#Fastboot Commands

[techtrickz]

QuickADB: Simplifies the Use of ADB and Fastboot Commands for Beginners and Experts

ADB (Android Debug Bridge) and Fastboot are important command line tools used in Android development. They help with various tasks, such as installing factory images, unlocking the bootloader, flashing custom recoveries like TWRP, and installing APK files. These tools also let users boot their devices into different modes, such as Recovery, Fastboot, and EDL Mode. They are very useful for fixing…

[himanshu123]

The Importance of ADB Fastboot Commands for Android 

Android devices have become a significant part of our daily lives, offering a wide range of features that enhance functionality and usability. Behind the scenes, however, developers and tech enthusiasts often use various tools to unlock the true potential of these devices. One such tool that plays a crucial role in Android development, troubleshooting, and customization is the ADB (Android Debug Bridge) and Fastboot commands. These powerful commands allow users to interact with Android devices in ways that aren't available through the regular user interface, providing an unparalleled level of control. In this blog, we'll explore the importance of ADB Fastboot commands Android users and developers, and how mastering these commands can take your Android experience to the next level. 

What Are ADB and Fastboot Commands? 

ADB Fastboot commands are tools used for communicating with Android devices. ADB is a versatile command-line tool that allows users to interact with a device from their computer, enabling various functionalities like installing and debugging apps, accessing the device’s shell, and much more. Fastboot, on the other hand, is used for low-level device management tasks, such as unlocking the bootloader, flashing firmware, or recovery images. 

Both of these tools are essential for Android developers, modders, and anyone looking to customize or troubleshoot their devices. Whether you're installing custom ROMs, rooting your device, or simply looking to perform a factory reset, ADB Fastboot commands can help you get the job done efficiently. In this blog, we will cover the key reasons why these commands are indispensable in the Android ecosystem. 

Why ADB Fastboot Commands are Crucial 

1. Device Debugging and App Development 

For developers, ADB commands are an essential part of the development workflow. ADB allows developers to debug apps running on Android devices in real-time. With the adb logcat command, for instance, developers can view detailed logs of what’s happening on the device. This makes it much easier to pinpoint bugs and issues within an app. Additionally, ADB commands like adb install enable developers to directly install APK files on Android devices without needing to go through the Play Store. This is crucial for testing apps during development. 

Moreover, ADB Fastboot commands also allow developers to run the Android Emulator, transfer files between the computer and device, and even access the Android shell for deeper system-level access. By facilitating quick debugging and app testing, these commands help improve the development process and ensure the final product is polished and optimized. 

2. Custom ROM Installation and Device Modification 

For Android enthusiasts and users looking to customize their phones, ADB Fastboot commands open the doors to endless possibilities. One of the most exciting features is the ability to install custom ROMs on your Android device. Custom ROMs allow you to completely overhaul the look and functionality of your device, from changing the user interface to adding features that may not be available in stock Android. 

Fastboot commands are essential for flashing custom ROMs onto a device. The fastboot flash command allows you to flash recovery images or entire system images, enabling you to replace the stock Android OS with a custom build. This process is often the first step for users who want to root their devices, remove bloatware, or optimize their phone’s performance. 

3. Bootloader Unlocking and Recovery Management 

Another key advantage of ADB and Fastboot commands is the ability to unlock the bootloader. By unlocking the bootloader, users gain the ability to root their devices, install custom recoveries, and perform other advanced operations. Fastboot commands, like fastboot oem unlock, are used to unlock the bootloader and enable these options. 

Moreover, in the event of system errors, corrupted firmware, or bricked devices, ADB and Fastboot commands are instrumental in repairing or restoring the device. The fastboot flash recovery command can be used to restore the device to a working state by flashing a recovery image. This is particularly useful for users who encounter issues after modifying their devices with custom ROMs or root access. 

4. Data Backup and Restoring 

Using ADB commands, users can back up important data from their Android devices to their computer. This is especially useful before performing risky operations like rooting or flashing new ROMs. The adb backup command lets users create a backup of app data, system settings, and other crucial information. Similarly, in case of data loss, users can restore the backup to recover lost data. 

5. Managing Device Performance 

Sometimes, devices can become sluggish or unresponsive due to unnecessary background processes, outdated system files, or bloated apps. ADB Fastboot commands can help with performance management by allowing users to disable system apps, clear cache, and optimize the device. Using the adb shell command, users can remove apps that drain battery life or cause performance issues, ensuring the device operates smoothly. 

Mobile App Cost Calculator and ADB Fastboot Commands 

For app developers, ADB Fastboot commands can be incredibly useful during the app development lifecycle. A mobile app cost calculator can help developers estimate the costs involved in building, deploying, and maintaining an Android app. By using ADB commands to test app functionality, modify code, or troubleshoot errors during development, developers can ensure the app meets high standards, which, in turn, can affect the app's final cost. The more efficiently an app can be developed and optimized using tools like ADB, the more cost-effective the development process becomes. 

If you're interested in exploring the benefits of Adb fastboot commands for your business, we encourage you to book an appointment with our team of experts. 

Book an Appointment 

Conclusion 

In conclusion, ADB Fastboot commands are vital tools for anyone looking to unlock the full potential of their Android device. Whether you are a developer testing an app, a modder customizing your phone, or a user troubleshooting device issues, these commands provide a powerful and efficient way to interact with your device. From installing custom ROMs to debugging applications and even restoring bricked devices, ADB Fastboot commands have proven to be essential for managing Android devices effectively. As the Android ecosystem continues to evolve, mastering these commands will give you an edge in customizing and optimizing your device. 

[eobdtooluk-blog]

Autel Ultra/Autel Ultra Elite Firmware Reflash Guide

How to solve Autel MaxiSys Ultra, Ultra EV, or Ultra Lite Tablet if the diagnostic system crashes or the program freezes?

You can perform a firmware reflash. Follow the step-by-step guide below.

Preparation

1.Download the Flash Package:

Free Download Link

File Size: 1.74 GB

Reflashing Instructions

Set Up Your Computer Environment

Install ImageWriterUSBDriver_1113_00.exe.

Install adb tools.

Enter BootLoader Mode

1).Activate Developer Mode:

Turn on the tablet.

Navigate to Settings → About Tablet → Build Number.

Tap the version number 4 times to activate Developer Mode.

2).Enable USB Debugging:

Go to Settings → System → Developer Options.

Turn on the USB Debugging switch.

3).Reboot into BootLoader Mode:

Use the command adb reboot bl2.

Copy the factory_download.txt file to the root directory of a TF card.

Insert the TF card into the tablet and power it on.

The tablet will display “Entering Fastboot Mode”, indicating BootLoader mode.

