MarpaX-Hoonlint
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hoons/arvo/sys/hoon.hoon view on Meta::CPAN
:: XX parameterize
noun
::
++ result
:: internal interpreter result
::
$@(~ seminoun)
::
++ seminoun
:: partial noun; blocked subtrees are ~
::
{mask/stencil data/noun}
::
++ stencil
:: noun knowledge map
::
$% :: no; noun has partial block substructure
::
{$| left/stencil rite/stencil}
:: yes; noun is either fully complete, or fully blocked
::
{$& blocks/(set block)}
==
::
++ output
:: nil; interpreter stopped
::
%- unit
:: yes, complete noun; no, list of blocks
::
(each noun (list block))
--
|%
++ abet
:: simplify raw result
::
|= $: :: noy: raw result
::
noy/result
==
^- output
:: propagate stop
::
?~ noy ~
:- ~
:: merge all blocking sets
::
=/ blocks (squash mask.noy)
?: =(~ blocks)
:: no blocks, data is complete
::
&+data.noy
:: reduce block set to block list
::
|+~(tap in blocks)
::
++ apex
:: execute nock on partial subject
::
|= $: :: bus: subject, a partial noun
:: fol: formula, a complete noun
::
bus/seminoun
fol/noun
==
^- output
:: simplify result
::
%- abet
:: interpreter loop
::
|- ^- result
?@ fol
:: bad formula, stop
::
~
?: ?=(^ -.fol)
:: hed: interpret head
::
=+ hed=$(fol -.fol)
:: propagate stop
::
?~ hed ~
:: tal: interpret tail
::
=+ tal=$(fol +.fol)
:: propagate stop
::
?~ tal ~
:: combine
::
(combine hed tal)
?+ fol
:: bad formula; stop
::
~
:: 0; fragment
::
{$0 b/@}
:: if bad axis, stop
::
?: =(0 b.fol) ~
:: reduce to fragment
::
(fragment b.fol bus)
::
:: 1; constant
::
{$1 b/*}
:: constant is complete
::
[&+~ b.fol]
::
:: 2; recursion
::
{$2 b/* c/*}
:: require complete formula
::
%+ require
:: compute formula with current subject
::
$(fol c.fol)
|= :: ryf: next formula
::
ryf/noun
:: lub: next subject
::
=+ lub=^$(fol b.fol)
:: propagate stop
::
?~ lub ~
:: recurse
::
^$(fol ryf, bus lub)
::
:: 3; probe
::
{$3 b/*}
%+ require
$(fol b.fol)
|= :: fig: probe input
::
fig/noun
:: yes if cell, no if atom
::
[&+~ .?(fig)]
::
:: 4; increment
::
{$4 b/*}
%+ require
$(fol b.fol)
|= :: fig: increment input
::
fig/noun
:: stop for cells, increment for atoms
::
?^(fig ~ [&+~ +(fig)])
::
:: 5; compare
::
{$5 b/*}
%+ require
$(fol b.fol)
|= :: fig: operator input
::
fig/noun
:: stop for atoms, compare cells
::
?@(fig ~ [&+~ =(-.fig +.fig)])
::
:: 6; if-then-else
::
{$6 b/* c/* d/*}
:: use standard macro expansion (slow)
::
$(fol =>(fol [2 [0 1] 2 [1 c d] [1 0] 2 [1 2 3] [1 0] 4 4 b]))
::
:: 7; composition
::
{$7 b/* c/*}
:: use standard macro expansion (slow)
::
hoons/arvo/sys/hoon.hoon view on Meta::CPAN
%ap ap
%ut ut
==
|%
::
:::: 5a: compiler utilities
::
++ bool `type`(fork [%atom %f `0] [%atom %f `1] ~) :: make loobean
++ cell :: make %cell type
~/ %cell
|= {hed/type tal/type}
^- type
?:(=(%void hed) %void ?:(=(%void tal) %void [%cell hed tal]))
::
++ core :: make %core type
~/ %core
|= {pac/type con/coil}
^- type
?:(=(%void pac) %void [%core pac con])
::
++ help
~/ %help
|= {p/writ q/type}
^- type
?: =(%void q)
%void
[%help p q]
::
++ face :: make %face type
~/ %face
|= {giz/{what $@(term tune)} der/type}
^- type
?: =(%void der)
%void
[%face giz der]
::
++ fork :: make %fork type
~/ %fork
|= yed/(list type)
=| lez/(set type)
|- ^- type
?~ yed
?~ lez %void
?: ?=({* $~ $~} lez) n.lez
[%fork lez]
%= $
yed t.yed
lez
?: =(%void i.yed) lez
?: ?=({$fork *} i.yed) (~(uni in lez) p.i.yed)
(~(put in lez) i.yed)
==
::
++ cove :: extract [0 *] axis
|= nug/nock
?- nug
{$0 *} p.nug
{$10 *} $(nug q.nug)
* ~_(leaf+"cove" !!)
==
++ comb :: combine two formulas
~/ %comb
|= {mal/nock buz/nock}
^- nock
?: ?&(?=({$0 *} mal) !=(0 p.mal))
?: ?&(?=({$0 *} buz) !=(0 p.buz))
[%0 (peg p.mal p.buz)]
?: ?=({$2 {$0 *} {$0 *}} buz)
[%2 [%0 (peg p.mal p.p.buz)] [%0 (peg p.mal p.q.buz)]]
[%7 mal buz]
?: ?=({^ {$0 $1}} mal)
[%8 p.mal buz]
?: =([%0 %1] buz)
mal
[%7 mal buz]
::
++ cond :: ?: compile
~/ %cond
|= {pex/nock yom/nock woq/nock}
^- nock
?- pex
{$1 $0} yom
{$1 $1} woq
* [%6 pex yom woq]
==
::
++ cons :: make formula cell
~/ %cons
|= {vur/nock sed/nock}
^- nock
?: ?=({{$0 *} {$0 *}} +<)
?: ?&(=(+(p.vur) p.sed) =((div p.vur 2) (div p.sed 2)))
[%0 (div p.vur 2)]
[vur sed]
?: ?=({{$1 *} {$1 *}} +<)
[%1 p.vur p.sed]
[vur sed]
::
++ fitz :: odor compatibility
~/ %fitz
|= {yaz/term wix/term}
=+ ^= fiz
|= mot/@ta ^- {p/@ q/@ta}
=+ len=(met 3 mot)
?: =(0 len)
[0 %$]
=+ tyl=(rsh 3 (dec len) mot)
?: &((gte tyl 'A') (lte tyl 'Z'))
[(sub tyl 64) (end 3 (dec len) mot)]
[0 mot]
=+ [yoz=(fiz yaz) wux=(fiz wix)]
?& ?| =(0 p.yoz)
=(0 p.wux)
&(!=(0 p.wux) (lte p.wux p.yoz))
==
|- ?| =(%$ p.yoz)
=(%$ p.wux)
?& =((end 3 1 p.yoz) (end 3 1 p.wux))
$(p.yoz (rsh 3 1 p.yoz), p.wux (rsh 3 1 p.wux))
==
==
==
::
++ flan :: loobean &
~/ %flan
|= {bos/nock nif/nock}
^- nock
?- bos
{$1 $1} bos
{$1 $0} nif
*
?- nif
{$1 $1} nif
{$1 $0} bos
* [%6 bos nif [%1 1]]
==
==
::
++ flip :: loobean negation
~/ %flip
|= dyr/nock
[%6 dyr [%1 1] [%1 0]]
::
++ flor :: loobean |
~/ %flor
|= {bos/nock nif/nock}
^- nock
hoons/arvo/sys/hoon.hoon view on Meta::CPAN
[%ktts p.sec $(sec q.sec)]
::
{$deet *}
[%dbug p.sec $(sec q.sec)]
::
{$fern *}
%- hail
=. wat ~
|- ^- hoon
?~ t.p.sec
^$(sec i.p.sec)
[%wtcl [%bust %bean] $(p.sec t.p.sec) ^$(sec i.p.sec)]
::
{$herb *}
%- hail
=. wat ~
:: reduce excess model/value transitions
::
=+ cys=~(boil ap p.sec)
?: ?=($herb -.cys)
(home [%tsgl [%limb %$] p.sec])
$(sec cys)
::
{$kelp *}
%- hail
=. wat ~
:+ %ktls
|- ^- hoon
?~ t.p.sec
^$(sec i.p.sec)
[%wtcl [%bust %bean] $(p.sec t.p.sec) ^$(sec i.p.sec)]
%= $
sec
|- ^- tile
?~(t.p.sec i.p.sec $(i.p.sec i.t.p.sec, t.p.sec t.t.p.sec))
==
::
{$leaf *}
(hail [%rock p.sec q.sec])
::
{$plow *}
$(sec q.sec, wat p.sec)
::
{$reed *}
%- hail
=. wat ~
[%wtcl [%bust %bean] $(sec p.sec) $(sec q.sec)]
::
{$vine *}
%- hail
=. wat ~
[%wtcl [%bust %bean] $(sec p.sec) $(sec q.sec)]
::
{$weed *}
(hail (home p.sec))
==
++ clam
^- hoon
=/ raw [%brts [~ ~] [%base %noun] (whip(gom 7) 6)]
::
:: this performance fix should unify a bunch of trivial formulas,
:: but breaks on certain hacks in ++raid:zuse.
::
:: ?. ?=(?($axil $leaf) -.sec) raw
:: [%tsgr [%rock %n ~] raw]
raw
::
++ whip
|= axe/axis
=+ ^= tun
|= $: def/tile
noy/$-(* hoon)
==
^- hoon
?@ nag
=+ luz=[%cnts [[%& 1] ~] [[[%& axe] ~] bunt(sec def)] ~]
?: =(& nag)
[%tsgr [%wtpt [[%& axe] ~] luz [%$ 1]] (noy [& &])]
[%tsgr luz (noy [& &])]
(noy nag)
^- hoon
~+
?- sec
{^ *}
%- hail
=. wat ~
%+ tun [%axil %cell] |= gon/* => .(nag gon) ^- hoon
:- ^$(sec -.sec, nag -.nag, axe (peg axe 2))
^$(sec +.sec, nag +.nag, axe (peg axe 3))
::
{$axil *}
%- hail
=. wat ~
?- p.sec
{$atom *}
=+ buv=bunt
|- ^- hoon
?@ nag
?:(=(& nag) [%wtpt [[%& axe] ~] $(nag |) buv] [%ktls buv [%$ axe]])
buv
::
$noun
[%kthp [%base %noun] [%$ axe]]
::
$cell
=+ buv=bunt
|- ^- hoon
?@ nag
?:(=(& nag) [%wtpt [[%& axe] ~] buv $(nag [& &])] buv)
[%ktls buv [%$ axe]]
::
$bean
:^ %wtcl
[%dtts [%rock %$ |] [%$ axe]]
[%rock %f |]
[%rock %f &]
::
$void
bunt
::
$null
hoons/arvo/sys/hoon.hoon view on Meta::CPAN
|= {lop/(pair palo palo) dox/type rig/(list (pair wing hoon))}
^- (pair type type)
?: ?=($& -.q.p.lop)
?> ?=($& -.q.q.lop)
|- ^- (pair type type)
?~ rig
[p.q.p.lop p.q.q.lop]
=+ zil=(mull %noun dox q.i.rig)
=+ ^= dar
:- p=(tack(sut p.q.p.lop) p.i.rig p.zil)
q=(tack(sut p.q.q.lop) p.i.rig q.zil)
?> =(p.p.dar p.q.dar)
%= $
rig t.rig
p.q.p.lop q.p.dar
p.q.q.lop q.q.dar
==
?> ?=($| -.q.q.lop)
?> =(p.q.p.lop p.q.q.lop)
=+ hag=[p=~(tap in q.q.p.lop) q=~(tap in q.q.q.lop)]
=- [(fire p.-) (fire(vet |) q.-)]
|- ^- (pair (list (pair type foot)) (list (pair type foot)))
?~ rig
hag
=+ zil=(mull %noun dox q.i.rig)
=+ ^= dix
:- p=(toss p.i.rig p.zil p.hag)
q=(toss p.i.rig q.zil q.hag)
?> =(p.p.dix p.q.dix)
%= $
rig t.rig
hag [q.p.dix q.q.dix]
==
::
++ ad
|%
++ arc
|%
++ deft :: generic
|%
++ bath * :: leg match type
++ claw * :: arm match type
++ form |*({* *} p=+<-) :: attach build state
++ skin |*(p/* p) :: reveal build state
++ meat |*(p/* p) :: remove build state
--
++ make :: for mint
|%
++ bath type :: leg match type
++ claw onyx :: arm
++ form |*({* *} [p=+<- q=+<+]) ::
++ skin |*({p/* q/*} q) :: unwrap baggage
++ meat |*({p/* q/*} p) :: unwrap filling
--
--
++ def
=+ deft:arc
|% +- $
=> +<
|%
++ pord |*(* (form +< *nock)) :: wrap mint formula
++ rosh |*(* (form +< *(list pock))) :: wrap mint changes
++ fleg _(pord *bath) :: legmatch + code
++ fram _(pord *claw) :: armmatch +
++ foat _(rosh *bath) :: leg with changes
++ fult _(rosh *claw) :: arm with changes
-- --
::
++ lib
|%
++ deft
=> (def deft:arc)
|%
++ halp $-(hoon fleg)
++ vant
|% ++ trep $-({bath wing bath} {axis bath})
++ tasp $-({{axis bath} fleg foat} foat)
++ tyle $-(foat foat)
--
++ vunt
|% ++ trep $-({claw wing bath} {axis claw})
++ tasp $-({{axis claw} fleg fult} fult)
++ tyle $-(fult foat)
-- --
::
++ make
=> (def make:arc)
|%
++ halp |~ a/hoon
^- fleg
(mint %noun a)
++ vant
|% ++ trep |= {a/type b/wing c/type}
^- {axis type}
(tack(sut a) b c)
++ tasp |= {a/(pair axis type) b/fleg c/foat}
^- foat
[q.a [[p.a (skin b)] (skin c)]]
++ tyle |=(foat +<)
--
++ vunt
|% ++ trep |= {a/claw b/wing c/bath}
^- (pair axis claw)
(toss b c a)
++ tasp |~ {a/(pair axis claw) b/fleg c/fult}
^- fult
[q.a [[p.a (skin b)] (skin c)]]
++ tyle |~ fult
^- foat
[(fire +<-) +<+]
-- -- --
::
++ bin
=+ deft:lib
|% +- $
=> +<
|%
++ rame
=> vant |%
++ clom bath
++ chog fleg
( run in 0.726 second using v1.01-cache-2.11-cpan-302cb4679cc )