If it's important, I'm trying to get an instance of the com.android.internal.telephony.Phone class, using the PhoneFactory (getting them with reflection).Getting reflection out of the way, it would look something like this:
Your application or service needs to be signed with the same key as the core system apps, and request a shared user id with them. If you have a usable su command you are probably running a customized firmware; check with whoever provided it on how to add a new system application.
The su command does not change the identity/permission of the process calling it - what it does is let you launch a child process with elevated permissions. But its not very clear how you could launch an android application that way (possibly by using app_process - but really installing as a system app is the proper way to do it).
Am I missing something? In particular, running it as root in the Androidsdoes not make the stuff in Linux computers (where ST runs as a regularuser, of course) more vulnerable or exposed. And were the android deviceto be stolen, it would be about as vulnerable rooted or unrooted (exceptfor the no-encryption-possible issue).
Regarding the second point: the reason to run as root is to be able to keep two or more Android devices in sync, which currently has some problems (and I do have verified and experienced those problems myself) because of the mtime issue referred to in bug 831 mentioned above. So I was thinking about just rooting the device, and as root calling the app directly from /data/data/com.nutomic/lib/ and then accessing the web gui.
@rdiaz02, an alternative occurred to me, that might allow non-rooted Android devices to sync: adopt a hub-and-spoke architecture, where the spokes would be the Android devices, and the hub any non-Android device.
Ooops, sorry, I should have updated or linked to this message. Actually, it is a lot simpler, and I added a short paragraph in the FAQ a while ago based on the suggestions provided in the long thread about issue 831 ( ):
You try to add the AGP as dependency to your project.
That makes little sense.
Your actual android app does not depend on the AGP, your convention plugin does.
And that is where you need to add the dependency.
You add it in the build script of the project that is building your convention plugin as dependency of your convention plugin project, not as dependency of the project where you apply the plugin to.
And having a plugin in plugins ... block with apply falsehas only one use. That is to add that plugin to the build script classpath. So the according action with a convention plugin would be to declare those plugins asruntimeOnly` dependencies for that convention plugin build. The plugin itself would then not do any actions but will just be applied so that its dependencies are dragged into the classpath too.
No, you do not modify buildscript in your convention plugin.
Your convention plugin is built in an own build.
This build has an own build script.
In that build script you define that your plugin code has a dependency on the AGP.
Create a project with plugins. I have Android App Plugin, Android Lib Plugin, Kotlin Lib Plugin and Java Lib Plugin. When I apply these plugins to corresponding projects or submodule, then it all works. So, far it is good.
Besides that doing what you do within repositories.maven { ... ] makes absolutely no sense, I told you not to try to modify buildscript.dependencies.
What is still unclear to me is, where do you define that plugin?
This AndroidRootProjectPlugin class must be built somewhere.
The build that builds this class should have a build script.
In that build script you define your dependencies as runtimeOnly dependencies.
Your apply method will be empty as its only sense is to drag in the declared dependencies transitively into the classpath.
I have search many times to solve this error. My apps going well when build with no signed but it getting error when build Signed Bundle/APK. I used zoom meeting android SDK in my project with module name mobilertc and commonlib. i have included multidex depedencies and try to delete .gradle file then invalidate/restart android, but it still get error like this :
I am using Fiddler, and I have to insert a CA Cert to decrypt the SSL certificate coming out of my device. My device running Android 13 is rooted, and when I installed my cert, it went into the user's section (as expected).
There are ways to get around this though - I've written a detail write-up of how Android HTTPS works generally and how to modify this using root here, and the details of some notable very recent related changes in Android 14 here.
If that doesn't work, check if you have a /apex/com.android.conscrypt/cacerts directory. If so, you have the Android 14 version of Conscrypt installed, and there's some extra steps. See the 2nd article above for full details, but in short: you need to use nsenter to add a bind mount for that /system/etc/security/cacerts path into the APEX path for every single running app process on the machine, including the Zygote/Zygote64 processes (which launch new processes in future, who will inherit this setting). That looks like this:
Alternatively, if that's too fiddly to do manually, you can use HTTP Toolkit which is a modern version of Fiddler I've built, that does HTTPS interception too but automates all the setup down to one click. That's all open-source, so if you want to see the full details of how this works so you can automate it yourself just follow the code from here.
Rooting your Android phone makes you a super user by getting your device free from earlier carrier restrictions. You can root android device with iRoot both by using PC and without PC. There are many advantages of rooting your phone, which will make you more confirmed about rooting your phone like:
Rooting makes you free from carrier restrictions but you also lose your carrier warranty. Rooting makes you lose the warranty from the carrier company as such you might feel worried about your data security. But you not need to worry with Tenorshare Android Data Recovery. Using this recovery tool, you can easily recover any type of data lost after rooting.
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Rooting is the process of taking complete control of the operating system of the phone. It has another term jailbreaking. When you learn how to root an Android phone, then you can obtain the privileges to handle all the activities related to the device's OS. You can install, or uninstall any programs despite authorization. By rooting the gadget, you can remove the OS constraints related to software uploads and downloads. It eases in use of the device according to the requirements and convenience.
As you already know that rooting is a jailbreaking process where you are allowed to perform any activities on the phone. Overcoming the OS restrictions, you can make any software uploads without hesitation. Download your favorite games in the Play Store and get access to websites and software as per your needs. Get complete access on your phone and do whatever you want in the absence of device interruptions.
This is a very low level part of the Android system that checks all the partitions and loads up the kernel required to initialize the Android Operating System. Furthermore, it verifies the integrity of the OS image and recovery partition. You can also think of this as the BIOS in desktop computers, the very basic piece of software that makes sure that everything is properly setup and genuine, and ready to go.
Android recovery is the partition that contains some basic utilities that can be used to repair, fix, or update Android. Almost every Android device comes with a recovery mode, which can help you troubleshoot problems that would otherwise seem impossible, like getting out of boot loops, wiping off the entire system even if you are unable to reset your phone from settings, and so on.
You can boot into recovery mode by once shutting off your device then pressing Power + Volume Up/Volume Down button on your device. It also varies from device to device, so if your device has a home button, then you can also try the Power + Home + Volume Up/Volume Down combination.
Android Debug Bridge aka ADB, is a command line utility within the Android SDK that lets you communicate and send commands from a computer system to an Android device (via USB cable) or emulator. With ADB, you can manage the state of the Android device, copy and paste data, reset the phone, to mention a few.
Jailbreaking is a process of bypassing system restrictions and gaining access to the device's file system up to root level. However, the term jailbreaking is usually used for Apple devices and on the Android side, it is called Rooting.
Yes, rooting your Android device is legal. However, if a device is rooted, it may bypass any security checks designed to prevent illegal apps from running, and rooting the device might allow these illegal apps to run.
KingRoot is one of famous Android root applications to root the Android phone. When you root the phone, you establish a custom ROM to replace the Android OS and unlock the bootloader. The process of unlocking the bootloader is slightly difficult and you can perform it using efficient applications in the digital space without the PC assistance.
Soon after the rooting process, you can check your device using the Root Checker app to know whether the phone is successfully rooted by providing admin controls to the users. This action ruins the warranty and other associated attributes concerning the device.
These steps ensure the Android phone is rooted successfully using the KingRoot app in the absence of a PC. It is an easy process and you can perform it after completing the prior preparations of the rooting process.
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