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9ddc04143a
shrub/pkg/arvo/sys/vane/ames.hoon
Philip Monk 9ddc04143a
jael: provide edge-triggered breach notification 
Until now, clients of Jael have had to store the first-seen rift if they
want to reliably detect breaches.  Otherwise, they would get a false
positive if they heard an old message about a breach (eg if you kick
azimuth-tracker).  Clay and Gall did this correctly, but Ames did not.

Jael already maintains this state, so I added a notification to the
existing subscription that happens whenever it notices a breach (a diff
or full where the new rift is greater than the old one).

Because this is an issue on the live network, I wrote state adapters
for Gall and Clay.  The Gall one just removes the rift from our state,
but the Clay one is much more involved because we have to upgrade
instances of the clad monad that are possibly in progress.
Specifically, since more input is possible than before, we must wrap any
in-progress instances of the monad in a function that handles the
potential new input from Jael.  This temporarily preservers a copy of
the old kernel, but only until the current commit/merge/update has
completed.

The real solution for Clay is to factor out those IO-heavy instances to
userspace tapp/async/imp/threads, and if an upgrade happens in the
middle, you should simply restart them.

Fixes #1852
2019-10-23 21:40:34 -07:00

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!: :: ames (4a), networking
::
|= pit=vase
=> =~
:: structures
=, ames
:: this number needs to be below 8
::
=+ protocol-version=4
|%
+$ move [p=duct q=(wind note gift:able)] :: local move
+$ note :: out request $->
$~ [%b %wait *@da] ::
$% $: %b :: to %behn
$> $? %rest :: cancel timer
%wait :: set timer
== ::
task:able:behn ::
== ::
$: %d :: to %dill
$>(%flog task:able:dill) :: log output
== ::
$: %j :: to %jael
$> $? %meet :: neighbor
%public-keys :: view public keys
%turf :: view domains
%private-keys :: view private keys
== ::
task:able:jael ::
== ::
$: @tas :: to any
$>(%west task:able) :: deliver message
== == ::
+$ sign :: in result _<-
$~ [%b %wake ~] ::
$% $: %b :: from %behn
$>(%wake gift:able:behn) :: timer activate
== ::
$: %j :: from %jael
$> $? %public-keys :: public keys
%turf :: bind to domains
%private-keys :: private keys
== ::
gift:able:jael ::
== ::
$: %g :: from %gall
$% [%mean p=ares] :: XX obsolete
[%nice ~] :: XX obsolete
$>(%unto gift:able:gall) :: application ack
== == ::
$: @tas :: from any
$% $>(%crud vane-task) :: XX strange
$> $? %mack :: message ack
%woot :: reaction message
== ::
gift:able ::
== == == ::
:: |pact: internal packet structures
::
++ pact
|%
+$ full [lyf=[to=life from=life] law=(unit deed) txt=@]
+$ open [lyf=[to=~ from=life] law=(unit deed) txt=@]
--
--
::::::::::::::::::::::::::::::::::::::::::::::::::::::::
:: section 4aA, identity logic ::
:: removed in favor of jael/ethereum ::
::
::::::::::::::::::::::::::::::::::::::::::::::::::::::::
:: section 4aB, packet format ::
::
|%
++ bite :: packet to cake
|= pac=rock
^- (unit cake)
=+ [mag=(end 5 1 pac) bod=(rsh 5 1 pac)]
=+ :* vez=(end 0 3 mag) :: protocol version
chk=(cut 0 [3 20] mag) :: checksum
wix=(bex +((cut 0 [23 2] mag))) :: width of receiver
vix=(bex +((cut 0 [25 2] mag))) :: width of sender
