shrub/pkg/arvo/gen/ames-flows.hoon

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:: print [len] %ames flows, sorted by number-per-ship
::
:- %say
|= [[now=@da eny=@uvJ bec=beak] arg=$@(~ [len=@ ~]) ~]
:- %noun
::
=; flows
^- (list [=ship open=[out-open=@ out-closing=@ in=@ nax=@] corked=@])
=/ len ?^(arg len.arg 50)
(scag len (sort flows |=([[@ [a=@ud *] *] @ [b=@ud *] *] (gth a b))))
::
=/ peers-map
.^ (map ship ?(%alien %known))
%ax /(scot %p p.bec)//(scot %da now)/peers
==
=/ peers=(list ship)
%+ murn ~(tap by peers-map)
|= [=ship val=?(%alien %known)]
?: =(ship p.bec)
~ :: this is weird, but we saw it
?- val
%alien ~
%known (some ship)
==
::
^- (list [=ship open=[out-open=@ out-closing=@ in=@ nax=@] corked=@])
%+ turn peers
|= =ship
=+ .^ =ship-state:ames
%ax /(scot %p p.bec)//(scot %da now)/peers/(scot %p ship)
==
=/ =peer-state:ames ?>(?=(%known -.ship-state) +.ship-state)
=/ corked ~(wyt in corked.peer-state)
=- [ship - corked]
::
=+ %+ roll ~(tap in ~(key by snd.peer-state))
|= [b=bone [out=(list bone) in=(list bone) nax=(list bone)]]
=/ m (mod b 4)
?+ m ~|([%odd-bone b] !!)
%0 [[b out] in nax]
%1 [out [b in] nax]
%3 [out in [b nax]]
==
=/ [out-closing=(list bone) out-open=(list bone)]
(skid out ~(has ^in closing.peer-state))
[(lent out-open) (lent out-closing) (lent in) (lent nax)]