Step 1

Download CupCarbon

Visit the following website and donwload CupCarbon Klines:
www.cupcarbon.com
You unzip the file cupcarbon_klines.zip
You will get the following files:

You need just to execute the jar file cupcarbon.jar
If CupCarbon starts, then you are lucky, you can continue to use it normally
Otherwise, it means you have a recent version of Java
CupCarbon Klines works with the version 23 (23.0.xx).
Therefore, you may install the version 23 of java in your system
To do that, visit the following web page: (www.java.com).
Once done, you can double click again on the file cupcarbon.jar and start using CupCarbon normally.

If CupCarbon does not start then you may check the version of java installed in your system, you can use the following command:

java -version

Verify that the version is 23.0.xx
In case where the version is not 23 then depending on your system you should either change the current default version to 23 or to install the jre directly from the website of oracle:

https://www.oracle.com/java/technologies/downloads/#java8-mac
Go to the section: Java SE Development Kit 8u391
Choose your platform and download the installer.
Once Java installed run CupCarbon using the java command:

java -jar cupcarbon.jar

If it does not work, then run CupCarbon using the complete path of Java. For example, for mac OS, go to the directory where the cupcarbon.jar is situated and write the following command:

/Library/Java/JavaVirtualMachines/jdk1.8xx.jdk/Contents/Home/bin/java -jar cupcarbon.jar

jdk1.8xx can be any version starting with 1.8.

Step 2

Install Python

You can install any version of Python you want. 
To verify if Python is installed you can use the following command:

python -V

Python is completely independent from CupCarbon, once installed, you have to use the system command  used to execute Python programs.
Basically this command can by python or python3

python

It can be a complete path where the command is situated in your system. You can add this commande (or path) in the Executor Path Configuration window as shown by the following figures:

Now you can use CupCarbon, enjoy!

Step 3

Visualisation

To interace with CupCarbon from your Python codes, you can send commands to CupCarbon and you can get commands from CupCarbon as well.
To send commands from your code Python to CupCarbon, use the command print of Python normally.  The message of the print will be considered as a CupCarbon command. You need to flush each command to send it directly, otherwise, all the commands will be sent once at the end of the program.

In a nutshell:
To send the CupCarbon comands using the command print we use:

print("CupCarbon command", flush=True)

The different commands that you can send to CupCarbon are given as follows:

1. print
To print any message on the executing device, use the command print as follows:

print("print Hellow World!", flush=True)

We can use the command print by creating the cup function as follows:

def cup(com):
    print(com, flush=True)
cup("print Hellow World!")

We can display alternatively Hello and World! each second as follows:

import time
def cup(com):
    print(com, flush=True)
while True:
    cup("print Hellow ")
    time.sleep(1)
    cup("print World!")
    time.sleep(1)

2. mark/unmark
To mark or unmark the executing device, use the commande mark or unmark as follows:

print("mark", flush=True)
print("unmark", flush=True)

3. move
To move the executing device to a given GPS location, use the move command as follows:

print("move 50.002 21.344", flush=True)

4. To get any information about the executing device sugh as, its id, its name and its location, use the following commands:

print("getid", flush=True)
id = input()

print("getname", flush=True)
name = input()

print("getxy", flush=True)
location = input()

print("getx", flush=True)
x = input()

print("gety", flush=True)
y = input()