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I believe @mikeal has compressed CID set representation & implementation. CID sets come up all the time and we always resort to some hacky version like maps with CID keys or sorted lists to represent them.
I think it would make a lot of sense to just standardize compressed CID format and implementation. I would suggest:
Implementing a codec for the compressed CID set representation and adding it here.
Defining a codec format and allocating a code in the multitcodec table
The text was updated successfully, but these errors were encountered:
A new codec specifically for this would certainly qualify as a new codec, if it uses an novel encoding method. IIRC this is novel.
The qualification is something like: "an IPLD codec is something that potentially yields links and whose decoding method isn't already covered by an existing codec".
I guess the data model form would always be something like [&Any] - but we'd want details about the edges of that - is it nullable, is zero-length acceptable, is there a maximum, can they repeat (does it matter), etc. But a quick spec doc about that in the codecs list would be enough.
I guess the data model form would always be something like [&Any]
I would argue we do need sets at the data model layer as well. It really is painful that one doesn't exists already, precisely because [&Any] does not say convey set semantics, in fact we find ourselves using { String: &Any } instead for that exact reason, however that isn't ideal either because how you key them becomes another question which can lead to less deterministic outcomes.
I believe @mikeal has compressed CID set representation & implementation. CID sets come up all the time and we always resort to some hacky version like maps with CID keys or sorted lists to represent them.
I think it would make a lot of sense to just standardize compressed CID format and implementation. I would suggest:
The text was updated successfully, but these errors were encountered: