Changes between Initial Version and Version 1 of Internal/OpenFlow/VirtualSwitch


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Timestamp:
Jun 26, 2009, 6:22:50 AM (15 years ago)
Author:
akoshibe
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  • Internal/OpenFlow/VirtualSwitch

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     1= The virtual switch =
     2Not to be mistaken for [wiki:Documentation/OpenFlow/VartualSwitch vartual switches], virtual switches, or !OpenFlow switches, are a example of the virtualization capabilities of !OpenFlow. They are similar to VLANs in both configuration and behavior but are dictated by !OpenFlow controllers and flow tables.
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     4Several virtual switches may exist on a single physical device, or a single virtual switch may encompass a whole switch. In the latter case the switch will just be referred to as an !OpenFlow switch.
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     6Each virtual switch may be assigned a controller and a set of flow tables, and are associated with their !OpenFlow VLANs.
     7
     8== Overview ==
     9This article covers the following topics:
     10 * CLI commands used in virtual switching
     11 * Virtual switch setup
     12   
     13== CLI Commands ==
     14The commands regarding virtual switching will not be found among the usual list of commands when you type `?` at the terminal.
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     16This is the list of commands used in virtual switching that is accessible from the CLI:
     17
     18 * ''' setvsi ''' -  Creates an instance of virtual switch. Comes with parameters.
     19 * ''' deletevsi <vlan ID> ''' - Deletes an instance of virtual switch. 
     20 * ''' showswitch <vlan ID> <detail> ''' - Gives you a list of virtual switches running on your switch.
     21 * ''' showflow <vlan ID> <detail> ''' - Gives you information about the flow tables applied to the virtual switches.
     22
     23== Setup ==
     24The following list can be followed as a guideline for setting up virtual switches.
     25
     26 1. Disable spanning tree protocol
     27 1. Create VLANs
     28 1. Assign ports to VLANs
     29 1. Use `setvsi` to create virtual switches from the ports assigned to VLANs
     30
     31== Example setup ==
     32
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     34VLANs not associated with virtual switches will behave as regular switches.
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     36