!: :: %gall, user-level extension !? 164 :::: |= pit=vase ^- vane => =~ |% :: clams ++ axle :: all %gall state $: ven=%0 :: pol=(map ship mast) :: apps by ship == :: ++ bone ,@ud :: opaque duct ++ bull ,[p=bone q=(mold note gift)] :: urbit action ++ bump :: urbit event $: ost=bone :: channel him=ship :: client law=(unit chop) :: authority val=curd :: data == :: ++ view ,[p=cork q=@da r=(unit ,@dr)] :: timeline ++ gift :: outbound result %$ [%back ~] :: acknowledgment [%crud p=(list tank)] :: error notification [%seen p=@da q=*] :: view update == :: ++ kiss :: inbound request $% [%send p=sock q=term r=curd] :: urbit message [%turd p=(list tank) q=kiss] :: error rebound [%user p=(unit chop) q=kiss] :: restriction [%view p=ship q=view r=path] :: subscription == :: ++ sign curd :: inbound result V-< ++ note curd :: outbound request V-> ++ hypo |*(a=$+(* *) (pair type a)) ++ debt :: pending operation $% [%pear p=ship q=(unit chop) r=curd] :: message [%peer p=(unit chop) q=view r=path] :: subscription [%peak p=(hypo card)] :: result == ++ seat :: living app $: huv=(unit vase) :: current hive dep=(set ,[p=ship q=desk]) :: dependencies orm=(unit ,@da) :: last buildtime eny=@ :: entropy lat=@da :: time of last tick tik=@ud :: tick computed zos=(map bone ,[p=(unit chop) q=duct]) :: bone to duct zam=[p=@ud q=(map duct ,@ud)] :: duct to bone vey=(qeu ,[p=bone q=debt]) :: blocked queue == :: ++ mast :: apps by ship $: bum=(map ,@ta seat) :: apps by name == :: ++ mitt :: execution context $: $: ost=bone :: source pax=path :: hivepath law=(unit chop) :: rights == :: ++ wren :: waiting card $: tig=mitt :: context fav=card :: content == :: -- :: |% :: implicit clams ++ cork ?(%u %v %w %x %y %z) :: view angle ++ gift :: ++ hawk (gaff card) :: ++ hide :: engine state $: own=[p=ship q=@tas] :: static identity bec=beak :: installation path ^= seq :: dynamic sequence $: num=@ud :: change number eny=@ :: entropy lat=@da :: date of last tick == == :: ++ hive :: typed engine $_ ^? :: |_ hide :: hive state ++ pack * :: save ++ pear :: request |+ $: ost=bone :: channel law=(unit chop) :: authority him=ship :: client fov=(hypo card) :: favor == :: :_(+> (list bull)) :: :: :: ++ peer :: subscribe |+ % ++ poke |+(lima [*(list ,[p=bone q=hawk]) +>]) :: do ++ peek |+(lira *(unit (unit luge))) :: see ++ prep |+(* +>) :: load == :: ++ lima :: wren other side $: $: ost=bone :: source law=(unit chop) :: permission pax=path :: logical position == fav=* :: present event == :: ++ lira :: general query $: for=(set monk) :: p.u.law roc=cork :: desired aspect pax=path :: internal path == :: -- :: |% :: ++ ho :: per card =| $: ost=bone :: opaque cause hen=duct :: kernel cause law=(unit chop) :: rights mow=(list move) :: direct moves now=@da :: current date eny=@ :: current entropy our=@p :: ship app=@tas :: application name sat=seat :: application state == :: |% ++ abet ^- [(list move) seat] [(flop mow) sat] :: ++ apex :: returning card |= [pan=term pax=path fav=card] ?+ pan !! %boot (boot pax fav) %poke (poke pax fav) %user (axon pax fav) %wait (wait pax fav) == :: ++ axon :: user card |= [pax=path fav=card] ?> ?=( :: ++ babe :: poke or wait |= [pax=path fav=card] ?> ?=(%meta -.fav) ?~ huv.sat (bait pax fav) %= +> huv.sat ~ =+ gat=(slap u.huv.sat [%cnzy %poke]) =+ sam=:(slop !>(law) !>(pax) cav) =+ :: ++ boot :: boot result |= rew=wren ?> ?=(%made -.fav.rew) ?- -.p.fav.rew | (drip [%crud %gall p.p.fav]) & (dear p.fav q.q.fav) == :: ++ poke :: poke result |= rew=wren ?> ?=(%made -.fav.rew) ?- -.p.fav.rew | (drip [%crud %gall p.p.fav]) & (pone q.q.p.fav) == :: ++ pone :: poke product |= vax=vase ^+ +> ?