Root Android 4.4
Boone Southern
KingoRoot APK offers every user the fastest and most convenient Android rooting experience. It saves you the trouble of connecting to PC. Just a few steps can get you a rooted Android device in minutes.
root android 4.4
I am currently using 'Visual Studio Emulator for Android' to run android apps on my computer, i find that after using multiple types of emulators bluestacks, genymotion, andy etc. That VS is the most stable and easy-to-use out of them all.
The only problem that i have compared to the other emulators is running apps that require root permission, with this being an emulator i know that its not possible to go the route of rooting via fastboot/recovery, this is the only method i know of rooting as thats how i normally do it on my phone.
Yes, you can. Here are some basics before the steps. Fundamentally all Visual Studio Emulator has root access; if you do adb shell you will get a root prompt. The only thing that is missing is the su binary and access for applications to connect to root shell through su. You can get the su binary from superuser apk from clockworkmod and the access to the root shell through the su daemon.
As already written in the other topic: The error has nothing to do with being root or not and it is not specific to android. Neither is the 8192 number of much significance, that just seems to be the default on many systems.
Rooting is the process by which users of Android devices can attain privileged control (known as root access) over various subsystems of the device, usually smartphones and tablets. Because Android is based on a modified version of the Linux kernel, rooting an Android device gives similar access to administrative (superuser) permissions as on Linux or any other Unix-like operating system such as FreeBSD or macOS.
Rooting is often performed to overcome limitations that carriers and hardware manufacturers put on some devices. Thus, rooting gives the ability (or permission) to alter or replace system applications and settings, run specialized applications ("apps") that require administrator-level permissions, or perform other operations that are otherwise inaccessible to a normal Android user. On some devices, rooting can also facilitate the complete removal and replacement of the device's operating system, usually with a more recent release of its current operating system.
Root access is sometimes compared to jailbreaking devices running the Apple iOS operating system. However, these are different concepts: Jailbreaking is the bypass of several types of Apple prohibitions for the end user, including modifying the operating system (enforced by a "locked bootloader"), installing non-officially approved (not available on the App Store) applications via sideloading, and granting the user elevated administration-level privileges (rooting). Many vendors such as HTC, Sony, OnePlus, Asus, Xiaomi, and Google explicitly provide the ability to unlock devices, and even replace the operating system entirely.[1][2][3][4] Similarly, the ability to sideload applications is typically permissible on Android devices without root permissions. Thus, it is primarily the third aspect of iOS jailbreaking (giving users administrative privileges) that most directly correlates to Android rooting.
Rooting is distinct from SIM unlocking and bootloader unlocking. The former allows removing the SIM card lock on a phone, while the latter allows rewriting the phone's boot partition (for example, to install or replace the operating system).[5]
Rooting lets all user-installed applications run privileged commands typically unavailable to the devices in the stock configuration. Rooting is required for more advanced and potentially dangerous operations including modifying or deleting system files, removing pre-installed applications, and low-level access to the hardware itself (rebooting, controlling status lights, or recalibrating touch inputs.) A typical rooting installation also installs the Superuser application, which supervises applications that are granted root or superuser rights by requesting approval from the user before granting said permissions. A secondary operation, unlocking the device's bootloader verification, is required to remove or replace the installed operating system.
In contrast to iOS jailbreaking, rooting is not needed to run applications distributed outside of the Google Play Store, sometimes called sideloading. The Android OS supports this feature natively in two ways: through the "Unknown sources" option in the Settings menu and through the Android Debug Bridge. However, some US carriers, including AT&T, have prevented the installation of applications not on the Play Store in firmware,[6] although several devices are not subject to this rule, including the Samsung Infuse 4G;[7] AT&T lifted the restriction on most devices by the middle of 2011.[8]
As of 2011[update], the Amazon Kindle Fire defaults to the Amazon Appstore instead of Google Play, though like most other Android devices, Kindle Fire allows sideloading of applications from unknown sources,[9] and the "easy installer" application on the Amazon Appstore makes this easy. Other vendors of Android devices may look to other sources in the future. Access to alternate apps may require rooting but rooting is not always necessary.