tay=(cut 0 [27 5] mag) :: message type
==
:: XX these packets should be firewalled in vere so that they don't
:: make it into the event log
::
?. =(protocol-version vez) ~
?. =(chk (end 0 20 (mug bod))) ~
%- some
:+ [(end 3 wix bod) (cut 3 [wix vix] bod)]
(kins tay)
(rsh 3 (add wix vix) bod)
::
++ kins |=(tay=@ (snag tay `(list skin)`[%none %open %fast %full ~]))
++ ksin |=(sin=skin `@`?-(sin %none 0, %open 1, %fast 2, %full 3))
++ spit :: cake to packet
|= kec=cake ^- @
=+ wim=(met 3 p.p.kec)
=+ dum=(met 3 q.p.kec)
=+ yax=?:((lte wim 2) 0 ?:((lte wim 4) 1 ?:((lte wim 8) 2 3)))
=+ qax=?:((lte dum 2) 0 ?:((lte dum 4) 1 ?:((lte dum 8) 2 3)))
=+ wix=(bex +(yax))
=+ vix=(bex +(qax))
=+ bod=:(mix p.p.kec (lsh 3 wix q.p.kec) (lsh 3 (add wix vix) r.kec))
=+ tay=(ksin q.kec)
%+ mix
%+ can 0
:~ [3 protocol-version]
[20 (mug bod)]
[2 yax]
[2 qax]
[5 tay]
==
(lsh 5 1 bod)
--
::::::::::::::::::::::::::::::::::::::::::::::::::::::::
:: section 4aC, PKI engine ::
::
|%
++ go :: go
|_ ton=town :: ames state
++ as :: as:go
|_ our=ship :: per server
++ lax :: lax:as:go
|_ [her=ship dur=dore] :: per client
++ cluy :: cluy:lax:as:go
^- [lyf=life cub=acru] :: client crypto
?> ?=(^ lew.wod.dur)
[life.u.lew.wod.dur (com:nu:crub:crypto pass.u.lew.wod.dur)]
::
++ clon
^- life
:: if we don't have a +deed for :her, we guess 1
::
?~(lew.wod.dur 1 life.u.lew.wod.dur)
::
++ griz :: griz:lax:as:go
|= now=@da :: generate key for
^- [p=code q=_+>]
=+ key=(shas %enty (mix now any.ton))
:- key
%= +>.$
any.ton (shax (mix now any.ton))
heg.caq.dur (~(put by heg.caq.dur) (shaf %hand key) key)
==
::
++ pode :: pode:lax:as:go
|= now=@da :: timeout route
^+ +>
?: (lth her 256) +>(lun.wod.dur [~ %if ~2000.1.1 0 (mix her .0.0.1.0)])
+>(lun.wod.dur ~)
::
++ kuch :: kuch:lax:as:go
|= had=hand :: hear key tag
^- (unit [code _+>])
=+ wey=(~(get by heg.caq.dur) had)
?^ wey
=+ key=u.wey
:+ ~ key
%= ..kuch
yed.caq.dur [~ had u.wey]
heg.caq.dur (~(del by heg.caq.dur) had)
qim.caq.dur (~(put by qim.caq.dur) had key)
==
=+ dyv=(~(get by qim.caq.dur) had)
?~ dyv ~
[~ u.dyv ..kuch]
::
++ wasc :: wasc:lax:as:go
|= key=code :: hear foreign code
^+ +>
=+ had=(shaf %hand key)
%_ ..wasc
yed.caq.dur [~ had key]
qim.caq.dur (~(put by qim.caq.dur) had key)
==
::
++ wast :: wast:lax:as:go
|= ryn=lane :: set route
^+ +>
%= +>
lun.wod.dur
?: ?=([%ix *] ryn)
?: ?| ?=(~ lun.wod.dur)
?=([%ix *] u.lun.wod.dur)
?& ?=([%if *] u.lun.wod.dur)
(gth p.ryn (add ~s10 p.u.lun.wod.dur))
==
==
[~ ryn]
lun.wod.dur
[~ ryn]
==
::
++ wist :: wist:lax:as:go
|= $: now=@da :: route via
waz=(list @p)
ryn=(unit lane)
pac=rock
==
^- (list boon)
?: =(our her) [[%ouzo *lane pac] ~]
?~ waz ~
=+ dyr=?:(=(her i.waz) dur (gur i.waz))
?. ?& !=(our i.waz)
?=(^ lun.wod.dyr)
==
$(waz t.waz)
:_ ?: ?=(%ix -.u.lun.wod.dyr)
$(waz t.waz)
~
:+ %ouzo u.lun.wod.dyr
?: &(=(i.waz her) =(~ ryn)) pac
=+ mal=(jam `meal`[%fore her ryn pac])
%- spit
^- cake
:* [our i.waz]
?~ yed.caq.dyr [%none mal]
:- %fast
%^ cat 7
p.u.yed.caq.dyr
(en:crub:crypto q.u.yed.caq.dyr mal)
==
::
++ zuul :: zuul:lax:as:go
|= [now=@da seg=ship ham=meal] :: encode message
^- [p=(list rock) q=_+>]
=< weft
|%
++ wasp :: null security
^-([p=skin q=@] [%none (jam ham)])
::
++ weft :: fragment message
^- [p=(list rock) q=_+>.$]
=^ gim ..weft wisp
