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ac488f6225
urbit/arvo/ford.hoon
C. Guy Yarvin ac488f6225 We are very close to the memory limit on :solid!
2014-07-18 19:45:10 -07:00

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::::::
:: :: %ford, new execution control
!? 164
::::
|= pit=vase
=> =~
:: structures
|%
++ bead ,[p=(set beam) q=cage] :: computed result
++ gift :: out result <-$
$% [%made p=(each bead (list tank))] :: computed result
== ::
++ hood :: assembly plan
$: [how=beam rem=spur] :: beam and remainder
zus=@ud :: zuse kelvin
pro=(list hoof) :: protocols
lib=(list hoof) :: libraries
:: res=(map term (pair beam horn)) :: resources
src=(list hoop) :: program
== ::
++ hoof :: reference
$% [%here p=term] :: name
[%this p=term q=case] :: name, case
[%that p=term q=case r=ship] :: name, case, ship
== ::
++ hoop :: source in hood
$% [%code p=twig] :: direct twig
[%cone p=beam] :: core from folder
[%coop p=(map term hoop)] :: complex core
[%hood p=beam] :: recursive hood
[%text p=@] :: direct text
== ::
++ horn :: resource tree
$| ~ :: leaf
$% [%day p=horn] :: list by time
[%fan p=(map term horn)] :: tuple
[%for p=logo q=horn] :: leaf mark
[%hub p=horn] :: list by number
[%nap p=horn] :: soft map
== ::
++ kiss :: in request ->$
$% [%exec p=@p q=(unit silk)] :: make / kill
== ::
++ move ,[p=duct q=(mold note gift)] :: local move
++ note :: out request $->
$% $: %c :: to %clay
$% [%warp p=sock q=riff] ::
== == == ::
++ rave :: see %clay
$% [& p=mood] :: single request
[| p=moat] :: change range
== ::
++ riff ,[p=desk q=(unit rave)] :: see %clay
++ sign :: in result $<-
$% $: %c :: by %clay
$% [%writ p=riot] ::
== == == ::
++ silk :: construction layer
$& [p=silk q=silk] :: cons
$% [%bake p=logo q=beam r=path] :: local synthesis
[%boil p=logo q=beam r=path] :: general synthesis
[%brew p=logo q=beam r=path] :: specific synthesis
[%call p=silk q=silk] :: slam
[%cast p=logo q=beak r=silk] :: translate
[%done p=(set beam) q=cage] :: literal
[%dude p=tank q=silk] :: error wrap
[%dune p=(set beam) q=(unit cage)] :: unit literal
[%mute p=silk q=(list (pair wing silk))] :: mutant
[%plan p=beam q=spur r=hood] :: structured assembly
[%reef ~] :: kernel reef
[%ride p=silk q=sill] :: obsolete old plan
[%vale p=logo q=sack r=*] :: validate [our his]
== ::
++ sill :: code construction
$& [p=sill q=sill] :: compose
$% [%dire p=@] :: direct text
[%dirt p=twig] :: direct twig
[%dish p=toga q=sill] :: tislus
[%disk p=(list sill)] :: pipe
[%drag p=beam q=path] :: beam to %hoon
[%drug p=silk] :: indirect twig
[%dust p=silk] :: literal value
== ::
-- ::
|% :: structures
++ axle :: all %ford state
$: %1 :: version for update
pol=(map ship baby) ::
== ::
++ baby :: state by ship
$: tad=[p=@ud q=(map ,@ud task)] :: tasks by number
dym=(map duct ,@ud) :: duct to task number
jav=(map ,* calx) :: cache
== ::
++ bolt :: gonadic edge
|* a=$+(* *) :: product clam
$: p=cafe :: cache
$= q ::
$% [%0 p=(set beam) q=a] :: depends/product
[%1 p=(set ,[p=beam q=(list tank)])] :: blocks
[%2 p=(list tank)] :: error
== ::
== ::
:: ::
++ burg :: gonadic rule
|* [a=$+(* *) b=$+(* *)] :: from and to
$+([c=cafe d=a] (bolt b)) ::
:: ::
++ cafe :: live cache
$: p=(set calx) :: used
q=(map ,* calx) :: cache
== ::
:: ::
++ calm :: cache metadata
$: laz=@da :: last accessed
dep=(set beam) :: dependencies
== ::
++ calx :: concrete cache line
$% [%hood p=calm q=cage r=hood] :: compile to hood
[%slap p=calm q=[p=vase q=twig] r=vase] :: slap
[%twig p=calm q=cage r=twig] :: compile to twig
== ::
++ task :: problem in progress
$: nah=duct :: cause
kas=silk :: problem
kig=[p=@ud q=(map ,@ud beam)] :: blocks
== ::
-- ::
|% ::
++ calf :: reduce calx
|* sem=* :: a typesystem hack
|= cax=calx
?+ sem !!