Use the Burning Tool

1).Open the Tool:

Run ImageWriterUSBDriver_1113_00.exe.

Extract ImageWriter_3.0.26.zip.

Open the folder and double-click ImageWriter.exe to launch the burning tool.

2).Configure ImageWriter Settings:

Expand the settings menu.

Click the folder icon, select the Proj_Android_scatter.xml file from the firmware package.

Set Project Download Mode to system_only for firmware upgrade.

3).Scan the Port:

Use adb to enter BootLoader mode.

Connect the tablet to the computer via USB.

Select Enable SCAN and click SCAN.

If the scan is successful, PORT success will appear.

4).Disable SCAN Mode:

After the scan is successful, you need to remove the check from the Enable SCAN option box, as shown in the figure:

That is, there is no more √.

5).Start Reflashing:

Click the START button to initiate the flashing process.

The tool will display SUCCESS when the process is complete.

After flashing, restart the Autel Ultra tablet. Your system should now be functional.

[good-high-vibe]

Rooting an Android device (commonly referred to as "jailbreaking" on iPhones) is essentially gaining full control over the operating system, including system files, settings, and functions that are otherwise restricted by default. You're right that Android is based on the Linux kernel, but it’s highly customized by Google and device manufacturers, so it’s not the same as a typical Linux distribution you'd find on a desktop. Here's a step-by-step guide on how to root an Android and get shell access, but first, a couple of notes:

Important considerations:

Rooting voids warranties: Rooting will void your device warranty, and it may even brick (render unusable) the device if not done properly.

Security risks: Once rooted, your device becomes more vulnerable to malware and hacking if precautions aren't taken.

Backup data: Rooting could erase all data on your device, so it’s important to back everything up beforehand.

Steps to Root Your Android and Access the Shell

1. Check the Bootloader Status:

The bootloader is what controls what software runs when the device is powered on. Most Android devices have a locked bootloader by default.

Some manufacturers provide a way to unlock the bootloader officially (Google, OnePlus), while others do not (Samsung in the U.S.). Check if your phone has an official way to unlock it. You might need to enable developer options on your device.

Go to Settings → About phone and tap Build number seven times. This unlocks Developer options.

Go to Settings → Developer options and enable OEM unlocking and USB debugging.

2. Unlock the Bootloader:

With OEM unlocking enabled, you can now unlock the bootloader using your computer:

Connect your phone to your computer.

Install ADB and Fastboot on your computer (these tools are part of the Android SDK).

Open a terminal on your PC and run:bashCopy codeadb devices adb reboot bootloader fastboot oem unlock

Your device will prompt you with a confirmation. Use the volume buttons to navigate and the power button to confirm.

Note: Unlocking the bootloader will likely erase all data on your device.

3. Find a Suitable Rooting Method:

Rooting methods depend on your device’s manufacturer and version of Android.

Here are some popular options:

Magisk (most recommended): It allows you to gain root access without modifying the system partition. It also passes Google's SafetyNet checks, which means you can still use apps like Google Pay and Netflix. You'll need a custom recovery to flash Magisk.

SuperSU: An older method that directly modifies system files. It's less safe and can break OTA updates and certain apps.

Flashing Magisk (if you go with Magisk):

Download the Magisk zip file to your phone from Magisk GitHub.

Boot into your custom recovery (like TWRP) using ADB:bashCopy codeadb reboot recovery

In TWRP, go to the Install section and flash the Magisk ZIP file.

Reboot your phone.

4. Install a Terminal Emulator:

Once rooted, you can install a terminal emulator from the Google Play Store (e.g., Termux or Terminal Emulator for Android).

These apps give you direct shell access on the device. Since Android is Linux-based, many typical Linux commands will work out of the box (e.g., ls, cd, cat, etc.).

5. Access the Shell via ADB:

You can also connect to your Android's shell from your computer using ADB:

Open a terminal on your computer:bashCopy codeadb shell

This will give you a shell directly on the device. If you’ve rooted the phone, you can also get root access within the shell:bashCopy codesu

This will elevate your privileges to superuser (root).

Are All Androids Just Linux?

In essence, yes, Android is based on Linux, but it is heavily modified and optimized for mobile devices. Here’s how they compare:

Kernel: Android runs on the Linux kernel, which handles hardware communication, process management, and memory management. But the rest of the operating system is built differently from traditional desktop Linux.

Userland: Android does not use the GNU C Library (glibc) or GNU core utilities by default, which are standard on Linux distributions like Ubuntu. Instead, Android uses Bionic, a lightweight C library designed for mobile use.

File Structure: While Android’s filesystem is similar to Linux’s (you'll see directories like /system, /data, /proc), it is organized differently to support mobile devices and the Android app structure.

Security: Android uses additional security measures like SELinux and a permission-based app model that separates apps from each other and restricts access to system components.

Next Steps for Using Your Android as a "Gizmo"

Once rooted and you have shell access, there are countless projects you could try, such as:

Turning your Android into a Raspberry Pi-like development platform for IoT.

Using it as a network monitoring tool or personal server (with apps like Kali Nethunter).

Repurposing it as a dedicated media player or smart home controller.

If you’re looking to customize and expand the functionality even more, consider looking into custom ROMs (like LineageOS) or building Linux distros specifically for Android devices, like PostmarketOS.

[cherri94]

KSU Rooting Guide

Read the instructions first then proceed if anything goes wrong we are not responsible for it.

To root with KSU you have to extract the init boot image file from the fastboot rom the HyperOS version which you guys are using.

Step 1.

Copy this file into mobile

( File took from Indian Stable latest )

Step 2.

Install this apk

KSU

Step 3.

Open the app. Click to install

Choose the init_boot image (The file which you copied to mobile earlier)

Step 4.

it will give a new file and name it as patched_boot.img.

Then Copy it back to PC

Step 5.

Connect your mobile to pc/laptop then boot device to fastboot mode

Step 6.

run this command 👇

Fastboot devices (check device is connected or not)

Step 7.

fastboot flash init_boot <file name>

That's it boot your device now.

[linkfandos]

WARNING: Hard boiling Xiaomi/

Yup that's a very controversial title but let me explain. Also it's not COMPLETELY shit you'll see.

So the begining

Basically, my old phone died recently. So rest in peace Samsung Galaxy J6 2018 Custom rommed that did a boot loop he never recover from-

So the thing is I destroyed my wallet and bought a new one. Saw good reviews online, so came to a store and chose it. First mistake.

The first shit

So it's a Xiaomi Redmi Note 13. It's a pretty decent phone in term of specs with cool cpu and 8GB of RAM and 256 of ROM… Like it's OKAY. It came with MiUI. Which is basically their own OS.