:_ +>.$
^- (list rock)
=+ wit=(met 13 q.gim)
?< =(0 wit)
?: =(1 wit)
=+ yup=(spit [our her] p.gim q.gim)
[yup ~]
=+ ruv=(rip 13 q.gim)
=+ gom=(shaf %thug q.gim)
=+ inx=0
|- ^- (list rock)
?~ ruv ~
=+ ^= vie
%+ spit
[our her]
wasp(ham [%carp (ksin p.gim) inx wit gom i.ruv])
:- vie
$(ruv t.ruv, inx +(inx))
::
++ wisp :: generate message
^- [[p=skin q=@] q=_..wisp]
?: =(%carp -.ham)
[wasp ..wisp]
?: !=(~ yed.caq.dur)
?> ?=(^ yed.caq.dur)
:_ ..wisp
:- %fast
%^ cat 7
p.u.yed.caq.dur
(en:cub:cluy q.u.yed.caq.dur (jam ham))
?: &(=(~ lew.wod.dur) =(%back -.ham))
[wasp ..wisp]
:: we include our deed in asymmetric skins (%open and %full)
:: if we're a comet or moon, or if we're sponsoring her
::
=/ bil=(unit deed)
=/ rac (clan:title our)
?. ?| ?=(%pawn rac)
&(!?=(%czar rac) =(our seg))
==
~
`law.ton
=/ yig sen
=/ hom (jam ham)
?: =(~ lew.wod.dur)
:_ ..wisp
:- %open
%- jam
^- open:pact
:+ [~ lyf.yig]
bil
(sign:as:cub.yig hom)
=/ cay cluy
:: :tuy: symmetric key proposal
::
=^ tuy +>.$ (griz now)
:_ ..wisp
:- %full
%- jam
^- full:pact
:+ [lyf.cay lyf.yig]
bil
(seal:as:cub.yig pub:ex:cub.cay (jam tuy hom))
-- :: --zuul:lax:as:go
-- :: --lax:as:go
::
++ gur :: default dore
|= her=ship
^- dore
=+ def=?.((lth her 256) ~ [~ %if ~2000.1.1 0 (mix her .0.0.1.0)])
[[~2100.1.1 def ~] *clot]
::
++ myx :: dore by ship
|= her=ship
^+ lax
=/ fod=dore
(~(gut by hoc.ton) her (gur her))
~(. lax [her fod])
::
++ nux :: install dore
|= new=_lax
^+ +>
+>(hoc.ton (~(put by hoc.ton) her.new dur.new))
::
++ sen :: current crypto
^- [lyf=life cub=acru]
?~(val.ton !! [p.i.val.ton r.i.val.ton])
::
++ sev :: crypto by life
|= mar=life
^- [p=? q=acru]
?~ val.ton !!
?: =(mar p.i.val.ton)
[& r.i.val.ton]
?> (lth mar p.i.val.ton)
:- |
|- ^- acru
?> ?=(^ t.val.ton)
?: =(mar p.i.t.val.ton)
r.i.t.val.ton
$(t.val.ton t.t.val.ton)
-- :: --as:go
::
++ su :: install safe
|=(new=_as `town`ton.new)
::
++ ti :: expire by time
|= now=@da
^- town
!!
::
++ us :: produce safe
|=(our=ship `_as`~(. as our))
-- :: --go
--
::::::::::::::::::::::::::::::::::::::::::::::::::::::::
:: section 4aF, packet pump ::
|%
++ pu :: packet pump
|_ shed
++ abet +<
++ ahoy :: ahoy:pu
^+ . :: initialize
%_ .
rtt ~s1
rto ~s4
rtn ~
rue ~
nus 0
nif 0
nep 0
caw 2
cag 64
diq ~
pyz ~
puq ~
==
::
++ bick :: bick:pu
|= [now=@da fap=flap] :: ack by hash
^- [[p=(unit soup) q=(list rock)] _+>]
=+ sun=(~(get by diq) fap)
?~ sun
:: ~& [%bick-none `@p`(mug fap)] :: not a real error
[[~ ~] +>.$]
:: ~& [%bick-good `@p`(mug fap) u.sun]
=. diq (~(del by diq) fap)
=^ gub +>.$ (bock now u.sun)
=^ yop +>.$ (harv now)
[[gub yop] +>.$]
::
++ bilk :: bilk:pu
|= now=@da :: inbound packet
^+ +>
=+ trt=(mul 2 rtt)
%= +>.$
rue [~ now]
rto trt
rtn ?~(puq ~ [~ (add now trt)])
==
::
++ boom :: boom:pu
|= now=@da ^- ? :: address timeout
|(?=(~ rue) (gte (sub now u.rue) ~m1))
::
++ bust :: bust:pu
^- ? :: not responding
&(?=(^ rtn) (gte rto ~s16))
::
++ bike :: bike:pu
^+ . :: check stats
?> .= nif
|- ^- @
?~ puq 0
:(add !liv.q.n.puq $(puq l.puq) $(puq r.puq))
.
::
++ beet :: beet:pu
^+ . :: advance unacked
=- +(nep ?~(foh nus u.foh))
^= foh
|- ^- (unit @ud)
?~ puq ~
?: (lte p.n.puq nep) $(puq l.puq)
=+ rig=$(puq r.puq)
?^(rig rig [~ p.n.puq])
::
++ bine :: bine:pu
|= [now=@da num=@ud] :: apply ack
^- [(unit soup) _+>]
?~ puq !!
