See README_driver_libraries.md for instructions to install dependencies.
Python libraries needed:
sudo apt-get install python-daemon python-pipsudo python clock_station_daemon.py start
sudo python clock_station_daemon.py stopTo start the daemon at system start via init.d script, save the file clock_station.py as /share/clockstation/clock_station.py on the RPI and clockstation.sh as /etc/init.d/clockstation.sh. Then install an pyhton virtaul enviroment:
sudo pip install virtualenv
sudo virtualenv --system-site-packages /usr/share/clockstation/python_venv
sudo chmod u+x /etc/init.d/clockstation.sh
sudo chkconfig clockstation.sh on
chkconfig --listThe last command should confirm that 3 and 5 of the service are turned on. Now the service starts at boot and can be also controlled with the commands:
sudo service clockstation.sh start
sudo service clockstation.sh restart
sudo service clockstation.sh stopA batch sync script is included, which syncs a file directly to the /usr/share/clockstation/ folder of the RPI. Before it can be used winscp.com has to be in the folder _%USERPROFILE%\SSH_ and a session named syncRPI has to be saved in WinSCP or the script has to be adjusted.
Create folder and give write permissions for syncing:
(Note: This gives the system a small security vulnerability, if all users have
write permissions and the script starts at boot)
sudo mkdir /usr/share/clockstation/
sudo +w /usr/share/clockstation/Usage
sync [filename] [optional-subdirectory]for Powershell:
cmd /c sync [filename] [subdirectory]Or just used the Build package, if you are using the Atom Editor.
I am using a Raspberry Pi Revision 1 (early preordered RPI) for this projects and the pins and ports are slightly different than the later Revisions.
The MIT License (MIT)
Copyright (c) 2016 Till