%twig ?>(?=(%twig -.cax) r.cax)
%slap ?>(?=(%slap -.cax) r.cax)
==
::
++ calk :: cache lookup
|= a=cafe ::
|= [b=@tas c=*] ::
^- [(unit calx) cafe] ::
=+ d=(~(get by q.a) [b c]) ::
?~ d [~ a] ::
[d a(p (~(put in p.a) u.d))] ::
:: ::
++ came ::
|= [a=cafe b=calx] :: cache install
^- cafe ::
a(q (~(put by q.a) [-.b q.b] b)) ::
:: ::
++ chub :: cache merge
|= [a=cafe b=cafe] ::
^- cafe ::
[(grom p.a p.b) (grum q.a q.b)] ::
:: ::
++ colt :: reduce to save
|= lex=axle ::
^- axle
%= lex
pol
%- ~(run by pol.lex)
|= bay=baby
bay(jav ~)
==
::
++ fine |* [a=cafe b=*] :: bolt from data
[p=`cafe`a q=[%0 p=*(set beam) q=b]] ::
++ flaw |=([a=cafe b=(list tank)] [p=a q=[%2 p=b]]) :: bolt from error
::
++ grom :: merge sets
|* [one=(set) two=(set)]
^+ one
(~(gas in one) (~(tap in two) ~)) :: XX ugh
::
++ grum :: merge maps
|* [one=(map) two=(map)]
^+ one
(~(gas by one) (~(tap by two) ~)) :: XX ugh
::
++ za :: per event
=| $: $: $: our=ship :: computation owner
tea=wire :: event place
hen=duct :: event floor
== ::
$: now=@da :: event date
eny=@ :: unique entropy
ska=$+(* (unit (unit))) :: system namespace
== ::
mow=(list move) :: pending actions
== ::
bay=baby :: all owned state
== ::
|%
++ abet :: resolve
^- [(list move) baby]
[(flop mow) bay]
::
++ apex :: call
|= kus=(unit silk)
^+ +>
?~ kus
=+ num=(need (~(get by dym.bay) hen))
=+ tas=(need (~(get by q.tad.bay) num))
amok:~(camo zo [num tas])
=+ num=p.tad.bay
?> !(~(has by dym.bay) hen)
=: p.tad.bay +(p.tad.bay)
dym.bay (~(put by dym.bay) hen num)
==
~(exec zo [num `task`[hen u.kus 0 ~]])
::
++ axon :: take
|= [num=@ud tik=@ud sih=sign]
^+ +>
?- -.+.sih
%writ
=+ tus=(~(get by q.tad.bay) num)
?~ tus
~& [%ford-lost num]
+>.$
(~(resp zo [num u.tus]) tik p.+.sih)
==
::
++ zo
|_ [num=@ud task]
++ abet %_(..zo q.tad.bay (~(put by q.tad.bay) num +<+))
++ amok
%_ ..zo
q.tad.bay (~(del by q.tad.bay) num)
dym.bay (~(del by dym.bay) nah)
==
++ camo :: stop requests
^+ .
