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If you have an HTC One X and want to root it, here is a simple guide that will guide you how to do it. Rooting your Android device has its own advantages: you can install apps with root access and flash custom ROMs.
Please be noted that rooting voids the warranty of your device and if the procedure not followed carefully, might even brick it. However, you can later reclaim the warranty by unrooting it. The present rooting tutorial applies for Windows, Linux, and MAC. While the things you will to do with the device is the same, you will have to follow different steps according to the OS of your computer, so choose the steps accordingly. Unlocking the Bootloader on HTC One X: Before you can root your HTC One X, you will have to unlock its bootloader. To do this, visit and do as follows:.
If you are already registered to HTC Dev, click on “Unlock Bootloader Get Started”. If you do not have an account, create a new one. This will take you another page where you will be asked to “Select Your Device”.
Click on the scroll bar and go to the last option in the list and select “All Other Supported Models”. Then click on “Begin Unlock Bootloader”. A pop-up window will ask you if you are sure to continue. Select “Yes”. Then check on the Legal Terms and click on “Proceed to Unlock Instructions” and follow the instructions given there. Preparations: Here are a few preparatory steps that you will need to take before proceeding to root your HTC One X. Charge your device to at least 70% battery life.
Backup the all-important data present on your device. There are hundreds of free app on the Play Store that can backup your call log, contacts, messages, apps and settings. Turn on USB Debugging on your device. Open Settings Developer Options USB Debugging check it. Install the latest on your computer.
Download r1-recovery-clockwork-touch-endeavoru.img (insecure kernel). Download CWM-SuperSU-v0.92.zip or the latest from here. (Optional) You can also download the original Secure Kernel file for unrooting your device (using the same method) later to get OTA update. You will also have to install, or at least download Fastboot on your computer. Rooting Steps for HTC One X:. If you have installed the Android SDK, copy the “ r1-recovery-clockwork-touch-endeavoru.img” file to the following path: C: Android platform– tools fastboot. If you do not find the “fastboot” folder, create one.
Or, if you have downloaded “Fastboot.zip“, extract it. Inside the extracted folder, you will find four files. Copy the “r1-recovery-clockwork-touch-endeavoru.img” file to the “ Fastboot” folder.
So you will now have 5 files in the folder:. While the folder is in open state (when you can see the 5 files as shown above), press and hold the Shift key on your Windows PC. Then right click on your mouse while the mouse pointer is at a blank white space inside the folder. In the Options pop-up, select “ Open command window here“. Now will see a command prompt window with the location of the fastboot folder.
Having launched the command prompt, turn off your device. Now enter the fastboot mode.
Boot your device into the bootloader mode first. Press and hold the Volume Down and Power keys simultaneously. When you enter the bootloader mode, use the volume up and down keys to navigate and power key to select. Go to Fastboot option and select it by pressing the Power button. Now connect your device to the computer via a USB cable. Launch the command prompt as told in Step 3, and type “fastboost devices” (without quotes) and press Enter.
You will a string of numbers and alphabet appear on the cmd window that represents that it has found your device. If it doesn’t happen, the reasons might be one of these: USB driver not installed properly, or ADB is not installed on your computer. ADB should have been installed during unlocking the bootloader.
If you see your device (or number) listed in the cmd, you can proceed to install the insecure kernel with CWM Recovery. To do this you will have to type or copy-paste the following command line in the cmd prompt window: flash recovery r1-recovery-clockwork-touch-endeavoru.img. Hit Enter and the ClockWorkMod Recovery will be flashed to your device in a few seconds.
When it is finished, type fastboot reboot to reboot your device. Your HTC One X with CWM Recovery installed will reboot and will be ready to flash the SuperUser app and then flash custom ROMs to your device. Just be patient, you device has not been rooted yet. So now we shall move on to install the SuperUser app on the One X. Just follow the steps given below. Installing SuperUser on One X:.
Copy the “CWM-SuperSU-v0.92.zip” to your device’s SD Card. Now press and hold the Power key on your device and select HBOOT Recovery to boot into CWM Recovery mode. You will have use volume and power keys to navigate and select options.
Just when the device is in the recovery mode, select “install zip from sdcard choose zip from sdcard”. (select the memory where you have copied the CWM-SuperSU-v0.92.zip in Step 1. Then browse to the same and confirm your choice by selecting “yes”. Finally, select “go back” and “reboot system now”. The device will reboot and it will be rooted.
You have successfully rooted your HTC One X. You can now install custom ROMs on it. How to Install a Custom ROM on HTC One X:. Download the ROM and GApps (if provided) in.zip format (do not extract). Copy the files to the root of your device’s SD Card.
Turn off the device and press-hold the Power key on your device and select HBOOT Recovery to boot into CWM Recovery mode. Create a backup of your current ROM, so that you can restore it later if anything goes wrong, or if you wish to return back to it later.
