Exercises dc: Difference between revisions

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== (40P) Create your own simple tree (binary, i.e. each node will connect to two nodes below it) ==  
== (40P) Create your own simple tree (binary, i.e. each node will connect to two nodes below it) ==  
** copy dcsimple.py ([https://dl.dropboxusercontent.com/u/1652374/SDN_course_WS2015-2016/Exercises/Ex1/dcsimple.py]) to mininet/custom/
** copy dcsimple.py ([https://projects.gwdg.de/projects/mayutan-public/repository/raw/courses/SDN/2017_2018_WS/exercises/ex1/dcsimple.py]) to mininet/custom/
** modify dcsimple.py to create hosts, switches and connections for a three level tree
** modify dcsimple.py to create hosts, switches and connections for a three level tree
   $ sudo mn --custom dcsimple.py --topo simple
   $ sudo mn --custom dcsimple.py --topo simple
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== (30P) Create your own Fattree ==
== (30P) Create your own Fattree ==
** copy dcfat.py ([https://dl.dropboxusercontent.com/u/1652374/SDN_course_WS2015-2016/Exercises/Ex1/dcfat.py]) to mininet/custom/
** copy dcfat.py ([https://projects.gwdg.de/projects/mayutan-public/repository/raw/courses/SDN/2017_2018_WS/exercises/ex1/dcfat.py]) to mininet/custom/
** modify dcfat.py to create a fat tree (level 0: so & s1, level 1: s2 & s3, level 2: s4, s5, s6, s7, Level 3: Hosts)
** modify dcfat.py to create a fat tree (level 0: so & s1, level 1: s2 & s3, level 2: s4, s5, s6, s7, Level 3: Hosts)
   $ sudo mn --custom dcfat.py --topo fat
   $ sudo mn --custom dcfat.py --topo fat