Changes between Version 34 and Version 35 of GENIExperimenter/Tutorials/OpenFlowOVS/Appendix

Timestamp:

07/22/14 10:41:35 (10 years ago)

Author:

Vic Thomas

Comment:

--

GENIExperimenter/Tutorials/OpenFlowOVS/Appendix

@@ -44 +44 @@
          - NETWORK with the one in your worksheet.  If you are doing this at home, use a network between 10.20.30 - 10.20.49.
 
+
+
+==== 1.3 Reserve Resources ===
+
+'''If you are using a private VLAN:'''   [[BR]]
+  * Use your favorite resource reservation tool (Omni, jFed, Portal) to reserve your resources.  For example, if you are using Omni and the MAX aggregate:
+{{{ omni -a max-ig createsliver <YOUR_SLICE_NAME> ig-max.rspec }}}
+
+'''If you are using a shared VLAN:''' You will need to reserve your compute and flowspace resources separately using your favorite resource reservation tool (Omni, jFed, Portal).  For example, [[BR]]
+{{{ omni -a max-ig createsliver <YOUR_SLICE_NAME> ig-max.rspec }}} (to reserve compute resources) [[BR]]
+{{{ omni -a max-ig-of createsliver <YOUR_SLICE_NAME> ig-max.rspec }}} (to reserve flowspace resources)
+
+
+
+== Useful tips ==
+=== Which port is connected to which host ===
+Run the learning pox controller with debug on  (use the command from the OVS tutorial) and start a ping from host1 to host2 and host3. Notice that the printout of pox will have lines like:
+{{{
+DEBUG:forwarding.l2_learning:installing flow for 02:b4:88:6d:83:f7.1 -> 02:36:8d:c2:b0:14.8
+}}}
+
+The format after `for` and `->` is <MAC>.<PORT> so this way you know which port is connected to which host. To figure out the name for each port then it is simply `A<PORT>` so if host 1 is out of port 8, then the name is `A8`. 
+
+=== Configuration files of controllers ===
+For the proxy and the port_forwarding controllers you will need to modify the config files (port_forward.config, proxy.config) to use the appropriate IP dataplane IP addresses of your hosts to correctly configure your controllers.
+
+
+
+
+
 {{{
 #!comment
@@ -56 +86 @@
   2. Reserve the OpenFlow resources (for this you will need the controller public IP from the previous step).  
 }}}
-
-=== 1.3 Reserve Resources ===
-
-'''If you are using a private VLAN:'''   [[BR]]
-  * Use your favorite resource reservation tool (Omni, jFed, Portal) to reserve your resources.  For example, if you are using Omni and the MAX aggregate:
-{{{ omni -a max-ig createsliver <YOUR_SLICE_NAME> ig-max.rspec }}}
-
-'''If you are using a shared VLAN:''' You will need to reserve your compute and flowspace resources separately using your favorite resource reservation tool (Omni, jFed, Portal).  For example, [[BR]]
-{{{ omni -a max-ig createsliver <YOUR_SLICE_NAME> ig-max.rspec }}} (to reserve compute resources) [[BR]]
-{{{ omni -a max-ig-of createsliver <YOUR_SLICE_NAME> ig-max.rspec }}} (to reserve flowspace resources)
 
 
@@ -94 +114 @@
 }}}
 
-== Useful tips ==
-=== Which port is connected to which host ===
-Run the learning pox controller with debug on  (use the command from the OVS tutorial) and start a ping from host1 to host2 and host3. Notice that the printout of pox will have lines like:
-{{{
-DEBUG:forwarding.l2_learning:installing flow for 02:b4:88:6d:83:f7.1 -> 02:36:8d:c2:b0:14.8
-}}}
 
-The format after `for` and `->` is <MAC>.<PORT> so this way you know which port is connected to which host. To figure out the name for each port then it is simply `A<PORT>` so if host 1 is out of port 8, then the name is `A8`. 
 
-=== Configuration files of controllers ===
-For the proxy and the port_forwarding controllers you will need to modify the config files (port_forward.config, proxy.config) to use the appropriate IP dataplane IP addresses of your hosts to correctly configure your controllers. 
+