In Linux the directory location is $HOME/.android/. In Lollipop, the ADB keys (after authorization) are saved in /data/misc/adb/adb_keys. Verify options are not present before do it: adb shell "grep '' /system/build.prop" adb shellĮcho '# Enable ADB' > /system/build.propĮcho '=1' > /system/build.propĮcho '=1' > /system/build.propĮcho '=mtp,adb' > /system/build.propįor the RSA verification that you asked to bypass, I don't know whether it would work in your device, but it worked in my little experiment. Push build.prop back into the device adb push /your-dir/build.prop /system/Įcho -n 'mtp,adb' > /data/property/.Get the build.prop file adb pull /system/build.prop /your-directory.Now push the file back in the device adb push /your-directory/ /data/property.Now open that file in a texteditor and edit it to mtp,adb and save.Get the file in your system using adb pull /data/property/ /Your directory.Now type adb shell mount data and adb shell mount system to mount the respective directories.type and enter adb devices to check if the device is connected in recovery mode. Now open terminal/CMD in computer and go to platform-tools/.Connect the device to Mac or PC in recovery mode.We’ve only tested this in Ubuntu and Mint.Same as "Settings > Developer Opcions > USB debugging" ON To check if the device is registering correctly, kill and restart ADB: # adb kill-server & adb devices Now unplug the device and notify udev of the new device: # udevadm trigger - action=change Take note of the ID in the format XXXX:XXXX we're interested in the first four hexadecimals.Įxecute the following command to change the file permissions: # chmod a+r /etc/udev/rules.d/les You may see a listing as follows: Bus 002 Device 005: ID 18d1:0003 Google Inc. A comprehensive list can be found on the Android devleoper site, but you should be sure that your device is listed as well. Inside, you should find various configurations, such as: #Google SUBSYSTEM=”usb”, ATTRS=”18d1", MODE=”0660", GROUP=”plugdev” Obtain the les device configuration for Linux. Here are the steps to do get your device to show up in the Android Debug Bridge (ADB) and enable debugging Android devices on Linux: This can be especially useful if you're working with an off-brand device, for which drivers may not be available. Drilling into the problem, we’ve found that simply looking up the vendor ID with lsusb and adding a udev rule is sufficient. Often working with custom-built Android hardware, we’ve found that it can sometimes be tricky to enable debugging on our devices through ADB on Linux.
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