Advantages of rooting include the possibility for complete control over the appearance, feel, and behaviour of the device. As a superuser has access to the device's system files, all aspects of the operating system can be customized with the only real limitation being the level of coding expertise.[10] Immediately expectable advantages of rooted devices include the following:[11][12]
Rooting allows the user to obtain privileged access to a phone. It does not allow a user to install a new OS (custom firmware or custom ROM) or recovery image, and it doesn't allow a phone that is locked to a certain carrier to be used on another one. Related operations allow these.
Bootloader unlocking is sometimes a first step used to root the device; however, it is not the same as rooting the device.[24] Most devices come with a locked bootloader, which prevents users from installing a new boot image, which is often flashed when rooting a device or using a custom ROM.[25] The bootloader runs on device start-up and is in charge of loading the operating system on the phone.[26] It is generally in charge of verifying that phone system information hasn't been tampered with and is genuine. Nonetheless, people still perform this operation, as unlocking the bootloader allows users to install custom ROMs.[27]
The first step to do this is to generally to set up OEM unlocking,[28] and then to follow manufacturer specific instructions.[24] Not all devices can be bootloader unlocked, and some can only be unlocked with an exploit which usually needs a privilege escalation bug in order to remove software locks, which includes most LG V20 models and Verizon-sold Google Pixel devices.[29][30]
SIM unlocking allows a phone that is locked to a certain carrier to be used on a different carrier. The instructions vary per device and carrier, but this might be done by first requesting the carrier to unlock the phone or purchasing an unlock code online.[33]
Some rooting methods involve the use of a command prompt and a development interface called the Android Debug Bridge (also known as ADB), while other methods may use existing vulnerabilities in devices. Due to similarly modeled devices often having a multitude of changes, rooting methods for one device when used for a different variant can result in bricking the device.
"Systemless root" is a variant of rooting in which the underlying device file system is not modified. Systemless root uses various techniques to gain root access without modifying the system partition of a device. Some root applications may include a "hiding" function, which makes attempts to mask the effects and results of rooting, often by whitelisting certain applications for the root or blocking access to affected files.[34] Systemless rooting has the advantage of not triggering the software-based version of SafetyNet, an Android feature that works by monitoring changes to system files and is used by applications such as Google Pay to detect whether a device has been tampered with such as by rooting. However, hardware-backed SafetyNet versions may be triggered by systemless rooting, as well as in unrooted devices shipped without Google Mobile Services (GMS).[35][36][37][38][39]
The distinction between "soft rooting" through a security vulnerability and "hard-rooting" by flashing a su binary executable varies from exploit to exploit, and manufacturer to manufacturer. Soft-rooting requires that a device be vulnerable to privilege escalation, or replacing executable binaries. Hard-rooting is supported by the manufacturer, and it is generally only exposed for devices the manufacturer allows.[40] If a phone can be soft-rooted, it is also inherently vulnerable to malware.[40]
The process of rooting varies widely by manufacturer and device but sometimes includes exploiting one or more security bugs in the firmware (i.e., in the version of the Android OS installed on) of the device.[40] Once an exploit is discovered, a custom recovery image that will skip the digital signature check of firmware updates can be flashed. Then a modified firmware update that typically includes the utilities needed to run apps as root can be installed. For example, the su binary (such as an open-source one paired with the Superuser[41] or SuperSU application[42]) can be copied to a location in the current process' PATH (e.g., /system/xbin/) and granted executable permissions with the chmod command. A third-party supervisor application, like Superuser or SuperSU, can then regulate and log elevated permission requests from other applications. Many guides, tutorials, and automatic processes exist for popular Android devices facilitating a fast and easy rooting process.
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