===========================================
RapidWright FCCM 2019 Workshop
===========================================

===================================== ======== ====================================================
 **Tutorial Segment**                 Time     **Purpose**                                                      
===================================== ======== ====================================================
|HelloWorld| |Jup|                     5 mins  Intro to RapidWright within Jupyter Notebook              
|ScratchNetlist| |Jup|                10 mins  How to build a netlist from scratch 
|Pipeline|                            15 mins  How to generate a circuit in RapidWright                          
|PM1|                                 15 mins  How to create a pre-implemented module                           
|PM2|                                 15 mins  How to use and relocate pre-implemented modules                  
|Probe| |Jup|                         20 mins  Fast probe routing on existing implementation         
|SAT| |Jup|  (Linux only)             15 mins  How to use a SAT engine to solve routing congestion              
|SLR|                                 20 mins  Combine Vivado and RapidWright generated citcuits              
|Router| |Jup|                        20 mins  How to build a basic router in RapidWright              
===================================== ======== ====================================================

These tutorials were given in the `Wednesday morning workshop of FCCM 2019 (May 1st) <http://fccm.org/home/program/>`_.

Getting Started
---------------------------

Before attempting the tutorials above, please install and/or setup the following tools:

1. :ref:`RapidWright 2018.3.3 <Install>` 
2. `Vivado 2018.3 <https://www.xilinx.com/support/download.html>`_
3. :ref:`Eclipse <RapidWright Eclipse Setup>` or :ref:`IntelliJ <RapidWright IntelliJ Setup>` (not required, but mentioned in |Pipeline|)
4. :ref:`Jupyter Notebook and the RapidWright Kernel <RapidWright Jupyter Notebook Kernel Setup>` (for Jupyter Notebook tutorials)
5. Download the RapidWright-binder repository by running the following at the command line:

.. code-block:: bash

	git clone https://github.com/clavin-xlnx/RapidWright-binder.git
	
6. Start the Jupyter notebook server and point it at your RapidWright-binder directory:

.. code-block:: bash

	jupyter notebook --notebook-dir=RapidWright-binder 

At this point the above Jupyter notebook tutorial links should open properly.

|Jup| = Jupyter Notebook Tutorial


.. |HelloWorld| raw:: html

	<a href="http://localhost:8888/notebooks/HelloWorld.ipynb" target="_blank">Hello, World</a>

.. |ScratchNetlist| raw:: html

	<a href="http://localhost:8888/notebooks/EDIFNetlistFromScratch.ipynb" target="_blank">Create Netlist from Scratch</a>
	
.. |Pipeline| raw:: html

	<a href="PipelineGeneratorExample.html" target="_blank">Pipeline Generator</a>
	
.. |PM1| raw:: html

	<a href="PreImplemented_Modules_Part_I.html" target="_blank">Pre-implemented Modules: Part I</a>

.. |PM2| raw:: html

	<a href="PreImplemented_Modules_Part_II.html" target="_blank">Pre-implemented Modules: Part II</a>

.. |Probe| raw:: html

	<a href="http://localhost:8888/notebooks/ProbeRe-router.ipynb" target="_blank">Probe Re-router</a>

.. |SAT| raw:: html

	<a href="http://localhost:8888/notebooks/SATRouter.ipynb" target="_blank">SAT Router</a>

.. |SLR| raw:: html

	<a href="Create_and_Use_an_SLR_Bridge.html" target="_blank">Create and Use an SLR Bridge</a>

.. |Router| raw:: html

	<a href="http://localhost:8888/notebooks/BasicRouting.ipynb" target="_blank">Basic Routing</a>

	
.. |Jup| image:: images/jupyter.png
	:width: 25px
	:target: FPGA19_Workshop.html