`mnoptical.examples.config_lroadmring`¶

config_lroadrming.py: simple LumentumRing control script: using ofcdemo.lumentum_NETCONF_API

Module Contents¶

`allocChannels`(N)	Return channel map (src,dst)->ch for N-node mesh
`genConnection`(module, inport, outport, channel[, loss])	Return a netconf connection configuration string
`genConnections`(i, N, chmap)	Return netconf connection list connecting
`configRoadms`(N, chmap)	Configure LumentumRing ROADMs as a full mesh (NETCONF)
`configTerminals`(N, chmap)	Connect each transceiver to a dedicated ethernet port (REST)
`configSwitches`(N)	Program OpenFlow switches with inbound and outbound rules
`config`(N)	Configure LumentumRing
`dumpChmap`(N, chmap)	Dump channel map

mnoptical.examples.config_lroadmring.allocChannels(N)¶: Return channel map (src,dst)->ch for N-node mesh

mnoptical.examples.config_lroadmring.genConnection(module, inport, outport, channel, loss=0.0)¶: Return a netconf connection configuration string

mnoptical.examples.config_lroadmring.genConnections(i, N, chmap)¶: Return netconf connection list connecting roadm i to the other roadms in 1..N, each via a dedicated channel. This enables full mesh connectivity without channel collisions.

mnoptical.examples.config_lroadmring.configRoadms(N, chmap)¶: Configure LumentumRing ROADMs as a full mesh (NETCONF)

mnoptical.examples.config_lroadmring.configTerminals(N, chmap)¶: Connect each transceiver to a dedicated ethernet port (REST)

mnoptical.examples.config_lroadmring.configSwitches(N)¶: Program OpenFlow switches with inbound and outbound rules

mnoptical.examples.config_lroadmring.dumpChmap(N, chmap)¶: Dump channel map