=+ kiz=(~(tap by q.kig) *(list ,[p=@ud q=beam]))
|- ^+ +>
?~ kiz +>
%= $
kiz t.kiz
mow :_ mow
:- hen
:^ %pass [(scot %p our) (scot %ud num) (scot %ud p.i.kiz) ~]
%c
[%warp [our p.q.i.kiz] q.q.i.kiz ~]
==
::
++ camp :: request a file
|= [ren=care bem=beam]
^+ +>
%= +>
kig [+(p.kig) (~(put by q.kig) p.kig bem)]
mow :_ mow
:- hen
:^ %pass [(scot %p our) (scot %ud num) (scot %ud p.kig) ~]
%c
[%warp [our p.bem] q.bem [~ %& %x r.bem s.bem]]
==
::
++ clef :: cache a result
|* sem=*
|* [hoc=(bolt) fun=(burg)]
?- -.q.hoc
%2 hoc
%1 hoc
%0
=^ cux p.hoc ((calk p.hoc) sem q.q.hoc)
?~ cux
=+ nuf=(cope hoc fun)
?- -.q.nuf
%2 nuf
%1 nuf
%0
:- p=(came p.nuf `calx`[sem `calm`[now p.q.nuf] q.q.hoc q.q.nuf])
q=q.nuf
==
:- p=p.hoc
^= q
:+ %0 p.q.hoc
((calf sem) u.cux)
==
::
++ coax :: bolt across
|* [hoc=(bolt) fun=(burg)]
?- -.q.hoc
%0 =+ nuf=$:fun(..+<- p.hoc)
:- p=p.nuf
^= q
?- -.q.nuf
%0 [%0 p=(grom p.q.hoc p.q.nuf) q=[q.q.hoc q.q.nuf]]
%1 q.nuf
%2 q.nuf
==
%1 =+ nuf=$:fun(..+<- p.hoc)
:- p=p.nuf
^= q
?- -.q.nuf
%0 q.hoc
%1 [%1 p=(grom p.q.nuf p.q.hoc)]
%2 q.nuf
==
%2 hoc
==
::
++ cool :: error caption
|* [cyt=trap hoc=(bolt)]
?. ?=(%2 -.q.hoc) hoc
[p.hoc [%2 *cyt p.q.hoc]]
::
++ cope :: bolt along
|* [hoc=(bolt) fun=(burg)]
?- -.q.hoc
%2 hoc
%1 hoc
%0 =+ nuf=(fun p.hoc q.q.hoc)
:- p=p.nuf
^= q
?- -.q.nuf
%2 q.nuf
%1 q.nuf
%0 [%0 p=(grom `_p.q.nuf`p.q.hoc p.q.nuf) q=q.q.nuf]
== ==
::
++ coup :: toon to bolt
|= cof=cafe
|* [ton=toon fun=$+(* *)]
:- p=cof
^= q
?- -.ton
%2 [%2 p=p.ton]
%0 [%0 p=*(set beam) q=(fun p.ton)]
%1 =- ?- faw
& [%1 p=(turn p.faw |=(a=beam [a *(list tank)]))]
| [%2 p=p.faw]
==
^= faw
|- ^- (each (list beam) (list tank))
?~ p.ton [%& ~]
=+ nex=$(p.ton t.p.ton)
=+ pax=(path i.p.ton)
=+ zis=(tome (path i.p.ton))
?~ zis
[%| (smyt pax) ?:(?=(& -.nex) ~ p.nex)]
?- -.nex
& [%& u.zis p.nex]
| nex
==
==
::
++ dash :: process cache
|= cof=cafe
^+ +>
%_(+> jav.bay q.cof)
::
++ exec :: execute app
^+ ..zo
?: !=(~ q.kig) ..zo
|- ^+ ..zo
=+ bot=(make [~ jav.bay] kas)
=. ..exec (dash p.bot)
?- -.q.bot
%0 amok:(expo [%made %& p.q.bot q.q.bot])
%2 amok:(expo [%made %| p.q.bot])
%1 =+ zuk=(~(tap by p.q.bot) ~)
=< abet
|- ^+ ..exec
?~ zuk ..exec
=+ foo=`_..exec`(camp %x `beam`p.i.zuk)
$(zuk t.zuk, ..exec foo)
==
::
++ expo :: return gift
|= gef=gift
%_(+> mow :_(mow [hen %give gef]))
::
++ fade :: compile %hoo
|= [cof=cafe bem=beam rem=spur]
^- (bolt hood)
=+ rul=(fair bem rem)
%+ (clef %hood) (make cof [%bake %hoon bem rem])
^- (burg cage hood)
|= [cof=cafe cay=cage]
?. ?=(@ q.q.cay)
(flaw cof ~)
=+ vex=((full rul) [[1 1] (trip q.q.cay)])
?~ q.vex
(flaw cof [%leaf "syntax error: {<p.p.vex>} {<q.p.vex>}"] ~)
(fine cof p.u.q.vex)
::
++ fane :: compile %hoon
|= [cof=cafe kas=silk]
^- (bolt twig)
=+ pax=(home kas)
%+ (clef %twig) (make cof kas)
^- (burg cage twig)
|= [cof=cafe cay=cage]
?. ?=(@ q.q.cay)
(flaw cof ~)
=+ rul=(ifix [gay gay] tall:(vang | pax))
=+ vex=((full rul) [[1 1] (trip q.q.cay)])
?~ q.vex
(flaw cof [%leaf "syntax error: {<p.p.vex>} {<q.p.vex>}"] ~)
(fine cof p.u.q.vex)
::
++ fair :: hood parsing rule
|= [bem=beam rem=spur]
=+ vez=(vang | (tope bem))
=< hood
|%
++ case
%- sear
:_ nuck:so
|= a=coin
?. ?=([%$ ?(%da %ud %tas) *] a) ~
[~ u=(^case a)]
::
++ hood
%+ cook |=(a=^hood a)
%+ stag [bem rem]
;~ plug
(ifix [;~(plug pat wut gap) gap] dem)
hoos
hoos
(star hoop)
==
::
++ hoof
%+ cook |=(a=^hoof a)
;~ pose
%+ stag %that
;~(plug sym ;~(pfix fas case) ;~(pfix ;~(plug fas sig) fed:ag))
::
(stag %this ;~(plug sym ;~(pfix fas case)))
(stag %here sym)
==
::
++ hoos
%+ cook |=(a=(list ^hoof) a)
;~ pose
(ifix [;~(plug pat lus gap) gap] (most ;~(plug com ace) hoof))
(easy ~)
==
::
++ hoop
%+ knee *^hoop |. ~+
%+ cook |=(a=^hoop a)
(stag %code tall:vez)
--
::
++ gush :: sill to twig
|= [cof=cafe sil=sill]
^- (bolt twig)
?+ -.sil !!
