hyperchaotic / weectrl Goto Github PK

The fltk_rs toolkit have an issue where it forgets the display scaling when the window have been hidden. However if trying to set the scaling to the chosen value on the Window Show message the UI deadlocks.

This can also cause the app to continue running even if the UI has exited, making it necessary to kill the application process in the Task Manager.

Hello all, I'm writing this issue with the hope of saving others time. I was unable to run the program under Ubuntu 23.04 due to 'GLIBC_2.38' not being found. sudo apt install libc6 only provided GLIBC 2.37. Online forum recommended against forcing a 2.38 install, stating it's better practice to update the OS to 23.10 if version 2.38 is needed. So a quick do-release-upgrade command and 15 minutes later I was on Ubuntu 23.10. As promised all now works without an issue. For the noob like me take the following step.

• Download & unzip weectrl

• In the terminal app, move into the directory that was created when you unzipped the filed. Mine was in the Download folder.
  cd Download/weeapp-2.0.2-x86_64-linux/

• Give the weeapp file the needed permissions.
  cdmod -x weeapp

• Run the program.
  ./weeapp -h

• Done, my wemo smart plug was recognize immediately.

Thank you Hyperchaotic.

Would be nice to support more devices.

Edit: in theory supports "binaryevents" of any device offering the urn:Belkin:service:basicevent:1 service, but only tested on the two mentioned. Would be nice to support other type devices with more functions.

If you have more than 6 Wemo plugs, and you drag the app window down to expand it, the list of additional wemos does not expand.

The list of only the first 5-6 wemos stays static and you still need to scroll down within the windows even thought the app window has enough room to display them all.

Thanks for this app!

Move to new Hyper (currently on master) once released. Use OS assigned port number instead of hard coded, for notification listener and set much shorter TCP connect timeout for probing previously known devices during discovery.