I immediately updated to HyperOS, which was the new version of MiUI. After that i just… used it like a normal person UNTIL!

The day i got ads for changing my wallpaper.

I changed. My wallpaper. By the way it was a drawing of Atlas my beloved moth Squidinu i love you kfjddjfdkfjdkf

So like… Opened Google photo, selected it, got "Set as wallpaper" and then SURPRISE M.THER F.CKER. (Was for temu btw)

I was like "bro what" Cause' i thought i had opened something weird or anything well NOPE The app was "Themes". Then it just randomly closed that's an issue too.

So! Opened settings, got in "Themes and look" THEN SURPRISE ANOTHER AD!

Useless to add that, for some reason, THEMES WHERE PAID. EVERYTHING IN THIS (duck) (butt) APP STORE WAS 1€. (Nope it's not made by Electronics Arts.)

I said (duck) off imma made my own one. So downloaded KLWP (which is some cool app to make custom animated wallpapers and stuff) and enabled it. Didn't work. Why? AUTHORIZATION """""refused""""" for my """"""security""""""

We're talking about reading the number of notifications i have.

So yea that didn't work either.

So, duh, imma try to remove the bloatware.

Spoiler i can't it just says "nuh uh" and pops out some random error.

XDA forums.

So! Since this thing was going to kill me! I decided i should install a GSI! (Cause' for some reason no custom roms were out yet you'll see why later)

SO! Unlocked OEM, Check Installed SHIZUKU, Check Downloaded LeafOS, Check Bootloader unlocked, HUH OH! NUH UUH!!

Usually to unlock the bootloader, you have to use a app for Microsoft Windows, which is already a problem since i use linux and i can only imagine what kind of things OSX (Mac) users have to go through, then you plug it in, open fastboot, (Which is an mode on android that allows you to edit partitions using commands) and then "Error! unauthorized!"

Well the issue was easy, i had to open settings and link my developer account to the phone to unlock bootloader!

The result: Nope.

I think you might have expected it but that didn't worked. At all.

The page in settings shows up some error in Chinese. Which apparently translated (Thanks Gemini) says something like "You need to validate your account on community app"

So i tried.

Installed the VERY sketchy "Mi !NEW HOME! Community App" (that's the actual name on the G Play store.) and logged in, settings, "Unlock boot loader".

Yup… Umm…

"You… " erm. "You have to wait until 8/8 (mm/dd) at 00:00 (UTC+8) to try again."

So i did.

"You have to wait until 8/9 (mm/dd) at 00:00 (UTC+8) to try again."

…Seriously?

Waited 2 days. For nothing.

You see why nobody makes custom rom? Cause' xiaomi is so buggy that you can't even unlock boot loader with THEIR OWN TOOLS.

Honestly, i'm not the kind of person to usually roast something like this, but… Seriously. I didn't even mentioned the translation errors everywhere, the app icons, the bloatware… Even the whole OS looks like ripped off Apple iOS!

So yea. Sorry Xiaomi but right now, i hate you.

So i'll try again tonight and check if that works, even if right now i need a tall buff guy to hug me from behind and hold me in place so i dont use PSI Teleport ß into their office and kill everyone using Sharpshooter and Ricoshots. (P rank)

[unlockop]

Steps to Unlock Google Pixel 8 Pro

Unlocking a Google Pixel 8 Pro can refer to different processes, such as unlocking the device from a carrier to use with other networks, unlocking the bootloader for development purposes, or simply unlocking the screen. This article will guide you through the steps for each of these scenarios.

Carrier Unlocking Your Google Pixel 8 Pro

Carrier unlocking allows you to use your Pixel 8 Pro with different network providers besides the one from which you originally purchased your phone.

Step 1: Check Eligibility

Ensure your device is paid off completely.

Your account should be in good standing (no unpaid bills).

The device must have been active on the network for a certain period, as specified by the carrier.

Step 2: Obtain Unlock Code

Contact your carrier's customer service for an unlock code. You may need to provide your account details and the phone's IMEI number (found in Settings > About Phone).

Step 3: Insert New SIM Card

Power off your device, insert the new SIM card from a different carrier, and turn it back on.

Step 4: Enter Unlock Code

Once powered on, the phone may prompt you to enter an unlock code. Input the code provided by your carrier.

Step 5: Confirmation

Your device should now be unlocked. If you encounter issues, contact your carrier for further assistance.

Unlocking the Bootloader on Google Pixel 8 Pro

Unlocking the bootloader is generally sought by users who wish to root their device or install custom ROMs. Warning: This process will erase all data on your device.

Step 1: Enable Developer Options

Go to Settings > About Phone and tap on the Build Number 7 times to enable Developer Options.

Step 2: Enable OEM Unlocking

In Developer Options, toggle on the OEM Unlocking option.

Step 3: Boot into Fastboot Mode

Power off your device. Then, hold the Power and Volume Down buttons simultaneously to enter Fastboot Mode.

Step 4: Connect to Computer

Connect your Pixel 8 Pro to a computer with ADB and Fastboot installed.

Step 5: Unlock Bootloader

Open a command prompt or terminal on your computer and type: fastboot flashing unlock

On your phone, use the volume keys to select "Unlock the bootloader" and confirm with the power button.

Step 6: Reboot

Once the process is complete, reboot your device by selecting "Start" with the power button.

Screen Unlocking

If you're simply looking to unlock your Google Pixel 8 Pro screen (e.g., you've forgotten your PIN, pattern, or password), follow these steps:

Step 1: Use Google's Find My Device

Go to Google's Find My Device service from another device or computer.

Step 2: Select Your Device

Choose your Pixel 8 Pro from the list of devices.

Step 3: Use the "Lock" Option

Choose the "Lock" option to set a new lock screen password, which will replace the one you've forgotten.

Step 4: Unlock Your Phone

Use the new password to unlock your Pixel 8 Pro.

Conclusion

Unlocking your Google Pixel 8 Pro, whether for carrier use, bootloader access, or screen unlocking, is a straightforward process if you follow the steps carefully. Always ensure you understand the implications, especially with bootloader unlocking, as it can void your warranty and erase your data. If you're unsure about any step, consult with a professional or reach out to Google's customer support for assistance.

[thetechexplained]

Tips and Tricks to fix Fastboot Commands not working

Tips and Tricks to fix Fastboot Commands not working

Today in this guide, you will we will learn various ways to resolve the issue of Fastboot Commands not working on the Computer. Resolve the issue Fastboot Commands not working Get Android Bootloader Interface Drivers Firstly, install the Fastboot Drivers on the Computer. Actually, this is required so that the Computer is able to check the connected device in Fastboot Mode. Now just without these…

[corbindavenport]

Nexus Tools 5.0 is now available!