%dire (fane cof [%done ~ [%atom [%atom %$] p.sil]])
%dirt (fine cof p.sil)
%drag (fane cof [%boil %hoon p.sil q.sil])
%drug %+ cope (make cof p.sil)
|= [cof=cafe cay=cage]
(fine cof (twig q.q.cay))
==
::
++ home :: source silk to path
|= kas=silk
^- path
?+ -.kas ~[(end 3 1 (scot %p (mug kas)))]
%bake (tope q.kas(s (welp r.kas s.q.kas)))
%boil (tope q.kas(s (welp r.kas s.q.kas)))
%cast $(kas r.kas)
%dude $(kas q.kas)
%ride ?+ -.q.kas $(kas [%reef ~])
%drag (tope p.q.kas)
%drug $(kas p.q.kas)
==
==
++ kale :: mutate
|= [cof=cafe kas=silk muy=(list (pair wing silk))]
^- (bolt cage)
%+ cope
|- ^- (bolt (list (pair wing vase)))
?~ muy (fine cof ~)
%+ cope (make cof q.i.muy)
|= [cof=cafe cay=cage]
%+ cope ^$(muy t.muy)
|= [cof=cafe rex=(list (pair wing vase))]
(fine cof [[p.i.muy q.cay] rex])
|= [cof=cafe yom=(list (pair wing vase))]
%+ cope (make cof kas)
|= [cof=cafe cay=cage]
=+ ^= vow
%+ slop q.cay
|- ^- vase
?~ yom [[%atom %n] ~]
(slop q.i.yom $(yom t.yom))
%+ cope
%^ maim cof vow
^- twig
:+ %cncb [%& 2]~
=+ axe=3
|- ^- (list (pair wing twig))
?~ yom ~
:- [p.i.yom [%$ (peg axe 2)]]
$(yom t.yom, axe (peg axe 3))
|= [cof=cafe vax=vase]
(fine cof p.cay vax)
::
++ krab :: load to vase
|= [cof=cafe for=logo how=logo bem=beam rem=spur]
^- (bolt vase)
%+ cope (fane cof %bake how bem rem)
|= [cof=cafe gen=twig]
(maim cof pit gen)
::
++ lace :: load and check
|= [cof=cafe for=logo bem=beam rem=spur]
^- (bolt (unit vase))
=+ bek=`beak`[p.bem q.bem r.bem]
%+ cope (lend cof bem)
|= [cof=cafe arc=arch]
?^ q.arc
(cope (liar cof bem) (lake for bek))
?: (~(has by r.arc) %hood)
%+ cope (fade cof bem rem)
|= [cof=cafe hyd=hood]
%+ cope (abut:(meow bem rem) cof hyd)
|= [cof=cafe vax=vase]
(fine cof ~ vax)
?: (~(has by r.arc) %hook)
%+ cope (krab cof for %hook bem rem)
|= [cof=cafe vax=vase]
%+ cope ((lair for bem) cof vax)
|= [cof=cafe vax=vase]
(fine cof ~ vax)
?: (~(has by r.arc) %hoon)
%+ cope (krab cof for %hoon bem rem)
(lake for bek)
(fine cof ~)
::
++ lake :: check/coerce
|= [for=logo bek=beak]
|= [cof=cafe sam=vase]
^- (bolt (unit vase))
?: ?=(?(%gate %core %hoon %hook) for)
(fine cof ~ sam)
%+ cope (make cof %boil %gate [[p.bek %main r.bek] /ref/[for]/sys] ~)
|= [cof=cafe cay=cage]
%+ cope (lane cof p.q.cay [%cnzy %$])
|= [cof=cafe ref=type]
?: (~(nest ut ref) | p.sam)
(fine cof ~ sam)
%+ cope (maul cof q.cay sam)
|= [cof=cafe pro=vase]
(fine cof ~ pro)
::
++ lave :: validate
|= [cof=cafe for=logo sax=sack som=*]
=+ lok=`case`[%da now]
=+ ^= own ^- ship
=+ von=(ska %cy (tope [[p.sax %main lok] /core/ref/[for]/sys]))
?~(von q.sax p.sax)
((lake for [own %main lok]) cof [%noun som])