Wipe Data/Factory Reset and Cache Partition. Go to Advanced option and wipe Dalvik Cache. Select: “install zip from sdcardchoose zip from sdcard” and install the ROM file. When it is installed, come back to the main menu. (Optional) Now flash the GApps. To do this, select ” install zip from sdcardchoose zip from sdcard” again. After installation, go back to the main menu and select “reboot system now”.
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Bingo! If you have any question regarding the topic, let me know by dropping a comment.
On this page. Buying a media device that needs a special driver and/or connectivity suite to navigate and update its contents is a common case nowadays, and has been ever since manufacturers decided that it would be a good idea to just limit the access that users can have on the products that they bought. This may not be a huge problem to Windows and Mac OS users who can simply download the manufacturer's suite and use it to connect to their device, but Linux is often (if not always) left unsupported in that part. The first time I encountered this problem was with the first generation of iPods and Creative Zen players that refused to show any contents on the File Manager when connected via the USB port, and then came the newest generations of Android devices which do the same. In this quick guide, we will see how we can overcome this problem, and connect our media device on our Linux system. MTP - Basic File Transfer Options First thing we need to do is to install “libmtp” which enables us to use an additional media transfer protocol for the USB ports.
If you're using Ubuntu, you can do this by opening a terminal and typing: sudo apt-get install libmtp After this is done, you may connect your media device on the USB, and then type: mtp-detect On the terminal. This command will yield some basic information for the connected device. You may have to wait for a few moments for everything to be displayed and the command to finish running. If your device can't be detected, then you may have to find a newer version of libmtp in the hope that support for your device has been added.
Then insert the command “mtp-connect” followed by “mtp-folders” to see the contained folders and their IDs. Mtp -connect mtp -folders Note that you should not attempt to open the device from your file manager in the meantime, as this will interfere and make it “busy” so the “mtp-connect” command won't work. Using the “mtp-files” command will display all files in your device, their IDs, their parent folders IDs, and their file sizes. Now if you want to copy a file from the media device to your computer, you simply use the “mtp-getfile” command followed by the file's ID and the filename that you want to be used for the newly created file. The exact opposite which is sending a file from your computer to your USB device can be done by using the “mtp-sendfile” command. Here's an example where I want to send a file named fg.ods and I want it to be copied without a change in it's title.
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MTP – Mount Options and GUI Navigation Working through the terminal can be cumbersome, especially when your media device contains a large number of files. If you give the “mtp-detect” command a go and you see that it is working with your device, then you have the option to mount it and navigate in its storage more conveniently through your file manager. For this, we have to install mtpfs by giving “sudo apt-get install mtpfs” on a terminal, and then “sudo mtpfs -o allowother /mnt”. Sudo apt-get install mtpfs sudo mtpfs -o allowother /mnt This action should create a new mountpoint on /mnt which you can also access via the terminal if you prefer to. If this doesn't work, you can give Qlix a try which is a minimalistic GUI MTP devices manager.
As we're dealing with Android devices on this tutorial, we should keep in mind that those are not just phones but also mp3 players and cameras. This means that you can access them in a smarter way as well, like through the Clementine music player for example. Open Clementine, go to “Devices” and double click on the Android icon. This should mount your device and display the contained audio files that should be perfectly accessible and playable. If you right-click on the icon of the device and choose the “Properties” option, you will get information such as the device's mount point, formats supported, and the USB radio interface.
The mount point in particular, can be used to access the storage of the device with your file manager. About Bill Toulas Over five years of experience writing about Linux and open source software on blogs and news websites. As part of the community, this is my way to give back as well as to promote what I perceive as the most amazing development in the area of software and operation systems. From my experience mtpfs is not fully stable in Linux and mtp per se is not worth any trouble.
The best way to access files on an android device from Linux is to install a ssh server app on the device (e.g., SSHelper) and use a ssh client of choice from Linux to access it - it is safe, most gui file managers in Linux can be used as ssh clients, it works over WLAN too no need to phycally connect the device via cable. Whether you trust an android device to be in same WLAN as your Linux box is another topic:). Thanks for your info, but it doesn't work on 64-bit Ubuntu 16.04. While it can find the phone, it cannot find any storage information: See below - Listing raw device(s) Device 0 (VID=04e8 and PID=6860) is a Samsung Galaxy models (MTP). Found 1 device(s): Samsung: Galaxy models (MTP) (04e8:6860) @ bus 1, dev 9 Attempting to connect device LIBMTP ERROR: couldnt parse extension samsung.com/devicestatus:4 Error 1: Get Storage information failed. Listing File Information on Device with name: SAMSUNG-SM-G920V LIBMTPGetStorage failed:-1.