Nexus Tools is a simple installer for the Android SDK Platform Tools package, which includes ADB, Fastboot, Systrace, and other applications. It's one of my longest-running software projects, since I published the first version in December 2013, and it remains one of the most popular ways to get started with Android development and debugging (especially on Mac). Now I've finished the biggest update yet.

Until now, Nexus Tools was written as a bash script, meaning it's a series of commands that runs on the computer's Bash Shell. This has a few advantages — I don't have to compile anything, it works on all Unix-like computers (Linux, macOS, etc.), and so on. However, it has been extremely difficult for me to maintain a bash script that works across multiple versions of Bash across several different operating systems. Every time I changed something, something else almost always broke.

Nexus Tools 5.0 is completely rewritten in the Dart language, which means I can implement new features and cut back on potential bugs. The bash script now downloads and runs a Dart executable, which in turn does the actual installation process. The best part is that on the surface, it looks and works just like the old Nexus Tools — everything is still done within a few seconds.

The main functional change for all platforms is that Nexus Tools now installs itself to the same folder where all the SDK Tools are found. This means you can update the SDK Tools or delete them without going back to the GitHub page, by simply running "nexustools -i" or "nexustools -r" from the Terminal.

The Dart rewrite also gave me the opportunity to add support for Windows. Nexus Tools on Windows works exactly like the macOS and Linux versions — you paste a command into PowerShell, and Nexus Tools installs the SDK Tools (and itself) to a "NexusTools" folder in your user folder. Since Windows requires additional drivers for detecting ADB/Fastboot devices, Nexus Tools gives you the option of installing the Universal ADB Drivers package by developer Koushik Dutta.

You can try out Nexus Tools from the GitHub page.

[himanshu123]

Why Every Android User Should Learn ADB and Fastboot Commands 

In the world of Android smartphones, most users are familiar with basic functions like installing apps, adjusting settings, and browsing the internet. However, if you want to take your Android experience to the next level, you need to get comfortable with ADB and Fastboot commands. These powerful tools allow users to interact with their devices in ways that go beyond what’s possible through the standard user interface. Whether you’re looking to root your device, flash a custom ROM, or perform advanced debugging, understanding ADB Fastboot commands can significantly enhance your Android journey. 

What Are ADB and Fastboot? 

ADB (Android Debug Bridge) and Fastboot are command-line tools that provide a communication channel between your computer and Android devices. They are often used by developers and advanced users for tasks like system modifications, troubleshooting, and recovery. Though both are part of the Android SDK (Software Development Kit), they serve different purposes. 

ADB is primarily used for managing and interacting with your Android device while it’s running. It allows you to send commands to your device via a USB connection, making tasks like installing apps, copying files, or debugging apps much easier. 

Fastboot, on the other hand, operates at a lower level. It’s used for tasks that involve your device's bootloader or recovery mode, such as unlocking the bootloader, flashing system partitions, or installing a custom recovery. 

Understanding these two tools is essential if you want to fully unlock your device’s potential and make the most out of its capabilities. Whether you’re an enthusiast looking to customize your phone or a developer working on mobile apps, knowing ADB Fastboot commands will give you more control over your device. 

Why Should Every Android User Learn ADB and Fastboot Commands? 

1. Unlocking Advanced Customization 

One of the main reasons to learn ADB and Fastboot commands is the ability to unlock advanced customization options on your Android device. For instance, you can easily root your phone, flash a custom ROM, or install custom kernels, all of which can help you get more out of your device. These commands allow you to bypass the limitations of the stock operating system and experiment with features that may not be available out of the box. 

2. Improved Troubleshooting and Debugging 

ADB is a great tool for developers or anyone dealing with app-related issues. It allows you to debug apps directly on your Android device and even run commands that can simulate different conditions on your phone. If you’re troubleshooting a problem with your phone, you can use ADB commands to gather logs, reset settings, or even perform a factory reset if needed. This level of control can save you a lot of time and effort, especially if your device is unresponsive or malfunctioning. 

3. Flashing and Installing Updates 

When it comes to flashing custom ROMs or installing updates manually, Fastboot commands are invaluable. Fastboot can be used to install system images, recoveries, and bootloaders, which are essential for upgrading your device or rolling back to an older version. In some cases, manufacturers may not provide over-the-air updates for older devices, and Fastboot provides an easy solution to update your phone to the latest version of Android. 

4. Rooting Your Device 

Rooting an Android device can unlock full access to the system files, enabling you to customize the phone in ways that are otherwise impossible. While there are many apps that claim to root your phone with a single click, using ADB and Fastboot commands provides a more reliable and flexible way to gain root access. It also gives you the ability to undo the process easily, unlike some one-click solutions. 

5. A Smarter Way to Manage Apps and Files 

With ADB, you can install, uninstall, or back up apps directly from your computer. This is particularly useful for managing multiple devices or for performing bulk operations on apps. You can even install APK files without using the Play Store, which can be useful for testing or for sideloading apps that aren’t available in your region. 

6. Boosting Performance 

If you want to get the most performance out of your Android device, you may need to modify some system settings. Fastboot commands can be used to tweak your device's bootloader and recovery partitions, which can lead to performance improvements. Additionally, ADB can be used for clearing cache, monitoring battery usage, or even disabling unnecessary apps that drain your device's resources. 

7. Save Money with a Mobile App Cost Calculator 

If you're a developer or an entrepreneur interested in building an Android app, understanding ADB and Fastboot commands can also help in assessing the app's potential performance across different devices. For those looking to understand the costs involved in mobile app development, a mobile app cost calculator can give a ballpark estimate based on factors like design complexity, features, and platform requirements. By using ADB for testing and Fastboot for flashing different ROMs, you can also test your app on multiple Android versions and devices, ensuring it runs smoothly across a broad range of smartphones. 

Ready to Get Started? 

If you're interested in taking your Android skills to the next level, learning ADB and Fastboot commands is a must. The process may seem intimidating at first, but with practice, these tools will give you unprecedented control over your device. You can easily unlock its full potential, whether you’re troubleshooting, rooting, or flashing new software. 

If you're interested in exploring the benefits of adb fastboot commands services for your business, we encourage you to book an appointment with our team of experts. 

Book an Appointment 

Conclusion 

In conclusion, Fastboot commands are an essential part of any Android enthusiast's toolkit. Whether you are looking to unlock advanced features, troubleshoot issues, or install custom ROMs, these commands offer a level of control and flexibility that the standard user interface just can’t match. So, if you’re serious about exploring your Android device's true potential, learning ADB and Fastboot commands is a game-changer that will open up a world of possibilities. 