?. =(num p.n.puq)
?: (gth num p.n.puq)
=+ lef=$(puq l.puq)
[-.lef +.lef(puq [n.puq puq.lef r.puq])]
=+ rig=$(puq r.puq)
[-.rig +.rig(puq [n.puq l.puq puq.rig])]
=: rtt ?. &(liv.q.n.puq =(1 nux.q.n.puq)) rtt
=+ gap=(sub now lys.q.n.puq)
:: ~& [%bock-trip num (div gap (div ~s1 1.000))]
(div (add (mul 2 rtt) gap) 3)
nif (sub nif !liv.q.n.puq)
==
=+ lez=(dec (need (~(get by pyz) gom.q.n.puq)))
=^ gub pyz
?: =(0 lez)
[[~ gom.q.n.puq] (~(del by pyz) gom.q.n.puq)]
[~ (~(put by pyz) gom.q.n.puq lez)]
:- gub
+>.$(puq ~(nap to puq))
::
++ bock :: bock:pu
|= [now=@da num=@ud] :: ack by sequence
^- [(unit soup) _+>]
=^ gym +> (bine now num)
:- gym
?: (gth num nep)
=+ cam=(max 2 (div caw 2))
:: ~& [%bock-hole num nep cam]
beet:(wept(nep num, cag cam, caw cam) nep num)
=. caw ?: (lth caw cag) +(caw)
(add caw !=(0 (mod (mug now) caw)))
?: =(num nep)
:: ~& [%bock-fine num nif caw cag]
beet
:: ~& [%bock-fill num nif caw cag]
+>.$
::
++ harv :: harv:pu
|= now=@da :: harvest queue
^- [(list rock) _+>]
?: =(~ puq) [~ +>(rtn ~)]
?. (gth caw nif) [~ +>]
=+ wid=(sub caw nif)
=| rub=(list rock)
=< abet =< apse
|%
++ abet
?~ rub [~ +>.$]
[(flop rub) +>.$(rtn [~ (add rto now)])]
::
++ apse
^+ .
?~ puq .
?: =(0 wid) .
=> rigt =< left
?> ?=(^ puq)
?: =(0 wid) .
?. =(| liv.q.n.puq) .
:: ~& [%harv nux.q.n.puq p.n.puq]
%_ .
wid (dec wid)
rub [pac.q.n.puq rub]
nif +(nif)
liv.q.n.puq &
nux.q.n.puq +(nux.q.n.puq)
lys.q.n.puq now
==
::
++ left
?> ?=(^ puq)
^+(. =+(lef=apse(puq l.puq) lef(puq [n.puq puq.lef r.puq])))
++ rigt
?> ?=(^ puq)
^+(. =+(rig=apse(puq r.puq) rig(puq [n.puq l.puq puq.rig])))
--
::
++ wack :: wack:pu
|= now=@da :: wakeup (timeout)
^- [(list rock) _+>]
?. &(!=(~ rtn) ?>(?=(^ rtn) (gte now u.rtn))) [~ +>]
:: ~& [%slow (div rto (div ~s1 1.000))]
=. +> (wept 0 nus)
?> =(0 nif)
=: caw 2
rto ;: min
(mul 2 rto)
~m2
(mul ~s16 ?~(rue 1 +((div (sub now u.rue) ~d1))))
==
==
(harv now)
::
++ wept :: wept:pu
|= [fip=@ud lap=@ud] :: fip thru lap-1
=< abet =< apse
|%
++ abet +>.$
++ apse
^+ .
?~ puq .
?: (lth p.n.puq fip) ?~(l.puq . left)
?: (gte p.n.puq lap) ?~(r.puq . rigt)
=> rigt =< left
?> ?=(^ puq)
?.(liv.q.n.puq . .(nif (dec nif), liv.q.n.puq |))
::
++ left
?> ?=(^ puq)
^+(. =+(lef=apse(puq l.puq) lef(puq [n.puq puq.lef r.puq])))
++ rigt
?> ?=(^ puq)
^+(. =+(rig=apse(puq r.puq) rig(puq [n.puq l.puq puq.rig])))
--
::
++ whap :: whap:pu
|= [now=@da gom=soup wyv=(list rock)] :: send a message
^- [(list rock) _+>]
=. pyz (~(put by pyz) gom (lent wyv))
=. +>
|- ^+ +>.^$
?~ wyv +>.^$
%= $
wyv t.wyv
nus +(nus)
diq (~(put by diq) (shaf %flap i.wyv) nus)
puq (~(put to puq) [nus `soul`[gom 0 | ~2000.1.1 i.wyv]])
==
(harv now)
--
--
::::::::::::::::::::::::::::::::::::::::::::::::::::::::
:: section 4aG, protocol engine ::
::
|%
++ am :: am
~% %ames-am ..is ~
|_ [our=ship now=@da fox=fort ski=sley] :: protocol engine
:: +deed-scry: for a +deed at a +life
::
++ deed-scry
~/ %deed-scry
|= [who=ship lyf=life]
^- (unit deed)
=; ded
?~(ded ~ u.ded)
;; (unit (unit deed))
%- (sloy-light ski)
=/ pur=spur
/(scot %ud lyf)/(scot %p who)
[[151 %noun] %j our %deed da+now pur]
:: +life-scry: for a +life
::
++ life-scry
~/ %life-scry
|= who=ship
^- (unit life)
=; lyf
?~(lyf ~ u.lyf)
;; (unit (unit life))
%- (sloy-light ski)
=/ pur=spur
/(scot %p who)
[[151 %noun] %j our %life da+now pur]
:: +sein-scry: for sponsor
::
++ sein-scry
~/ %sein
|= who=ship
;; ship
%- need %- need
%- (sloy-light ski)
