치할 수 있습니다. sudo apt-get install google-cloud-cli-app-engine-java 시작하려면 gcloud init을 실행합니다.gcloud init gcloud CLI 버전 다운그레이드VERSION이123.0.0 형식이고 gcloud CLI의 특정 버전으로 되돌리려면 다음 명령어를 실행합니다. sudo apt-get update && sudo apt-get install google-cloud-cli=123.0.0-0최신 출시 버전 10개가 저장소에서 항상 제공됩니다.참고: 371.0.0 이전 출시 버전의 경우 패키지 이름이 google-cloud-sdk입니다. Red Hat/Fedora/CentOS 패키지 콘텐츠 gcloud CLI는 Red Hat Enterprise Linux 7, 8, 9, Fedora 33 및 34, CentOS 7 및 8 시스템에 설치할 수 있는 패키지 형식으로 제공됩니다. 이 패키지에는 gcloud, gcloud alpha, gcloud beta, gsutil, bq 명령어만 포함됩니다. gcloud 명령어를 사용하여 애플리케이션을 배포하는 데 필요한 kubectl 또는 App Engine 확장 프로그램은 포함되지 않으며, 이 섹션의 뒷부분에 설명된 대로 별도로 설치할 수 있습니다.설치gcloud CLI 저장소 정보로 DNF를 업데이트합니다. 다음 샘플 명령어는 Red Hat Enterprise Linux 9 호환 가능한 설치를 위한 것이지만 해당 구성의 필요에 따라 설정을 업데이트해야 합니다.sudo tee -a /etc/yum.repos.d/google-cloud-sdk.repo [google-cloud-cli]name=Google Cloud CLIbaseurl= Fedora 34 또는 35에 설치하는 경우 libxcrypt-compat.x86_64를 설치합니다. sudo dnf install libxcrypt-compat.x86_64 gcloud CLI 설치 sudo dnf install google-cloud-cli (선택 사항) 다음 추가 구성요소를 설치합니다. google-cloud-cli google-cloud-cli-anthos-auth google-cloud-cli-app-engine-go google-cloud-cli-app-engine-grpc google-cloud-cli-app-engine-java google-cloud-cli-app-engine-python google-cloud-cli-app-engine-python-extras google-cloud-cli-bigtable-emulator google-cloud-cli-cbt google-cloud-cli-cloud-build-local google-cloud-cli-cloud-run-proxy google-cloud-cli-config-connector google-cloud-cli-datastore-emulator google-cloud-cli-firestore-emulator google-cloud-cli-gke-gcloud-auth-plugin google-cloud-cli-kpt google-cloud-cli-kubectl-oidc google-cloud-cli-local-extract google-cloud-cli-minikube google-cloud-cli-nomos google-cloud-cli-pubsub-emulator google-cloud-cli-skaffold google-cloud-cli-spanner-emulator google-cloud-cli-terraform-validator google-cloud-cli-tests kubectl 예를 들어 google-cloud-cli-app-engine-java 구성요소는 다음과 같이 설치할 수 있습니다. sudo dnf install google-cloud-cli-app-engine-java 시작하려면 gcloud init을 실행합니다.gcloud init gcloud CLI 버전 다운그레이드VERSION이 123.0.0 형식인 특정 버전의 gcloud CLI로 되돌려야 할 경우에는 다음을 실행합니다. sudo dnf downgrade google-cloud-cli-VERSION최신 출시 버전 10개가 저장소에서 항상 제공됩니다.참고: 371.0.0 이전 출시 버전의 경우 패키지 이름이 google-cloud-sdk입니다.macOS 지원되는 Python 버전이 있는지 확인합니다. 현재 Python 버전을 확인하려면 python3 -V 또는 python -V를 실행합니다. 지원되는 버전은 Python. NOSE (Online SMS Emulator) [Master System Emulator in Java] ONE (Online NES Emulator) [Nintendo Entertainment System (NES) Emulator in Java] Phoenix Java Emulator [single Arcade Emulator in Java]

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Flutter runoutput is as followsUsing hardware rendering with device AOSP on IA Emulator. If you get graphics artifacts, consider enabling software rendering with "--enable-software-rendering".Launching lib/main.dart on AOSP on IA Emulator in debug mode...Running Gradle task 'assembleDebug'...Running Gradle task 'assembleDebug'... Done 2.2s✓ Built build/app/outputs/apk/debug/app-debug.apk.D/FlutterActivity( 5756): Using the launch theme as normal theme.D/FlutterActivityAndFragmentDelegate( 5756): Setting up FlutterEngine.D/FlutterActivityAndFragmentDelegate( 