[bonusnew327]

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Android Fastboot Reset Tool is a very powerful software to bypass or unlock FRP on Android devices, Remove Mi account and many more advanced features. Have you forgotten your Android phone pattern? No problem. You can now reset it using Android Fastboot Reset Tool. Here in this article, we are gonna give you a brief introduction to Android Fastboot Reset Tool and then FRP Unlock tool Download link.

What is FRP in Android?

FRP stands for Factory Reset Protection. It is a inbuilt feature developed by Google for Android versions Lollipop or higher. You can check Which Android version you are using. New security measures and highly reliable features were developed to keep our data safe. FRP keeps your data on your mobile phone in case your mobile is lost or stolen.

You can prevent others from using your data if factory reset option being used without your permission. Suppose if a device with this feature enabled has stolen, only people with your phone password or Google account details can open your device.

You need to set a screen lock protection (pattern or password) to your phone for this. Here is how you can Set screen lock for Android device. Also you need to add your Google account to your phone.

What FRP Unlock Tool or Android Fastboot Reset Tool does?

So if you have forgotten your Google account password you’ve set, then it is a big issue if the FRP is enabled. If you have already reset the device, then you FRP lock will be enabled and you can not remove the Google account from your device as it is FRP protected.

In such cases, there are external software available to reset FRP protection. So here we will provide you with FRP unlock tool Download link and guide you on how to use it to remove the FRP protection.

We are going to use Android Fastboot Reset Tool to unlock FRP protection set on your device –

Android Fastboot Reset Tool Download –

TitleAndroid Fastboot Reset ToolCategoryFRP Unlock ToolFile size600 KBRequirementsLaptop, USB CableAuthorMohit KKC

There are many more other things you can achieve with Android Fastboot Reset Tool. Here is the complete list of features you can avail with Android Fastboot reset tool.

FRP Unlock through Fastboot mode

Remove Pattern or Password

Check Devices

Enter Emergency Download Mode (EDL Mode)

Remove Mi account

Unlock bootloader

Unlock YUREKA BL

Remove Lenovo FRP

Remove HTP FRP

Remove FRP for Micromax devices

Remove Xiomi FRP

Remove Qualcomm FRP

Samsung FRP unlock tool

Mototola FRP unlock tool

So this FRP lock removal software helps you in your hard times if you have forgotten your Google account details. Now let’s see how you can unlock FRP using Android Fastboot Reset Tool.

How to Unlock FRP using Android Fastboot Reset Tool:

Now we have a clear idea on what is FRP and how it helps. Let’s see how we can remove FRP lock using Android Fastboot Reset Tool.

Download Android Fastboot Reset Tool using above Download link. It will take few seconds to Download the zip file on to your laptop.

Open you Mobile phone and connect it to your laptop via USB cable.

Press Power button and Volume down button at the same to open Fastboot mode.

Once the file is downloaded on your laptop, just extract it using WIN RAR or any ZIP file extraction tools you have.

Open the extracted folder now. You will find Android Fastboot Reset Tool V1.2 file with exe extension. Just double click on the file to open it.

You will find bunch of options with numbers or alphabets. Now choose the number which is relevant to your phone brand. (Suppose if I wanted to unlock FRP for my Motoroal phone, choose b option)

As soon as you hit the enter on the command prompt,unlocking process will start and upon completion, you just need to remove the USB table and switch on your mobile phone.

Voila! You have FRP unlock tool download and bypass the FRP lock successfully. Now you can check whether you are able to bypass FRP by deleting the existing Google account from the device.

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How to Bypass or Unlock FRP protection manually?

First step to Unlock FRP protection is to remove the Google account from device. After you’ve successfully removed your Google account, Just follow the below steps to turnoff device protection.

Make sure you have developer options turned on before proceeding with these steps to remove the FRP protection –

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Go to Settings on your Android mobile

Now just scroll down a bit to find System settings. Just tap on that option.

Navigate to Advanced

Now choose Developer Options

Click on OEM Unlocking option.

Facebook Password Decryptor

So if you want to reset the mobile phone, you can proceed with Google account removal and turn off FRP protection. Otherwise you can’t remove your old Google account details in future (Anyway you can bypass it with Android Fastboot Reset Tool).

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Disclaimer: This guide is only for educational purposes. We are not responsible for any damage to your device. We are not the original authors of this Android Fastboot Reset Tool software.

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So this is the precise guide on FRP Unlock Tool Download or Android Fastboot Reset Tool Download. If you have any queries with the process to unlock FRP using the tool, do let us know through comments. We will be glad to help you. Cheers!

[fundload472]

Reboot For Mac Download

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Tenorshare ReiBoot for Android is an Android repair tool that can help you enter&exit Android recovery mode/fastboot mode, and fix 50+ Android problems like stuck on Samsung logo, app crashing, black screen, etc. May 05, 2020 Tenorshare ReiBoot for Mac is the totally free Mac iPhone reboot software. It fixes iPhone, iPad and iPod Touch stuck in Recovery Mode after iOS 9.2 upgrade, restore, jailbreak, etc. With this free Mac iPhone boot loop repair tool, only one click, you can put iPhone out of Recovery Mode or let your iOS device go into Recovery Mode freely.This. Set a firmware password on your Mac, for additional security. Access Disk Utility, to repair or erase your start up disk. Wipe all your personal data when you're selling or giving away your Mac. How to Boot Mac in Recovery Mode? There are 3 key combinations to start your Mac in Recovery Mode. If your Mac desktop or Mac laptop is acting sluggish or programs are failing to run, you need to know how to restart your Mac computer.Restarting or rebooting your Mac essentially clears your computer’s memory and starts it up fresh. When you restart your computer, your Mac closes all running programs and offers to save any files you’re working on.

Reboot For Mac Download Cnet

If your Mac desktop or Mac laptop is acting sluggish or programs are failing to run, you need to know how to restart your Mac computer. Restarting or rebooting your Mac essentially clears your computer’s memory and starts it up fresh. When you restart your computer, your Mac closes all running programs and offers to save any files you’re working on. After you choose to save any files, your Mac will finally boot up again.

To restart a Mac computer, you have three choices:

Press the power button (or press Control+Eject) and, when a dialog box appears, click the Restart button.

Choose the Apple key and then click Restart.

Press Control+Command+Eject (or Control+Command+Power button).

Pressing the Control+Command+Eject/Power button is the most reliable way to restart a Mac because it doesn’t rely on the Mac OS X operating system.

