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Client requires this always point to the previous Entered it accepted,
so a hash chain of Entered is built up, and there is no possibility for
ambiguity about which order a client received two Entered activies in.
So restoreHashes now has to try every possible combination of
known hashes for both prevEntered and prevActivity. That could be
significantly more work, but it would be unusual for there to be a lot
of known hashes, so it should be ok.
--graphviz shows this additional hash chain with grey edges
(and leaves out edges identical to the other hash chain)
While testing this with an artifical network lag, it turned out that
signature verification was failing for Reject messages sent by the
user. Didn't quite figure out what was at the bottom of that,
but the Activity Entered that was sent back in a Reject message was
clearly not useful, because it probably had both its prevEntered and
prevActivity hashes set to Nothing (because restoreHashes didn't restore
them, because the original Activity Entered was out of the expected
chain). So, switched Rejected to use a Hash.
(And renamed Rejected to EnteredRejected to make it more clear what
it's rejecting.)
Also, added a lastAccepted hash to EnteredRejected. This lets
the developer find its way back to the accepted chain when some
of its input gets rejected.
This commit was sponsored by Trenton Cronholm on Patreon.
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