This Jupyter notebook should be used in conjunction with pypeincoming.ipynb.

Run through the following cells...



In [1]:

    
import os, sys
sys.path.append(os.path.abspath('../../main/python'))



In [2]:

    
import random
import numpy as np
import thalesians.tsa.pypes as pypes



In [3]:

    
pype = pypes.Pype(pypes.Direction.OUTGOING, name='EXAMPLE', port=5758); pype









    Out[3]:





Pype(name="EXAMPLE", direction=Direction.OUTGOING, host="*", port=5758)

In another window, run pypeoutgoing.ipynb up to and including the line for x in pype: print(x). Then send some of the following values — they will be sent over the "pype" — and watch them printed in the pypeoutgoing.ipynb window:



In [7]:

    
pype.send('Hello World!')



In [8]:

    
pype.send(np.array(random.uniform(0., 100)))



In [11]:

    
pype.send(np.array([random.uniform(0., 100), random.uniform(0., 100)]))

Once you have finished experimenting, you can close the pype:



In [12]:

    
pype.close()

The for x in pype: print(x) loop in the pypeincoming.ipynb window will then exit.