:py:mod:`mnoptical.ofcdemo.hwtopo`
==================================

.. py:module:: mnoptical.ofcdemo.hwtopo

.. autoapi-nested-parse::

   hwtopo.py: hardware-like topology for OFC 2021 demo

   Implements LumentumLinear, a topology intended to
   mimic the hardware testbed topology for the OFC 2021
   demo.



Module Contents
---------------

Classes
~~~~~~~

.. autoapisummary::

   mnoptical.ofcdemo.hwtopo.Lumentum
   mnoptical.ofcdemo.hwtopo.MUX
   mnoptical.ofcdemo.hwtopo.LumentumLinear



Functions
~~~~~~~~~

.. autoapisummary::

   mnoptical.ofcdemo.hwtopo.configComb



Attributes
~~~~~~~~~~

.. autoapisummary::

   mnoptical.ofcdemo.hwtopo.netconfPortBase
   mnoptical.ofcdemo.hwtopo.topo


.. py:data:: netconfPortBase
   :value: 1830

   

.. py:class:: Lumentum(name, *args, netconfPort=None, **kwargs)


   Bases: :py:obj:`mnoptical.ofcdemo.lroadm.LROADM`

   Add default netconf username and password

   .. py:attribute:: username

      

   .. py:attribute:: password

      


.. py:class:: MUX(name, **kwargs)


   Bases: :py:obj:`mnoptical.dataplane.ROADM`

   A MUX is just the mux part of a roadm


.. py:class:: LumentumLinear


   Bases: :py:obj:`mininet.topo.Topo`

   Demo-like topology of lumentum-like ROADMs:
       L1 === L2-L3 === L4-L5 ==== L6

   Also multiplexes transceivers into single add/drop
   ports to mirror comb source in COSMOS testbed.

   .. py:method:: addport(i)


   .. py:method:: dropport(i)


   .. py:method:: wdmLink(src, dst, port1, port2, **params)

      Add a (default unidirectional) WDM link


   .. py:method:: hostname(i, adjust=False)

      Optionally return alternate hostname for host i


   .. py:method:: build(nodecount=4, power=0 * dBm, txcount=10)

      Build demo-like topology



.. py:function:: configComb(net, chbase=1)

   Statically configure Terminal + mux into 'comb source'
   to model testbed hardware


.. py:data:: topo