Changes between Version 10 and Version 11 of Tutorials/Optical/Mininet Optical Tutorial1

Timestamp:

Jul 27, 2022, 2:48:12 AM (2 years ago)

Author:

lantz

Comment:

—

Tutorials/Optical/Mininet Optical Tutorial1

@@ -108 +108 @@
 Before starting this tutorial, you will need to have Mininet-Optical installed. If it isn't installed already, you can follow the Installation and Walkthrough instructions at https://mininet-optical.org.
 
-The tutorial topology and a sample configuration script should be found in ~/mininet-optical/examples/cosmostutorial.py and ~/mininet-optical/examples/config-cosmostutorial.sh. If they are not there, you may need to fetch and check out the appropriate branch from github and install it using make install.
+The tutorial topology and a sample configuration script should be found in `~/mininet-optical/examples/cosmostutorial.py` and `~/mininet-optical/examples/config-cosmostutorial.sh`. If they are not there, you may need to fetch and check out the appropriate branch from github and install it using make install.
 
 ----
@@ -117 +117 @@
 It is possible to create a virtual space switch/programmable patch panel in Mininet-Optical to emulate the COSMOS optical testbed itself, but for this tutorial we will implement the topology using Mininet-Optical's topology API.
 
-The Mininet-Optical emulated network is created using a Python script, examples/cosmostutorial.py. Take a look at it now to see how the topology is implemented.
-
-The topology itself is created using Mininet's high-level topology template API. Specifically, we create a subclass of class Topo and override the build() method:
+The Mininet-Optical emulated network is created using a Python script, `examples/cosmostutorial.py`. Take a look at it now to see how the topology is implemented.
+
+The topology itself is created using Mininet's high-level topology template API. Specifically, we create a subclass of class `Topo` and override the `build()` method:
 
 
@@ -180 +180 @@
 }}}
 
-We can see that LINEOUT of roadm2 is connected to LINEIN of roadm3 and vice-versa,
+We can see that `LINEOUT` of `roadm2` is connected to `LINEIN` of `roadm3` and vice-versa,
 with a 22km length of fiber in between, corresponding to a fiber spool in
-the COSMOS testbed. Later, add/drop port 2 of roadm4 is connected to ports
-320/321 of tor1 (output/input, respectively).
-
-Ethernet links are added sing addLink() calls:
+the COSMOS testbed. Later, add/drop port 2 of `roadm4` is connected to ports
+320/321 of `tor1` (output/input, respectively).
+
+Ethernet links are added sing `addLink()` calls:
 {{{#!python
         # Server<->ToR Ethernet links