Restarting a Mac computer isn’t the same as turning the computer on and off, which completely resets it. If you really want to make sure that your computer starts up correctly, turn it off, wait a few seconds, and then turn it on again. If you’re in a hurry, try restarting your Mac, and if that doesn’t fix the problem, you’ll have to turn it off and on again.

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If your Mac freezes, restarting might not work. If your Mac is generally acting weird, restarting isn’t your only option. Macs are known not to need a lot of maintenance or troubleshooting, but if restarting (or rebooting) doesn’t work, consider some other basic troubleshooting options for your Mac.

[capeblog475]

ADB USB Devices Driver Download For Windows

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Updated adb and fastboot to API 23 version (Android 6.0) Version 1.4.2 - Updated adb and fastboot to API 21 version (Android 5.0) Version 1.4.1 - Fixed bug refusing to set%PATH% Version 1.4 - Fixed%PATH% for Windows XP (SETX missing) - Updated Google USB Driver to version 11.0.0000.00000 - Errorlog - Cleanup Version 1.3. All praise and All Thanks to God ADB Fastboot and USB Driver installer tool for Windows, which will always install the latest version. To update the adb fastboot and usb drivers again, just rerun the tool. OS Requirements: Windows 7 and above Steps: 1. Connect the phone in USB Debugging mode with.

Samsung ADB Drivers Download Here ,If You Are Samsung Smart Phone ,Tablet And Watch User ,And You Want To Flash Your Samsung Device, Or Data Transfer Mobile To PC,And PC To Mobile, You Are Connect Your Samsung Device With PC , And Can”t Move User Data, And Flash Your Samsung Device , Then You Need To Check Samsung USB Drivers , Drivers Will Help For Connect Your Device With PC And You Can Easily, Remove Devices Locks ,Move User Data,And Flash Samsung Devices,

Samsung ADB Drivers Information

Drivers For Model : All Samsung Cell Phone And Samsung Tab

Samsung ADB Drivers Password : Drivers Without Password

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Samsung Official ADB EXE Download: Yes

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How We Can Flash Samsung Phone With Samsung USB Drivers

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This Samsung Drivers EXE Build With All Samsung Drivers, Like USB Drivers , Modem Drivers

And ADB Drivers ,Install Samsung Drivers In Window Computer OS And Select Download

Mode On Samsung Phone And Tab , And Connect Mobile With PC Via Samsung USB Data Cable

Run Odin Flash Tool Select Extract File And Click Start

How To Flash Samsung Device With Samsung USB Drivers

You Can Not Flash Samsung Devices, Without Samsung USB Drivers,

Because Samsung Drivers Properly Connect Your Samsung Devices With PC,

After Install Samsung USB Drivers You Can Flash Samsung Devices Like Smart Phones,

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Watches, And Tablets

How We Can Transfer Samsung Phone Data Mobile To PC Via Samsung ADB Drivers

Install Samsung Drivers In PC Power On Phone And Connect Mobile With PC Via Data Cable

And Choose Media Storage And Click Allow An Samsung Drive Appear In The PC Now You

Can Transfer Data Mobile To PC And PC To Mobile Like Picture Video Movies Game App And

Other Data You Want

How To Install Samsung ADB Drivers In Window PC

Download Drivers EXE Now Right Click On Samsung Driver Choose Open Drivers Now Click

Next

An Process Start And After Few Movements Show Finish Button Click On Button

Now Your Samsung Drivers Installing Complete

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Android Debug Bridge (adb)

ADB USB Devices Driver Download For Windows

The Android Debug Bridge (ADB) is a versatile command line tool allowing you to communicate and control, copy files back and forth, install and uninstall apps, run shell commands, and more an Android device from a computer via a USB link. It comes with other useful tools bundled with the Android Software Development Kit ( SDK), and code. It is a client-server program that includes three components:

A client sending commands. Client runs on your machine for development. By emitting an adb command, you can invoke a client from a command line terminal.

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A daemon (adbd), running commands on a device. The daemon runs on each device as a background process.

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A server which manages client-daemon communication. On your development machine the server runs as a background process.

[shinyquagsire23]

Tying It All Together - Pwning To Own on LG phones

Last year I detailed a secure EL3 vulnerability which affected (and still affects, for devices with discontinued updates) LG Android devices. However, this vulnerability alone isn't actually all that useful for a number of reasons, the more immediate being that many phones simply do not allow writing to eMMC without root or a custom recovery. Additionally, gaining full control over all privilege levels requires draining the battery to below 0%, which while it would be possible to create a modchip that facilitated this, is impractical. To finish off my exploit chain, I would like to detail two additional vulnerabilities that I have found and utilized in my coldboot process. It's worth noting though that these vulnerabilities were reported to LG and may be patched on updated units.

Live, LAF, Love

The first exploit is an obvious necessity: In order to write the rle888 payload into the eMMC's boot graphics, I need to be able to achieve an arbitrary partition write. While exploiting Android *is* an option for this (as are hardware methods), I instead opted to attack LAF, LG's recovery/flashing component. While many Android phones in the past have used fastboot in order to flash radios and other system components to eMMC, fastboot has been completely removed on the Q710/Q720. Some phones such as the Nexus 5 actually maintain both fastboot methods and LAF, but for maximum spread, LAF is the clear target.

LAF is designed to work with LGUP, a frequently-leaked LG-internal flashing tool that allows flashing KDZ update files. While LAF in the past was able to read and write eMMC partitions without any restriction, in recent years LG has opted to sign all of their KDZ files in order to make it more difficult for things like cross-carrier flashing, version mixing/matching between partitions and other modifications to occur. Flashing is done via USB, and most of the protocol has been documented at https://github.com/Lekensteyn/lglaf.

The LAF update process largely consists of an ioctl-over-USB shim: The OPEN command is able to open a partition block device, and READ/WRTE will seek into the file and write contents. However, reading and writing are explicitly blocked until a list of partitions, their eMMC offsets, their KDZ content offsets, and their content hashes is sent via the SIGN command, all of which is hashed and signed by LG. If the contents of the partitions in the KDZ are modified, the partition list hashes will fail to verify, and modifying the hashes in the partition list will make the SIGN check fail. The private key is not stored in LGUP; KDZs are downloaded from LG's servers, signed presumably by their build servers.

So, how can we manage to activate WRTE commands, with valid partition content hashes of our arbitrary contents, if we cannot sign our own? To start, I investigated how the WRTE commands actually handled hash checking--if the partition list is sent with SIGN, then at some point the WRTE command must be able to figure out which partition the current write is for, and the current partition's contents must be buffered in RAM somewhere along with an updating SHA context, because if the SHA check fails, then it shouldn't write at all. As it turns out, most of the checks in this area were fairly solid (the write must be in the range of a partition in the list, the entire transaction is one bulk packet of the hashed size, etc). However, this led me to realize: The partition list signature is only checked once, and there is nothing stopping me from, say, sending another SIGN command.