~ q.vax +> =+ hed=(slot 2 vax) =. +>.$ (poof (slot 2 vax)) $(vax (slot 3 vax)) :: ++ poof :: apply effect |= vax=vase ^+ +> =+ nab=(,@ q:(slot 2 vax)) =+ vib=(need (~(get by zos.sat) nab)) =: ost nab law p.vib hen q.vib == (puss (slot 3 vax)) :: ++ puss :: poke gaff |= vax=vase ^+ +> =. vax (spec vax) ?+ -.q.vax !! %call =+ ney=`@tas`(sane %tas ((hard ,@) q:(slot 6 vax))) =+ cav=(quod (slot 7 vax)) (call ney %used [%meta our cav]) :: %drip (drip [%meta our (slot 3 vax)]) :: %stop +>.$(zos (~(del by zos) ost)) == :: ++ quod :: typecheck hive |= vax=vase vax :: XX :: ++ kick :: run engine |- ^+ + ?~ vey.sat +.$ ?~ huv.sat +.$ =^ lef vey.sat ~(get to vey.sat) ++ blam :: block on slam |= [cod=@tas gat=vase sam=vase] ^+ +> ++ dear :: reset |= [dep=(set beam) vax=vase] deep(huv.sat `vax) :: ++ call :: advance a card |= [vay=term pan=term fav=card] ^+ +> %= +> mow :_ mow ^- move :+ [~ %iron our] ^- duct [[vay ~] [/g (scot %p our) app pan ~] fav == :: ++ drip :: return a card |= fav=card ^+ +> +>(mow :_(mow [[~ %iron our] hen fav])) :: ++ spec :: specialize kelp |= vax=vase ^- vase ?. &(?=(^ q.vax) ?=(@ -.q.vax)) vax %+ slap vax ^- twig :+ %wtgr [%wtts [%dtzz %tas -.q.vax] [%$ 2]] [%$ 1] :: ++ more |- ^+ + ?> ?=(^ huv.sat) ?~ vey.sat +.$ =^ lef vey.sat ~(get to vey.sat) :: ++ axon :: advancing card |= fav=card ?~ huv.sat :: if blocked (bait pax cav) ?~ pax :: call, essentially =+ ^= sam ;: slop !>(law) == =+ gat=(slap u.huv.sat [%cnzy %poke]) !! :: :: ++ bait :: boot/wait |= [pax=path cav=vase] ^+ +> ?> ?=(~ huv.sat) =+ new==(~ vey.sat) =. vey.sat (~(put to vey.sat) `wren ?: =(~ vey.sat) :: ++ boob :: :: ++ boot :: send boot ^+ . (dyke %boot %boil %core [(scot %p our) %main (scot %da now) %app ~]) :: ++ dyke :: send to compute |= [pan=@tas kas=silk] ^+ +> %= +> mow :_ mow ^- move :+ [~ %iron our] ^- duct [/f [/g (scot %p our) app pan ~] ^- card [%exec kas] == :: ++ feed |= -- -- . == =| axle =* lex - |= [now=@da eny=@ ska=$+(* (unit (unit)))] :: activate ^? :: opaque core |% :: ++ call :: inbound card |= [hen=duct typ=type sin !! ++ dive |= [hen=duct loc=path !! ++ beat :: process move |= [pax=path hen=duct typ=type fav=card] ^- [p=(list move) q=vane] =+ ^= def |. ^- seat %* . *seat eny (shax (mix now eny)) lat now == =^ mos lex ?: =(~ tea) ?. ?=(%mean -.fav) ~|(%gall-what !!) =+ ^= mat ^- mast =+ mat=(~(get by pol.lex) p.fav) ?~(mat *mast u.mat) =+ ^= sat ^- seat =+ sat=(~(get by bum.mat) q.fav) ?~(sat *def u.sat) =^ ost sat ^- [bone seat] =+ byn=(~(get by zam.sat) hen) ?^ byn u.byn [p.zam.sat sat(p.zam +(p.zam), q.zam (~(put by q.sam) hen p.zam.sat)] =+ ^= tox :* ost now eny r.fav *(list move) p.fav q.fav sat == =^ mos sat abet:(~(axon za tox) fav) :- mos %= lex pol (~(put by pol.lex) p.fav mat(bum (~(put by bum.mat) q.fav sat))) == ?> ?=([@ @ *] tea) =+ [our=(need (slaw %p i.tea)) app=(need (slaw %tas i.t.tea))] =+ mat=(need (~(get by pol.lex) our)) =+ sat=(need (~(get by bum.mat) app)) =+ ost=(need (~(get by q.zam.sat) hen)) =+ law=p:(need (~(get by zos.sat) ost)) =+ ^= tox :* ost now eny law *(list move) our app sat == =^ mos sat abet:(~(axon za tox) t.t.tea fav) :- mos lex(pol (~(put by pol.lex) p.fav mat(bum (~(put by bum.mat) q.fav sat)))) == [`(list move)`mos ..^$] :: ++ come |= [sam=? old=vase] ^- vane (load old) :: ++ doze |= [now=@da hen=duct] ^- (unit ,@da) ~ :: ++ load |= old=vase ^- vane ?. (~(nest ut -:!>(`axle`+>-.^$)) | p.old) ~& %ford-reset ..^$ ..^$(+>- (axle q.old)) :: ++ raze ^- vane ..$(+>- *axle) :: ++ scry |= [our=ship ren=@tas who=ship syd=desk lot=coin tyl=path] ^- (unit (unit)) ~ :: ++ stay `vase`!>((colt `axle`+>-.$)) ++ vern [164 0] --