Both methods need you to provide a teknoparrot release archive. You can find it here.
Note : TeknoParrot is at the moment pending on Lutris.net, and so is my installer. You can find my install script on Lutris
| # ==== Non-communicating processes | |
| # 4x 1 chip per process: | |
| os.environ["TPU_CHIPS_PER_PROCESS_BOUNDS"] = "1,1,1" | |
| os.environ["TPU_PROCESS_BOUNDS"] = "1,1,1" | |
| # Different per process: | |
| os.environ["TPU_VISIBLE_DEVICES"] = "0" # "1", "2", "3" | |
| # 1-liner for bash: TPU_CHIPS_PER_PROCESS_BOUNDS=1,1,1 TPU_PROCESS_BOUNDS=1,1,1 TPU_VISIBLE_DEVICES=0 TPU_MESH_CONTROLLER_ADDRESS=localhost:8476 TPU_MESH_CONTROLLER_PORT=8476 |
| THIS ARE MY NOTES OF BUILDING AN INSTALLING XORGXRDP AND XRDP WITH GPU ACCELERATION | |
| TESTED ON DEBIAN 9.13 | |
| -- Build XorgXrdp with GPU acceleration ("script" - to be adjusted to your needs) : -- | |
| ## << BUILD AND INSTALL SCRIPT START >> ## | |
| #!/bin/bash | |
| # Install Latest XRDP with XORGXRDP | |
| # README |
init.rc changes to run any script Can be used to start any android application, service
on property:dev.bootcomplete=1
exec - system system -- /system/bin/sh <custom script path>
# exec - system system -- /system/bin/sh /data/local/bootscript/testservice.sh
Script can contains applications start, stop commands
| #!/sbin/sh | |
| #open adb shell | |
| adb shell | |
| #listing partitions (general command for Android devices) | |
| #ls -l /dev/block/platform/<block_device_name>/by-name/ | |
| #for the Galaxy Note 3 | |
| ls -l /dev/block/platform/msm_sdcc.1/by-name/ |