[[151 %noun] %j our %sein da+now /(scot %p who)]
:: +saxo-scry: for sponsorship chain
::
++ saxo-scry
~/ %saxo
|= who=ship
;; (list ship)
%- need %- need
%- (sloy-light ski)
[[151 %noun] %j our %saxo da+now /(scot %p who)]
:: +turf-scry: for network domains
::
++ turf-scry
=< $
~% %turf + ~
|. ;; (list turf)
%- need %- need
%- (sloy-light ski)
[[151 %noun] %j our %turf da+now ~]
::
++ vein :: vein:am
~/ %vein
|= [=life vein=(map life ring)] :: new private keys
^- fort
::
?. ?& (~(has by vein) life)
=(life (roll ~(tap in ~(key by vein)) max))
==
~| [%vein-mismatch +<] !!
%= fox
hoc.ton
:: reset connections
::
(~(run by hoc.ton.fox) |=(=dore dore(caq *clot)))
::
seh.ton
:: reset symmetric key cache
::
~
::
:: save our secrets, ready for action
law.ton
:: save our deed (for comet/moon communication)
::
(need (deed-scry our life))
::
val.ton
:: save our secrets, ready for action
::
^- wund
%+ turn
%+ sort
~(tap by vein)
|= [a=[=^life =ring] b=[=^life =ring]]
(gth life.a life.b)
|= [=^life =ring]
[life ring (nol:nu:crub:crypto ring)]
==
::
++ gnaw :: gnaw:am
~/ %gnaw
|= [kay=cape ryn=lane pac=rock] :: process packet
^- [p=(list boon) q=fort]
=/ kec=(unit cake) (bite pac)
?~ kec [~ fox]
?: (goop p.p.u.kec)
[~ fox]
?. =(our q.p.u.kec)
[~ fox]
=; zap=[p=(list boon) q=fort]
[(weld p.zap next) q.zap]
=< zork
=< zank
:: ~& [%hear p.p.u.kec ryn `@p`(mug (shaf %flap pac))]
%- ~(chew la:(ho:um p.p.u.kec) kay ryn %none (shaf %flap pac))
[q.u.kec r.u.kec]
::
++ goop :: blacklist
|= him=ship
|
::
++ kick :: kick:am
|= hen=duct :: refresh net
^- [p=(list boon) q=fort]
zork:(kick:um hen)
::
++ next
^- (list boon)
=/ doz=(unit @da) [~ (add now ~s32)]
=. doz
|- ^+ doz
?~ wab.zac.fox doz
=. doz $(wab.zac.fox l.wab.zac.fox)
=. doz $(wab.zac.fox r.wab.zac.fox)
=+ bah=q.n.wab.zac.fox
(hunt lth doz rtn.sop.bah)
=/ nex (hunt lth doz tim.fox)
?: =(tim.fox nex)
~
[%pito (need nex)]~
::
++ rack :: rack:am
~/ %rack
|= [her=ship cha=path cop=coop] :: e2e ack
=/ oh (ho:um her)
=^ gud oh (cook:oh cop cha ~)
?. gud oh
(cans:oh cha)
::
++ wake :: wake:am
~/ %wake
|= hen=duct :: harvest packets
^- [p=(list boon) q=fort]
=. tim.fox ~
=/ neb=(list ship) ~(tap in ~(key by wab.zac.fox))
=| bin=(list boon)
|- ^- [p=(list boon) q=fort]
?~ neb
=^ ban fox (kick hen)
[:(weld bin p.ban next) fox]
=/ fro=(list ship) (saxo-scry our)
=/ hoz (ho:um i.neb)
=^ bun fox zork:zank:(thaw:hoz fro)
$(neb t.neb, bin (weld p.bun bin))
::
++ wise :: wise:am
|= [hen=duct her=ship cha=path val=*] :: send a statement
^- [p=(list boon) q=fort]
=^ ban fox zork:zank:(wool:(ho:um her) hen cha val)
[(weld p.ban next) fox]
::
++ um :: per server
=/ gus (~(us go ton.fox) our)
=/ weg=corn zac.fox
=| bin=(list boon)
|%
++ ho :: ho:um:am
|= her=ship :: per friend
=+ diz=(myx:gus her)
=+ bah=(~(get by wab.weg) her)
=+ puz=?~(bah ahoy:pu %*(. pu +< sop.u.bah))
=> .(bah `bath`?~(bah [abet:puz ~ ~] u.bah))
|%
++ busk :: busk:ho:um:am
|= [waz=(list ship) pax=(list rock)] :: send packets
%_ +>
bin
|- ^+ bin
?~ pax bin
$(pax t.pax, bin (weld (flop (wist:diz now waz ~ i.pax)) bin))
==
::
++ cans :: cans:ho:um:am
|= cha=path
=+ rum=(need (~(get by raz.bah) cha))
=. rum
%= rum
did +(did.rum)
mis (~(del by mis.rum) did.rum)
==
(coat cha rum)
::
++ coat :: coat:ho:um:am
|= [cha=path rum=race] :: update input race
^+ +>
=+ cun=(~(get by mis.rum) did.rum)
?: |(!dod.rum ?=(~ cun))
::
:: if we have not yet received the current message,
:: or if we are not idle, just wait.