5756): No preferred FlutterEngine was provided. Creating a new FlutterEngine for this FlutterFragment.D/FlutterActivityAndFragmentDelegate( 5756): Attaching FlutterEngine to the Activity that owns this Fragment.D/FlutterView( 5756): Attaching to a FlutterEngine: io.flutter.embedding.engine.FlutterEngine@e9a9065D/FlutterActivityAndFragmentDelegate( 5756): Executing Dart entrypoint: main, and sending initial route: /Syncing files to device AOSP on IA Emulator...8,953ms (!)🔥 To hot reload changes while running, press "r". To hot restart (and rebuild state), press "R".An Observatory debugger and profiler on AOSP on IA Emulator is available at: a more detailed help message, press "h". To detach, press "d"; to quit, press "q".🔥 To hot reload changes while running, press "r". To hot restart (and rebuild state), press "R".An Observatory debugger and profiler on AOSP on IA Emulator is available at: can dump the widget hierarchy of the app (debugDumpApp) by pressing "w".To dump the rendering tree of the app (debugDumpRenderTree), press "t".For layers (debugDumpLayerTree), use "L"; for accessibility (debugDumpSemantics), use "S" (for traversal order) or "U" (for inverse hit test order).To toggle the widget inspector (WidgetsApp.showWidgetInspectorOverride), press "i".To toggle the display of construction lines (debugPaintSizeEnabled), press "p".To simulate different operating systems, (defaultTargetPlatform), press "o".To toggle the elevation checker, press "z".To display the performance overlay (WidgetsApp.showPerformanceOverlay), press "P".To enable timeline events for all widget build methods, (debugProfileWidgetBuilds), press "a"To save a screenshot to flutter.png, press "s".To repeat this help message, press "h". To detach, press "d"; to quit, press "q".Error -32601 received from application: Method not foundApplication finished.output of flutter doctor -v is as followsflutter doctor -v[✓] Flutter (Channel stable, v1.12.13+hotfix.9, on Linux, locale en_IN)• Flutter version 1.12.13+hotfix.9 at /home/tanvi/Documents/development/flutter• Framework revision f139b11 (2 weeks ago), 2020-03-30 13:57:30 -0700• Engine revision af51afceb8• Dart version 2.7.2[✓] Android toolchain - develop for Android devices (Android SDK version 29.0.3)• Android SDK at /home/tanvi/Android/Sdk• Android NDK location not configured (optional; useful for native profiling support)• Platform android-29, build-tools 29.0.3• Java binary at: /home/tanvi/Documents/development/android-studio/jre/bin/java• Java version OpenJDK Runtime Environment (build 1.8.0_212-release-1586-b4-5784211)• All Android licenses accepted.[✓] Android Studio (version 3.6)• Android Studio at /home/tanvi/Documents/development/android-studio• Flutter plugin version 45.1.1• Dart plugin version 192.7761• Java version OpenJDK Runtime Environment (build 1.8.0_212-release-1586-b4-5784211)[✓] VS Code (version 1.43.2)• VS Code at /usr/share/code• Flutter extension version 3.9.1[✓] Connected device (1 available)• AOSP on IA Emulator • emulator-5554 • android-x86 • Android 9 (API 28) (emulator)• No issues found!