moxon-frame-generator
simple generator for 3D-printed frames for a moxon rectangle antenna
Install and monitor KlipperScreen on Android via DroidKlipp APK, USB ADB forwarding, and WiFi fallback
git clone https://github.com/CodeMasterCody3D/DroidKlipp.gitCodeMasterCody3D/DroidKlippDroidKlipp turns an Android device into a KlipperScreen display for a Klipper printer host. It launches KlipperScreen on the Klipper machine and displays it on Android through the DroidKlipp Android APK / XServer XSDL integration.
Install the DroidKlipp Android APK on your Android device first:
APK source/release repo:
https://github.com/CodeMasterCody3D/DroidKlipp-Android-APK
DroidKlipp uses the Android package/activity
droidklipp.x.org.server/x.org.server.MainActivity. Use the DroidKlipp APK above, not the old generic SourceForge XServer XSDL APK.
DroidKlipp expects KlipperScreen to be installed in these standard paths:
~/KlipperScreen/screen.py
~/.KlipperScreen-env/bin/python
Install KlipperScreen before installing DroidKlipp. If KlipperScreen is installed somewhere else, DroidKlipp will not find it without script changes.
The easiest way to install DroidKlipp is through the Extensions section in this KIAUH fork:
https://github.com/CodeMasterCody3D/kiauhPlusDroidKlipp/tree/master
cd ~ git clone https://github.com/CodeMasterCody3D/kiauhPlusDroidKlipp.git ./kiauhPlusDroidKlipp/kiauh.sh
In KIAUH, open the Extensions section and choose DroidKlipp. The extension installs DroidKlipp and runs the DroidKlipp installer for you.
The installer attempts to install these automatically on the Klipper machine / Raspberry Pi:
sudo apt update sudo apt install adb tmux x11-utils
DroidKlipp.apk from the release link above.None, so automatic wake/start works reliably.Use this method if you are not installing through KIAUH:
cd ~ git clone https://github.com/CodeMasterCody3D/DroidKlipp.git cd DroidKlipp chmod +x install_droidklipp.sh ./install_droidklipp.sh sudo reboot
The main installer creates:
/etc/udev/rules.d/99-droidklipp.rules
/usr/local/bin/droidklipp_udev.sh
~/droidklipp_monitor.py
~/start_klipperscreen.sh
/etc/systemd/system/adb_monitor.service
~/.droidklipp_wifi_ip # when a WiFi IP is detected or entered
It also enables and restarts:
adb_monitor.service
WiFi fallback is configured during install_droidklipp.sh.
wlan0 IP automatically../install_wifi.sh
USB connected:
ADB forward tcp:6100 -> Android tcp:6000
KlipperScreen DISPLAY=:100
USB disconnected and WiFi IP cached:
KlipperScreen DISPLAY=<android-ip>:0
Useful status/log commands:
systemctl status adb_monitor.service journalctl -u adb_monitor.service -f
After install, this helper exists for manual ADB wake/forward setup:
~/start_klipperscreen.sh
The monitor service still handles KlipperScreen launch/restart automatically.
Remove DroidKlipp monitor/service files, WiFi fallback cache, udev rules, and DroidKlipp tmux sessions while keeping KlipperScreen itself intact:
./uninstall_droidklipp.sh
uninstall_wifi.sh is kept only as a backward-compatible wrapper and now runs the full uninstaller.
Confirm USB Debugging is enabled.
Accept the Android USB debugging trust prompt.
Disable the lock screen.
Confirm the DroidKlipp APK is installed.
Check ADB:
adb devices adb shell am start -n droidklipp.x.org.server/x.org.server.MainActivity
Check that KlipperScreen is installed here:
ls ~/KlipperScreen/screen.py ls ~/.KlipperScreen-env/bin/python
Check monitor logs:
journalctl -u adb_monitor.service -n 100 --no-pager
Confirm Android and the Klipper host are on the same network and X11 is reachable:
cat ~/.droidklipp_wifi_ip xdpyinfo -display $(cat ~/.droidklipp_wifi_ip):0
Then refresh the cached IP if needed:
./install_wifi.sh
See LICENSE.
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simple generator for 3D-printed frames for a moxon rectangle antenna
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