::
+>.$(raz.bah (~(put by raz.bah) cha rum))
?. =(%good p.u.cun)
::
:: if we are recording a failed message, acknowledge
:: it now, since it obviously won't be processed.
::
~& [%fail-ack did.rum]
=^ gud +>.$
(cook ``[%dead-message ~] cha `[q.u.cun r.u.cun])
?. gud +>.$
%= +>.$
raz.bah
%+ ~(put by raz.bah) cha
%= rum
did +(did.rum)
mis (~(del by mis.rum) did.rum)
==
==
::
:: the message is good. send it to be processed.
::
?> ?=(^ s.u.cun)
%= +>.$
raz.bah (~(put by raz.bah) cha rum(dod |))
bin
:_ bin
:^ %milk
her
`soap`[[lyf:sen:gus clon:diz] cha did.rum]
u.s.u.cun
==
::
++ cook :: cook:ho:um:am
|= [cop=coop cha=path ram=(unit [ryn=lane dam=flap])]
^- [gud=? con=_+>] :: acknowledgment
:: ~& [%ames-cook cop cha ram]
=+ rum=(need (~(get by raz.bah) cha))
=+ lat=(~(get by mis.rum) did.rum)
?: &(?=(~ lat) ?=(~ ram))
~& %ack-late-or-redundant
[%| +>.$]
:- %&
=+ ^- [ryn=lane dam=flap]
?^ ram [ryn.u.ram dam.u.ram]
?< ?=(~ lat)
[q r]:u.lat
=. raz.bah
?^ ram raz.bah
%+ ~(put by raz.bah) cha
rum(dod &, bum ?~(cop bum.rum (~(put by bum.rum) did.rum u.cop)))
=/ seg (sein-scry her)
=^ roc diz (zuul:diz now seg [%back cop dam ~s0])
=/ fro=(list ship) (saxo-scry our)
(busk(diz (wast:diz ryn)) (xong fro) roc)
:: XX move this logic into %zuse, namespaced under %jael?
::
++ deng :: deng:ho:um:am
|= law=(unit deed) :: accept inline deed
^+ diz
?: |(=(~ law) =(lew.wod.dur.diz law))
diz
~| [%deng-fail her]
?> ?=(^ law)
=* wed u.law
?> ^- ?
?- (clan:title her)
%pawn
:: self-signed, life 1, address is fingerprint
::
=/ cub=acru (com:nu:crub:crypto pass.wed)
?& =(`@`fig:ex:cub her)
?=(%1 life.wed)
?=(^ oath.wed)
:: XX do we care about this signature at all?
::
.= (need (sure:as:cub u.oath.wed))
(shaf %self (sham [her life.wed pass.wed]))
==
::
*
:: our sponsor
::
?& !?=(%czar (clan:title our))
=(her (sein-scry our))
==
==
diz(lew.wod.dur law)
::
++ done :: done:ho:um:am
|= [cha=path num=@ud] :: complete outgoing
^- [(unit duct) _+>]
:: ~& [%ames-done cha num]
=+ rol=(need (~(get by ryl.bah) cha))
=+ rix=(~(get by san.rol) num)
?~ rix [~ +>.$]
:- rix
%_ +>.$
ryl.bah
(~(put by ryl.bah) cha rol(san (~(del by san.rol) num)))
==
::
++ la :: la:ho:um:am
|_ [kay=cape ryn=lane aut=skin dam=flap] :: per packet
::
++ chew :: chew:la:ho:um:am
|= [sin=skin msg=@] :: receive
^+ +>
=< abed
|%
:: +abed: check that we have the keys to communicate with :her
::
++ abed
^+ +>.$
:: if we don't have a deed, subscribe for public key updates
::
:: XX update state so we only ask once?
