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iPharo and ZeroMQ

Pharo Smaltalk kernel for Jupyter. This project is implemented on Pharo 9 64 bits and test it on Mac Os X. It uses ZeroMQ ported from <a href="http://smalltalkhub.com/#!/~panuw/zeromq">zeromq</a> project to uFFI. Roassal 2 integration is supported. Main branch in this repository is in active development.

There you are a few examples on using iPharo, you can test some of them in Binder.

• <a href="http://rawcdn.githack.com/jmari/JupyterTalk/master/notebooks/Tutorial1_BasicStatistics.html"> Tutorial 1 - basic statistics</a>
• <a href="http://rawcdn.githack.com/jmari/JupyterTalk/master/notebooks/tensorflow.html"> Tutorial 2 - tensorflow </a>
• <a href="http://rawcdn.githack.com/jmari/JupyterTalk/master/notebooks/Tutorial4_Linear+Regression.html"> Tutorial 3 - Linear regression with tensorflow and polymath </a>

install iPharo

First of all install Jupyter notebooks, I suggest you to install Anaconda package. Once you have Jupyter Notebooks installed, load iPharo in a fresh Pharo image.

Metacello new 
	baseline: 'IPharo';
	repository: 'github://jmari/IPharo:master/repository';
	load:'default'

Kernel.json file should be created by Metacello (in Mac or Linux) in the correct place. If you are not able to start a new notebook in Pharo Smalltalk language, create this file manually. Create the folder '/usr/local/share/jupyter/kernels/pharo'. Create file 'kernel.json' with contents

{
  "argv": [
    "/Path/To/Your/vm/Pharo",
    "/Path/to/your/image/Pharo6.1-64.image",
    "ipharo",
    "{connection_file}"
  ],
  "display_name": "Pharo Smalltalk",
  "language": "smalltalk"
}

Optional, copy an icon with file name logo-64x64.png.

If you are only interested in ZeroMQ Binding, please do:

Metacello new 
	baseline: 'IPharo';
	repository: 'github://jmari/IPharo:master/repository';
	load:'zmq'