::
++ lair :: metaload
|= [for=logo bem=beam]
|= [cof=cafe vax=vase]
^- (bolt vase)
?. (~(nest ut -:!>(*silk)) | p.vax)
(flaw cof (smyt (tope bem)) ~)
%+ cope (make cof ((hard silk) q.vax))
|= [cof=cafe cay=cage]
(link cof for p.cay [p.bem q.bem r.bem] q.cay)
::
++ lane :: type infer
|= [cof=cafe typ=type gen=twig]
%+ (coup cof) (mule |.((~(play ut typ) gen)))
|=(ref=type ref)
::
++ lend :: load arch
|= [cof=cafe bem=beam]
^- (bolt arch)
=+ von=(ska %cy (tope bem))
?~ von [p=cof q=[%1 [bem ~] ~ ~]]
(fine cof ((hard arch) (need u.von)))
::
++ liar :: load vase
|= [cof=cafe bem=beam]
^- (bolt vase)
=+ von=(ska %cx (tope bem))
?~ von
[p=*cafe q=[%1 [[bem ~] ~ ~]]]
?~ u.von
(flaw cof (smyt (tope bem)) ~)
(fine cof ?^(u.u.von [%cell %noun %noun] [%atom %$]) u.u.von)
::
++ lily :: translation targets
|= [cof=cafe for=logo bek=beak]
^- (bolt (list ,@tas))
%+ cope
%+ cope (lend cof [p.bek %main r.bek] `path`~[%tan for %sys])
|= [cof=cafe arc=arch]
(fine cof (turn (~(tap by r.arc) ~) |=([a=@tas b=~] a)))
|= [cof=cafe all=(list ,@tas)]
(fine cof ?.(=(%hoon for) all [%hoot all]))
::
++ lima :: load at depth
|= [cof=cafe for=logo bem=beam rem=spur]
^- (bolt (unit vase))
%+ cope (lend cof bem)
|= [cof=cafe arc=arch]
^- (bolt (unit vase))
?: (~(has by r.arc) for)
(lace cof for bem(s [for s.bem]) rem)
=+ haz=(turn (~(tap by r.arc) ~) |=([a=@tas b=~] a))
?~ haz (fine cof ~)
%+ cope (lion cof for -.bem haz)
|= [cof=cafe wuy=(unit (list ,@tas))]
?~ wuy (fine cof ~)
?> ?=(^ u.wuy)
%+ cope (make cof %bake i.u.wuy bem rem)
|= [cof=cafe hoc=cage]
%+ cope (lope cof i.u.wuy t.u.wuy [p.bem q.bem r.bem] q.hoc)
|= [cof=cafe vax=vase]
(fine cof ~ vax)
::
++ lime :: load beam
|= [cof=cafe for=logo bem=beam rem=spur]
=+ [mob=bem mer=(flop rem)]
|- ^- (bolt vase)
%+ cope (lima cof for mob (flop mer))
|= [cof=cafe vux=(unit vase)]
?^ vux (fine cof u.vux)
?~ s.mob
(flaw cof (smyt (tope bem)) ~)
^$(s.mob t.s.mob, mer [i.s.mob mer])
::
++ link :: translate
|= [cof=cafe too=logo for=logo bek=beak vax=vase]
^- (bolt vase)
?: =(too for) (fine cof vax)
?: |(=(%noun for) =(%$ for))
%+ cope ((lake too bek) cof vax)
|= [cof=cafe vux=(unit vase)]
?~ vux (flaw cof [%leaf "ford: link {<too>}"]~)
(fine cof u.vux)
%+ cope
(make cof %boil %gate [[p.bek %main r.bek] /[too]/tan/[for]/sys] ~)
|= [cof=cafe cay=cage]
(maul cof q.cay vax)
::
++ lion :: translation search
|= [cof=cafe too=@tas bek=beak fro=(list ,@tas)]
^- (bolt (unit (list ,@tas)))
=| war=(set ,@tas)
=< -:(apex (fine cof fro))
|%
++ apex
|= rof=(bolt (list ,@tas))
^- [(bolt (unit (list ,@tas))) _+>]
?. ?=(%0 -.q.rof) [rof +>.$]
?~ q.q.rof