::
=? +>.$ ?=(~ lew.wod.dur.diz)
(emit %beer her)
:: if we don't have a deed, scry for it
:: (to avoid dropping the packet, if possible).
::
=? lew.wod.dur.diz ?=(~ lew.wod.dur.diz)
=/ life (life-scry her)
?~(life ~ (deed-scry her u.life))
:: if we have a deed, proceed
::
?^ lew.wod.dur.diz
apse
:: if :her is our initial sponsor, proceed (TOFU)
::
:: XX TOFU is unnecessary if we include keys
:: for the full sponsorship chain in the boot event
::
?: =(her (sein-scry our))
apse
:: if :her is a comet, or a moon of a known ship, proceed
::
=/ =rank:title (clan:title her)
?: ?=(%pawn rank)
apse
:: otherwise, drop the packet
::
+>.$
:: +apse: process the packet, notify if :her status changed
::
++ apse
^+ +>.$
=/ oub bust:puz
=/ neg =(~ yed.caq.dur.diz)
=. +>.$ east
=/ eng =(~ yed.caq.dur.diz)
=/ bou bust:puz
=? +>.$ &(oub !bou)
(emit [%wine her " is ok"])
:: the presence of a symmetric key indicates neighboring
:: XX use deed instead?
::
=? +>.$ &(neg !eng)
%- emir :~
[%wine her " is your neighbor"]
?> ?=(^ lew.wod.dur.diz)
[%raki her [life pass]:u.lew.wod.dur.diz]
==
+>.$
::
++ east
^+ +>.$
?- sin
%none
:: ~& %chew-none
=. puz (bilk:puz now)
(chow ;;(meal (cue msg)))
::
%fast
:: ~& %chew-fast
=+ [mag=`hand`(end 7 1 msg) bod=(rsh 7 1 msg)]
=/ dey (kuch:diz mag)
:: ignore unknown key
::
?~ dey +>.$
=. puz (bilk:puz now)
=^ key diz u.dey
(chow(aut sin) ;;(meal (cue (dy:cub:sen:gus key bod))))
::
%full
:: ~& %chew-full
=/ mex ;;(full:pact (cue msg))
=. diz (deng law.mex)
=/ wug cluy:diz
~| [from=her expected-her-life=lyf.wug got-her-life=from.lyf.mex]
?> =(lyf.wug from.lyf.mex)
~| [from=her got-our-life=to.lyf.mex]
=/ gey (sev:gus to.lyf.mex)
=/ sem (need (tear:as:q.gey pub:ex:cub.wug txt.mex))
=/ mes ;;((pair @ @) (cue sem))
=. diz (wasc:diz p.mes)
=. puz (bilk:puz now)
(west(msg q.mes))
::
%open
:: ~& %chew-open
=/ mex ;;(open:pact (cue msg))
=. diz (deng law.mex)
=/ wug cluy:diz
~| [from=her expected-her-life=lyf.wug got-her-life=from.lyf.mex]
?> =(lyf.wug from.lyf.mex)
=/ mes (need (sure:as:cub.wug txt.mex))
=. puz (bilk:puz now)
(west(msg mes))
==
++ west
|= ~
=+ vib=(cue msg)
=+ mal=(meal vib)
?. =(mal vib)
~& [%bad-meal her]
+>.^$
(chow(aut sin) mal)
--
::
++ chow :: chow:la:ho:um:am
|= fud=meal :: interpret meal
^+ +>
=. diz ?:(=(%none aut) diz (wast:diz ryn))
(dine fud)
::
++ cock :: cock:la:ho:um:am
^+ . :: send new ack
:: ~& [%back kay dam]
=* cop `coop`?:(=(%good kay) ~ ``[%dead-packet ~])
=/ seg (sein-scry her)
=^ pax diz (zuul:diz now seg [%back cop dam ~s0])
=/ fro=(list ship) (saxo-scry our)
..cock(+> (busk(diz (wast:diz ryn)) (xong fro) pax))
::
++ deer :: deer:la:ho:um:am
|= [cha=path num=@ud dut=(unit)] :: interpret message
^+ +>
=+ rum=(~(gut by raz.bah) cha *race)
:: ~& [%rx kay cha num [dod.rum did.rum] ?=(~ dut)]
=* bad (~(has in bad.fox) her)
=. kay ?.((~(has in bad.fox) her) kay ~&(%blocked %dead))
%= +>.$
+>
?: (lth num did.rum)
::
:: this message already acknowledged; repeat old ack,
:: or negative ack if this ship is blocked
::
=* cop ^- coop
%+ ~(gut by bum.rum) num
?:(bad ~ ``[%blocked ~])
con:(cook (~(get by bum.rum) num) cha `[ryn dam])
::
:: insert this message in unprocessed set
::
=. mis.rum (~(put by mis.rum) num [kay ryn dam dut])
::
:: if ship is blocked, advance pointer to latest message
::
=. did.rum ?.(bad did.rum num)
::
:: process update
::
(coat cha rum)
==
::
++ dine :: dine:la:ho:um:am
|= fud=meal :: interpret meal
^+ +>
?- -.fud
%back
=. +> ?.(=(%full aut) +> cock) :: finish handshake
+>(..la (tock p.fud q.fud r.fud))
::
%bond
:: ~& [%bond p.fud q.fud]
(deer p.fud q.fud ?-(kay %dead ~, %good [~ r.fud]))
::
%carp
:: =+ zol=(~(get by olz.weg) s.fud)
:: ?^ zol cock(kay u.zol)
=^ neb nys.weg
=+ neb=(~(get by nys.weg) s.fud)
?^ neb [u.neb nys.weg]
=+ neb=`bait`[(kins p.fud) 0 r.fud ~]
[neb (~(put by nys.weg) s.fud neb)]
?> (lth q.fud p.r.neb)
?> =((kins p.fud) p.neb)
?> =(r.fud p.r.neb)
=+ doy=`(unit @)`(~(get by q.r.neb) q.fud)
?^ doy cock
=> ^+ . %= .