The SIGN verification process works as follows:

The partition information is sent along with a signature in one bulk transaction.

The partition information is copied into a global .bss array from the USB buffer with a fixed size.

The partition information hash buffer is prepared: An allocation is made for N partitions and an optional string, the string being the device model (to prevent cross-flashing). The number of partitions is determined by a signed portion of the header. If the allocation fails, an error is returned.

The partition information is copied again into this allocation along with the string, and the contents are hashed. The signature is crypted with the public key and the signature hash is verified against the partition info hash. If the check fails, the global .bss array is cleared and an error is returned. If the check passes, some write threads and structs are initialized and a success value is returned.

The .bss buffer storing partition info (used by other functions) is copied to before the packet is verified

The .bss buffer is cleared when the signature mismatches, but not with this malloc fail...?

The flaw here is subtle, but not terribly difficult to notice: The number of partitions is user-controlled even though it is signed, and the partition info was copied into a global variable before verification. In all other error conditions, LAF will memset the partition information before returning an error code, however if the hashing allocation fails (ie by setting the number of partitions to -1), then the allocation will fail and an error is returned without clearing the partition information. Thus, we can fakesign our own update KDZs by

Sending a valid SIGN command, which will start the write threads

Sending a fakesigned SIGN command with the number of partitions set to -1, and all partition information set however we want. The partition information in .bss is now set without a signature being checked.

While this fakesign has the potential to hang WRTE commands while due to the number of partitions being set much larger than the global partition array, all loops when WRTE checks the partition list hashes will break once a valid partition is found. So, as long as the hash contents of the WRTE command are existent in the first few entries, it will not hang, however any writes sent that do not match will hang lafd.

Another S-EL3 vuln to wrap it all up

This might seem a bit pointless given that the former vulnerability paired with 🔋 📱❄️🥾🔓 at aboot is more than enough to unlock bootloaders, since aboot is usually the code that handles bootloader unlocking/wiping/boot image signature verification, but the downside to unlocking your bootloader is that you lose SafetyNet. To most effectively mitigate SafetyNet issues you basically need an S-EL3 exploit in order to patch Qualcomm's TrustZone to spoof a locked bootloader. While 🔋 📱❄️🥾🔓 has a vector for S-EL3 code execution via SBL1 and its charging graphic, it only triggers at extremely low battery voltages and it would be more convenient to find an alternative means to gaining S-EL3 code execution via aboot, which runs at EL2/EL1.

One of the first things I noticed when I began to look for SBL vulnerabilities, and actually the reason I looked at SBL in the first place is its crash handler. Since at least the Nexus 5, LG has shipped its "Demigod Crash Handler" which can print registers and stack information and RAM console logs from EL1 kernel, S-EL3 SBL, TrustZone, etc. I first discovered it while trying to exploit a kernel stack overflow. It also allows the user to dump memory contents over USB via its Sahara protocol which also gets used in PBL for Firehose bootstrapping.

Naturally, SBL cannot know the exact details of every execution environment it displays stack dumps for, it requires the faulting environment to store that information before warm-resetting into SBL. Consequently, this means there are portions of RAM writable by EL1 which will be later parsed at an S-EL3 execution level, and of course to make matters worse it also expects EL1 to handle the memory allocation for both the RAM console as well as for the framebuffer. These structures are also plainly visible in LG's kernel sources available in their Android OSS zips.

Above roughly shows the arbitrary write which is possible with this ramconsole parsing. The ramconsole offset is not bounds checked, so we are able to achieve an arbitrary write to a limited set of addresses based on ramconsole_offs, the limit being that the offset factors both into what you write and where you write it. However, I found that since DRAM takes up such a significant portion of the address space, it was more than enough to specifically write a function pointer to the stack. To keep the exploit as simple as possible, I chose to force console_init_maybe to return to the missing battery graphic draw routine, which then triggered 🔋 📱❄️🥾🔓 without the need to drain the battery below 1% and made loading additional payloads significantly easier.

As an interesting sidenote, this vulnerability is extremely similar to hexkyz's Wii U boot1 exploit, which also abuses warmboot behavior to take over the secondary bootloader of the Wii U's ARM boot processor. In that case, however, the Wii U encrypted its PRSH/PRST structure in RAM, and rather than displaying syslogs, it uses the structure to store boot timings and other info between IOS reboots.

For most practical usecases, this vulnerability is a bit difficult to exploit, due to SBL's text and stack differing between devices. However, S-EL3 vulnerabilities aren't all that frequently documented on Android, so I hope that it will at least be useful for anyone interested in examining Qualcomm's TrustZone components or avoiding weird SafetyNet junk.

Code for both of these exploits can be seen at https://github.com/shinyquagsire23/Q710-SIGNhax-EL3-Warmboot

[vidoggytv-blog]