[[p.rof [%0 p.q.rof ~]] +>.$]
=^ orf +>.$ (apse cof i.q.q.rof)
?. ?=(%0 -.q.orf)
[orf +>.$]
?~ q.q.orf
$(cof p.orf, q.q.rof t.q.q.rof)
[[p.orf [%0 (grom p.q.rof p.q.orf) q.q.orf]] +>.$]
::
++ apse
|= [cof=cafe for=@tas]
^- [(bolt (unit (list ,@tas))) _+>]
?: =(for too)
[(fine cof [~ too ~]) +>.$]
?: (~(has in war) for) [(fine cof ~) +>]
=. war (~(put in war) for)
=^ hoc +>.$ (apex (lily cof for bek))
:_ +>.$
%+ cope hoc
|= [cof=cafe ked=(unit (list ,@tas))]
(fine cof ?~(ked ~ [~ for u.ked]))
--
::
++ lope :: translation pipe
|= [cof=cafe for=logo yaw=(list logo) bek=beak vax=vase]
^- (bolt vase)
?~ yaw (fine cof vax)
%+ cope (link cof i.yaw for bek vax)
|= [cof=cafe yed=vase]
^$(cof cof, for i.yaw, yaw t.yaw, vax yed)
::
++ maid :: make with path tag
|= [cof=cafe kas=silk]
^- (bolt (pair path cage))
%+ cope (make cof kas)
|= [cof=cafe cay=cage]
(fine cof (home kas) cay)
::
++ maim :: slap
|= [cof=cafe vax=vase gen=twig]
^- (bolt vase)
%+ (clef %slap) (fine cof vax gen)
|= [cof=cafe vax=vase gen=twig]
=+ puz=(mule |.((~(mint ut p.vax) [%noun gen])))
?- -.puz
| (flaw cof p.puz)
& %+ (coup cof) (mock [q.vax q.p.puz] (mole ska))
|= val=*
`vase`[p.p.puz val]
==
::
++ make :: reduce silk
|= [cof=cafe kas=silk]
^- (bolt cage)
:: ~& [%make -.kas]
?- -.kas
^
%. [cof p.kas q.kas]
;~ cope
;~ coax
|=([cof=cafe p=silk q=silk] ^$(cof cof, kas p.kas))
|=([cof=cafe p=silk q=silk] ^$(cof cof, kas q.kas))
==
::
|= [cof=cafe bor=cage heg=cage] ^- (bolt cage)
[p=cof q=[%0 ~ [%$ (slop q.bor q.heg)]]]
==
::
%bake
%+ cool |.(leaf/"ford: bake {<p.kas>} {<(tope q.kas)>}")
%+ cope (lima cof p.kas q.kas r.kas)
|= [cof=cafe vux=(unit vase)]
?~ vux
(flaw cof (smyt (tope q.kas)) ~)
(fine cof [p.kas u.vux])
::
%boil
%+ cool |.(leaf/"ford: boil {<p.kas>} {<(tope q.kas)>} {<r.kas>}")
%+ cope (lime cof p.kas q.kas r.kas)
|= [cof=cafe vax=vase]
(fine cof `cage`[p.kas vax])
::
%brew
~& %ford-brew
%+ cool |.(leaf/"ford: brew {<p.kas>} {<(tope q.kas)>} {<r.kas>}")
%+ cope (krab cof p.kas %hoon q.kas r.kas)
|= [cof=cafe vax=vase]
(fine cof `cage`[p.kas vax])
::
%call
%+ cool |.(leaf/"ford: call {<`@p`(mug kas)>}")
%. [cof p.kas q.kas]
;~ cope
;~ coax
|=([cof=cafe p=silk q=silk] ^$(cof cof, kas p))
|=([cof=cafe p=silk q=silk] ^$(cof cof, kas q))
==
::
|= [cof=cafe gat=cage sam=cage]
(maul cof q.gat q.sam)
::
|= [cof=cafe vax=vase]
(fine cof %noun vax)
==
::
%cast
%+ cool |.(leaf/"ford: cast {<p.kas>} {<(tope q.kas ~)>}")
%+ cope $(kas r.kas)
|= [cof=cafe cay=cage]
%+ cope (link cof p.kas p.cay q.kas q.cay)
|= [cof=cafe vax=vase]
(fine cof [p.kas vax])
::
%done [cof %0 p.kas q.kas]
%dude (cool |.(p.kas) $(kas q.kas))
