Robert,

On 27/11/2024 10:32, Robert Raszuk wrote:
Peter,

My point was that this should be at least mentioned in operational considerations section if dynamic flooding is expected to work in mixed networks where some nodes support new algorithm and some do not your "regular flooding case".

you are talking about mixing the manual mesh group with optimized flooding. I don't think we want to go that path.

thanks,

Peter




On Wed, Nov 27, 2024 at 10:28 AM Peter Psenak <[email protected]> wrote:

    Robert,

    On 27/11/2024 10:22, Robert Raszuk wrote:
    Peter,

    I am not sure if what Tony said is a requirement or an observation.

    > Note that combining routers that run the elected optimized
    algorithm
    > with routers that do run the regular flooding is not a problem.

    Note that static mesh groups can be present today too and you
    can't assume that it is either an optimized algorithm or full
    flooding.

    please do not compare apples with oranges.

    Static mesh groups are manually configured and if not done
    correctly can result in broken flooding. What we are discussing
    here is a dynamic flooding algorithm, not manual flooding blocking.

    thanks,
    Peter


    Thx,
    R.


    On Wed, Nov 27, 2024 at 9:58 AM Peter Psenak
    <[email protected]> wrote:

        On 27/11/2024 00:18, Tony Li wrote:
        > A distributed algorithm computing a flooding topology must
        only
        > operate upon nodes running the same algorithm (and
        version). If
        > multiple algorithms (and/or versions) are running in the
        same network,
        > then any given algorithm and version defines a subgraph and
        the
        > algorithm can only optimize flooding within its own
        subgraph. Legacy
        > full flooding must be used between subgraphs of different
        algorithms
        > or versions.

        This is a new requirement for the flooding algorithm itself.
        This does
        not exist with the existing leader based election, as that
        guarantees
        that only one optimized flooding algorithm is ever present in
        the area.
        Note that combining routers that run the elected optimized
        algorithm
        with routers that do run the regular flooding is not a problem.

        thanks,
        Peter

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