Comment utiliser le SDK Android 

Installer les packages et les outils de la plate-forme Android SDK - Démarrez Android Studio. - Pour ouvrir SDK Manager, effectuez l'une des opérations suivantes : Sur la page d'accueil d' Android Studio, sélectionnez Configurer > SDK Manager. - Dans la boîte de dialogue Paramètres par défaut, cliquez sur ces onglets pour installer les packages de plate-forme Android SDK et les outils de développement. Plates-formes SDK : sélectionnez le dernier package SDK Android . - Cliquez sur Appliquer. - Cliquez sur OK. De même, les gens demandent, comment télécharger le SDK Android uniquement Vous devrez télécharger le SDK Android sans Android Studio fourni. Accédez au SDK Android et accédez à la section Outils SDK uniquement . Copiez l'URL du téléchargement correspondant au système d'exploitation de votre machine de build. On peut également se demander, qu'est-ce que les outils de construction du SDK Android  Les outils de génération du SDK Android sont utilisés pour déboguer, créer , exécuter et tester une application Android . Android Build Tools peut être utilisé pour développer et travailler à partir de la ligne de commande ou de l'IDE (c'est-à-dire Eclipse ou Android Studio). Également utilisé pour connecter des appareils Android et les rooter. (fastboot, adb et plus..) À cet égard, le studio Android dispose-t-il d'un SDK  Comment installer le SDK Android . Bien que tout cela puisse sembler assez compliqué, il y a de bonnes nouvelles : vous n'avez plus du tout à vous soucier du SDK Android . Pour la plupart, il sera géré en arrière-plan pour vous. Le SDK est maintenant inclus avec Android Studio . Où se trouve le dossier Android SDK  Le dossier SDK se trouve par défaut dans C:UsersAppDataLocal Android . Et le dossier AppData est caché dans Windows. Activez l'option Afficher les fichiers cachés dans le dossier et jetez un coup d'œil à l'intérieur. Assurez-vous que tous les dossiers sont visibles. Questions connexes trouvées Où est installé le SDK Android Le chemin du SDK Android est généralement C:UsersAppDataLocal Android sdk . Essayez d'ouvrir le gestionnaire Android Sdk et le chemin s'affichera dans la barre d'état. Remarque : vous ne devez pas utiliser le chemin Program Files pour installer Android Studio en raison de l'espace dans le chemin ! Quelle est la taille du SDK Android  Quelle est la taille des SDK    Version Une application avec le SDK Vungle et un bouton de lecture SDK iOS version 6.5.2 Taille : 1,6 Mo SDK Android v. 6.4.11 - ProGuard activé Taille : 6,46 Mo Nombre de méthodes : 14571 v. 6.4.11 - ProGuard désactivé Taille : 9,96 Mo Comment réinstaller le SDK Android  Installer les packages et les outils de la plate-forme Android SDK - Démarrez Android Studio. - Pour ouvrir SDK Manager, effectuez l'une des opérations suivantes : Sur la page d'accueil d'Android Studio, sélectionnez Configurer > SDK Manager. - Dans la boîte de dialogue Paramètres par défaut, cliquez sur ces onglets pour installer les packages de plate-forme Android SDK et les outils de développement. Plates-formes SDK : sélectionnez le dernier package SDK Android. - Cliquez sur Appliquer. - Cliquez sur OK. Qu'est-ce qu'Android SDK dans Android  Le SDK Android (kit de développement logiciel ) est un ensemble d' outils de développement utilisés pour développer des applications pour la plate-forme Android . Le SDK Android inclut les éléments suivants : Bibliothèques requises. Documentation pertinente pour les interfaces de programme d'application (API) Android Exemple de code source. Que signifie SDK  Kit de développement logiciel Où se trouve le gestionnaire de SDK Android  Pour ouvrir le gestionnaire de SDK à partir d' Android Studio, cliquez sur Outils > Gestionnaire de SDK ou cliquez sur Gestionnaire de SDK dans la barre d'outils. Qu'est-ce qu'un fichier SDK  Signifie "Kit de développement logiciel". Un SDK est un ensemble de logiciels utilisés pour développer des applications pour un appareil ou un système d'exploitation spécifique. Les IDE incluent également un compilateur, qui est utilisé pour créer des applications à partir de fichiers de code source . Qu'est-ce que les outils de plate-forme dans Android  Android SDK Platform - Tools est un composant du SDK Android . Il comprend des outils qui s'interfacent avec la plate- forme Android , tels que adb, fastboot et systrace. Ces outils sont nécessaires pour le développement d'applications Android . Ils sont également nécessaires si vous souhaitez déverrouiller le chargeur de démarrage de votre appareil et le flasher avec une nouvelle image système. Existe-t-il une invite de commande pour Android  Vous ne pouvez pas. L'invite de commande est une chose spécifique à Windows. Vous pouvez essayer avec certaines des applications bash pour Android (par exemple - Bash Shell X - Apps on Google Play ) bien que la plupart d'entre elles nécessitent un accès root. Qu'est-ce que le mode de démarrage rapide  Fastboot est un protocole qui peut être utilisé pour re-flasher des partitions sur votre appareil (mettre à jour le système de fichiers flash sur les appareils Android ). C'est ce petit outil qui est fourni avec le SDK Android (Software Developer Kit), qui est une alternative au mode de récupération pour effectuer des installations et des mises à jour. Qu'est-ce que la commande ADB pour Android  Android Debug Bridge (adb) est un outil de ligne de commande polyvalent qui vous permet de communiquer avec un appareil. La commande adb facilite diverses actions sur l'appareil, telles que l'installation et le débogage d'applications, et donne accès à un shell Unix que vous pouvez utiliser pour exécuter diverses commandes sur un appareil. Où dois-je mettre les outils SDK  Installation des outils Ouvrez le dossier bin dans le téléchargement extrait et recherchez le fichier exécutable sdkmanager. Cela peut ressembler à une commande de terminal ou de shell, mais cela ouvrira une interface graphique tant que Java est correctement installé. Dans le gestionnaire de SDK , vous choisirez d' installer Android SDK Tools et Android SDK Platform- Tools . Comment démarrer rapidement sur Android  Pour entrer en mode Fastboot, procédez comme suit : - Éteignez votre téléphone. - Maintenez enfoncé le bouton Volume bas + Alimentation. - Relâchez le bouton d'alimentation lorsque l'appareil démarre et maintenez la touche Volume bas enfoncée jusqu'à ce que vous entriez dans le chargeur de démarrage. - Faites défiler vers le haut ou vers le bas avec les touches de volume et sélectionnez Fastboot avec la touche d'alimentation. Comment savoir si j'ai installé le SDK Android  Pour démarrer le gestionnaire de SDK depuis Android Studio, utilisez la barre de menus : Outils > Android > Gestionnaire de SDK . Cela fournira non seulement la version du SDK , mais aussi les versions des outils de création du SDK et des outils de la plate-forme du SDK . Cela fonctionne également si vous les avez installés ailleurs que dans Program Files. Vous y trouverez. Qu'est-ce que l'outil ADB  ADB , Android Debug Bridge, est un utilitaire de ligne de commande inclus avec le SDK Android de Google. ADB peut contrôler votre appareil via USB à partir d'un ordinateur, copier des fichiers dans les deux sens, installer et désinstaller des applications, exécuter des commandes shell, etc. ADB est utilisé pour une variété d' astuces Android geek. Comment puis-je exécuter fastboot  Avec votre appareil en mode de démarrage rapide, connectez-le à votre ordinateur à l'aide du câble USB de votre appareil, puis ouvrez l'invite de commande/terminal sur votre ordinateur et tapez ce qui suit. Si le démarrage rapide fonctionne correctement, vous verrez votre appareil répertorié ici par son numéro de série. Read the full article

[thetechexplained]

List of Useful ADB and Fastboot Commands

List of Useful ADB and Fastboot Commands

This tutorial includes a comprehensive list of the most well-known and commonly used ADB and Fastboot Commands. Besides, there are instructions on How to Enable Developer Options and USB Debugging (Android device) are also covered. Well, this tutorial also includes detailed guidance set about the measures to Install ADB and Platform Tools on any PC. In this article, we’ll share with you a list of…