%dune
?~ q.kas [cof [%2 [%leaf "no data"]~]]
$(kas [%done p.kas u.q.kas])
::
%mute (kale cof p.kas q.kas)
%plan
%+ cope (abut:(meow p.kas q.kas) cof r.kas)
|= [cof=cafe vax=vase]
(fine cof %noun vax)
::
%reef (fine cof %noun pit)
%ride
%+ cool |.(leaf/"ford: ride {<`@p`(mug kas)>}")
%+ cope $(kas p.kas)
|= [cof=cafe cay=cage]
%+ cope (gush cof q.kas)
|= [cof=cafe gen=twig]
%+ cope (maim cof q.cay gen)
|= [cof=cafe vax=vase]
(fine cof %noun vax)
::
%vale
%+ cool |.(leaf/"ford: vale {<p.kas>} {<q.kas>} {<`@p`(mug r.kas)>}")
%+ cope (lave cof p.kas q.kas r.kas)
|= [cof=cafe vux=(unit vase)]
?~ vux
(flaw cof [%leaf "invalid logos: {<[p.kas q.kas]>}"]~)
(fine cof `cage`[p.kas u.vux])
==
::
++ maul :: slam
|= [cof=cafe gat=vase sam=vase]
^- (bolt vase)
=+ top=(mule |.((slit p.gat p.sam)))
?- -.top
| (flaw cof p.top)
& %+ (coup cof) (mong [q.gat q.sam] (mole ska))
|= val=*
`vase`[p.top val]
==
::
++ meow :: assemble
|= [how=beam rem=spur]
=| $: rop=(map term (pair hoof twig)) :: protocols known
bil=(map term (pair hoof twig)) :: libraries known
lot=(list term) :: library stack
zeg=(set term) :: library guard
boy=(list twig) :: body stack
==
|%
++ abut :: generate
|= [cof=cafe hyd=hood]
%+ cope (apex cof hyd)
|= [cof=cafe sel=_..abut]
(maim cof pit able:sel)
::
++ able :: assemble preamble
^- twig
:+ %tsgr
?:(=(~ rop) [%$ 1] [%brcn (~(run by rop) |=([* a=twig] [%ash a]))])
:+ %tsgr
[%tssg (turn (flop lot) |=(a=term q:(need (~(get by bil) a))))]
[%tssg (flop boy)]
::
++ apex :: build to body
|= [cof=cafe hyd=hood]
^- (bolt ,_..apex)
%+ cope (body cof src.hyd)
|= [cof=cafe sel=_..apex]
=. ..apex sel
%+ cope (neck cof lib.hyd)
|= [cof=cafe sel=_..apex]
=. ..apex sel
%+ cope (head cof pro.hyd)
|= [cof=cafe sel=_..apex]
(fine cof sel)
::
++ body :: produce functions
|= [cof=cafe src=(list hoop)]
^- (bolt _..body)
?~ src (fine cof ..body)
%+ cope (wilt cof i.src)
|= [cof=cafe sel=_..body]
^$(cof cof, src t.src, ..body sel)
::
++ head :: consume protocols
|= [cof=cafe bir=(list hoof)]
|- ^- (bolt ,_..head)
?~ bir (fine cof ..head)
=+ cog=(heck i.bir)
=+ byf=(~(get by rop) cog)
?^ byf
?. =(`hoof`i.bir `hoof`p.u.byf)
(flaw cof [%leaf "protocol mismatch: {<~[cog p.u.byf i.bir]>}"]~)
$(bir t.bir)
=+ bem=(hone %pro i.bir)
%+ cope (fade cof bem ~)
|= [cof=cafe hyd=hood]
%+ cope (apex(lot ~) cof hyd)
|= [cof=cafe sel=_..neck]
=. ..head
%= sel
zeg zeg
rop (~(put by rop) cog [i.bir [%tssg (flop boy.sel)]])
==
^^$(cof cof, bir t.bir)
::
++ heck :: hoof to name
|= huf=hoof ^- term
?-(-.huf %here p.huf, %this p.huf, %that p.huf)
::
++ hone :: plant hoof
|= [way=@tas huf=hoof]
