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IPv6 environment flow diagram
draw.io Diagram |
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border | true |
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diagramName | IPv6 environment |
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simpleViewer | false |
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width | |
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links | auto |
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tbstyle | top |
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lbox | true |
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diagramWidth | 927 |
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height | 421 |
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revision | 3 |
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Dibbler-Server setup in IPv6 Simulator
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Step 5: Run dibbler-server on host machine, if success, able to see accepting connections.
Dibbler client and server conf in CPE
Dibbler client conf
script "/lib/rdk/client-notify.sh" log-level 7 log-mode full duid-type duid-ll iface erouter0 { option domain option dns-server ia option 0017 hex 0x0000118b0001000200260002000E45524F555445520002001845524F555445523A45445641 option 0016 hex 0x0000118b000a65526f75746572312e30 pd { prefix ::/64 } }skip-confirm downlink-prefix-ifaces "brlan0" |
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Dibbler server conf
log-level 4 inactive-mode drop-unicast reconfigure-enabled 1 iface brlan0 { preference 255 class { pool \00:0:0:0001 - \00:0:0:fffe T1 1800 T2 2880 prefered-lifetime 3600 valid-lifetime 7200 } } |
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Connected Clients
Lan Clients
Connected clients got IPv6 addr and able to perform ping6. Test ipv6 (https://test-ipv6.com) from browser passed.
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Considerations
- Currently SLAAC won't work
- In RDKB GW, Dibbler-client should get IPv6 global address from upstream Dibbler-server
- Subsequently client-notify.sh notifies PandM component to invoke Dibbler-server for brlan0
References