This project will be developed for the GSOC 2019 program
All the API documentation after the installation will be found accessing: http://SERVERIP:PORT/docs
The system will interact over the liquid galaxy using a KML with a network link.
This KML will do requests to our API. And this one will control which data will be sent to the system.
Here we can see a project scheme:
You can build new KML and concatenate your own kmls to the current one.
But if you use the upload call, you will just be able to display this one
Clone the repository into your computer, then get into the folder.
I prepared a simple command to install the api.
If you are using liquid galaxy on UBUNTU 16 use the following instruction:
./installUbuntu16.sh
KMLSERVERIP=' THE IP OF THE MACHINE WHERE THE KMLAPI WILL BE INSTALLED'
KMLSERVERPORT="the port of the API" USE AN OPEN NETWORK PORT!Ubuntu 18:
./installUbuntu18.sh
KMLSERVERIP=' THE IP OF THE MACHINE WHERE THE KMLAPI WILL BE INSTALLED'
KMLSERVERPORT="the port of the API" USE AN OPEN NETWORK PORT!This script needs to be executed in the master, because it will elaborate the NetworkLink and share with the slaves, to automatize the configuration process.
After run the install.sh, get into the root of the repository:
npm installto install all the dependencies, then reboot the server system.
Finally run the server:
node server.jsOBS: If the system says that some package it's not installed install them one by one
You can check what's your liquid galaxy master receiving by accessing the next URL:
http://MACHINEIP:PORT/kml/viewsync/masterTo test:
/* http://MACHINEIP:PORT/kml/flyto/:lon/:lat/:range */
http://MACHINEIP:PORT/kml/flyto/10/10/1000if the liquid galaxy moves to the specified place, the API is working well!!
You can find all the API calls by accessing into:
http://MACHINEIP:PORT/docsENJOY THE API :)