^- beam
?- -.huf
%here how(s ~[p.huf way])
%this [[p.how %main q.huf] ~[p.huf way]]
%that [[r.huf %main q.huf] ~[p.huf way]]
==
::
++ neck :: consume libraries
|= [cof=cafe bir=(list hoof)]
^- (bolt ,_..neck)
?~ bir (fine cof ..neck)
=+ cog=(heck i.bir)
?: (~(has in zeg) cog)
(flaw cof [%leaf "circular dependency: {<~[cog i.bir]>}"]~)
=+ goz=(~(put in zeg) cog)
=+ byf=(~(get by bil) cog)
?^ byf
?. =(`hoof`i.bir `hoof`p.u.byf)
(flaw cof [%leaf "library mismatch: {<~[cog p.u.byf i.bir]>}"]~)
$(bir t.bir)
=+ bem=(hone %lib i.bir)
%+ cope (fade cof bem ~)
|= [cof=cafe hyd=hood]
%+ cope (apex(zeg goz, boy ~) cof hyd)
|= [cof=cafe sel=_..neck]
=. ..neck
%= sel
zeg zeg
lot [cog lot]
bil (~(put by bil) cog [i.bir [%tssg (flop boy.sel)]])
==
^^$(cof cof, bir t.bir)
::
++ wilt :: process body entry
|= [cof=cafe hop=hoop]
^- (bolt _..wilt)
?+ -.hop !!
%code (fine cof ..wilt(boy [p.hop boy]))
%hood (cope (fade cof p.hop ~) apex)
==
--
::
++ resp
|= [tik=@ud rot=riot]
^+ ..zo
?> (~(has by q.kig) tik)
?~ rot
amok:(expo [%made %| (smyt (tope (need (~(get by q.kig) tik)))) ~])
exec(q.kig (~(del by q.kig) tik))
--
--
--
. ==
=| axle
=* lex -
|= [now=@da eny=@ ski=sled] :: activate
^? :: opaque core
|% ::
++ call :: request
|= [hen=duct hic=(hypo (hobo kiss))]
^- [p=(list move) q=_..^$]
=> .(q.hic ?.(?=(%soft -.q.hic) q.hic ((hard kiss) p.q.hic)))
=+ ska=(slod ski)
=+ ^= our ^- @p
?- -.q.hic
%exec p.q.hic
==
=+ ^= bay ^- baby
=+ buy=(~(get by pol.lex) our)
?~(buy *baby u.buy)
=^ mos bay
abet:(~(apex za [[our ~ hen] [now eny ska] ~] bay) q.q.hic)
[mos ..^$(pol (~(put by pol) our bay))]
::
++ doze
|= [now=@da hen=duct]
^- (unit ,@da)
~
::
++ load :: highly forgiving
|= old=*
=. old
?. ?=([%0 *] old) old :: remove at 1
:- %1
|- ^- *
?~ +.old ~
?> ?=([n=[p=* q=[tad=* dym=* jav=*]] l=* r=*] +.old)
:- [p.n.+.old [tad.q.n.+.old dym.q.n.+.old ~]]
[$(+.old l.+.old) $(+.old r.+.old)]
=+ lox=((soft axle) old)
^+ ..^$
?~ lox
~& %ford-reset
..^$
..^$(+>- u.lox)
::
++ scry
|= [fur=(unit (set monk)) ren=@tas who=ship syd=desk lot=coin tyl=path]
^- (unit (unit (pair logo ,*)))
~
::
++ stay :: save w/o cache
`axle`+>-.$(pol (~(run by pol) |=(a=baby [tad.a dym.a ~])))
::
++ take :: response
|= [tea=wire hen=duct hin=(hypo sign)]
^- [p=(list move) q=_..^$]
=+ ska=(slod ski)
?> ?=([@ @ @ ~] tea)
=+ :* our=(need (slaw %p i.tea))
num=(need (slaw %ud i.t.tea))
tik=(need (slaw %ud i.t.t.tea))
==
=+ bay=(need (~(get by pol.lex) our))
=^ mos bay
abet:(~(axon za [[our tea hen] [now eny ska] ~] bay) num tik q.hin)
[mos ..^$(pol (~(put by pol) our bay))]
--
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