q.r.neb (~(put by q.r.neb) q.fud t.fud)
q.neb +(q.neb)
==
:: ~& [%carp q.fud s.fud q.neb p.r.neb]
?: =(q.neb p.r.neb)
=: nys.weg (~(del by nys.weg) s.fud)
:: olz.weg (~(put by olz.weg) s.fud kay)
==
(golf p.neb r.neb)
=. +>.$ cock
+>.$(nys.weg (~(put by nys.weg) s.fud neb))
::
%fore
=+ ^= lyn ^- lane
?~ q.fud ryn
?. ?=(%if -.u.q.fud) u.q.fud
[%ix +.u.q.fud]
:: u.q.fud
?: =(our p.fud)
(emit %mead lyn r.fud)
=/ zid (myx:gus p.fud)
=/ zon %*(xong ..xong her p.fud)
=/ fro=(list ship) (saxo-scry our)
(emir (wist:zid now (zon fro) [~ lyn] r.fud))
==
::
++ emir :: emir:la:ho:um:am
|= ben=(list boon) :: emit boons
^+ +>
?~(ben +> $(ben t.ben, bin [i.ben bin]))
::
++ emit :: emit:la:ho:um:am
|= bun=boon :: emit a boon
+>(bin [bun bin])
::
++ golf :: golf:la:ho:um:am
|= [sin=skin duv=dove] :: assemble fragments
^+ +>
%+ chew sin
=+ [nix=0 rax=*(list @)]
|- ^- @
?: =(p.duv nix)
(can 13 (turn (flop rax) |=(a=@ [1 a])))
$(nix +(nix), rax [(need (~(get by q.duv) nix)) rax])
-- :: --la:ho:um:am
::
++ pong :: pong:ho:um:am
|= hen=duct :: test connection
^+ +>
?. ?& =(~ puq.puz)
?| bust:puz
?=(~ rue.puz)
(gth now (add ~s32 u.rue.puz))
:: XX hop.fox is never set, nothing sends %kick
::
:: (lth u.rue.puz hop.fox)
==
==
+>.$
(wool [/a/ping hen] /a/pi ~ |)
::
++ thaw :: thaw:ho:um:am
|= fro=(list ship)
^+ +> :: wakeup bomb
=+ oub=bust:puz
=^ yem puz (wack:puz now)
=+ bou=bust:puz
=. bin
?. &(bou !oub) bin
:_(bin [%wine her " not responding still trying"])
=. diz ?:((boom:puz now) (pode:diz now) diz)
(busk (xong fro) yem)
::
++ tock :: tock:ho:um:am
|= [cop=coop fap=flap cot=@dr] :: e2e ack by hash
^+ +>
=^ yoh puz (bick:puz now fap)
=. +>.$
?~ p.yoh +>.$
=^ hud +>.$
(done p.u.p.yoh q.u.p.yoh)
?~ hud +>.$
%= +>.$
bin
:_ bin
`boon`[%cake her [[lyf:sen:gus clon:diz] u.p.yoh] cop u.hud]
==
=/ fro=(list ship) (saxo-scry our)
(busk (xong fro) q.yoh)
::
++ wind :: wind:ho:um:am
|= [gom=soup ham=meal]
:: ~& [%wind her gom]
^+ +>
=/ seg (sein-scry her)
=^ wyv diz (zuul:diz now seg ham)
=^ feh puz (whap:puz now gom wyv)
=/ fro=(list ship) (saxo-scry our)
(busk (xong fro) feh)
::
++ wool :: wool:ho:um:am
|= [hen=duct cha=path val=*] :: send a statement
^+ +>
=/ rol=rill (~(gut by ryl.bah) cha *rill)
=/ sex=@ud sed.rol
:: ~& [%tx [our her] cha sex]
:: if we don't have a public key for :her,
:: subscribe to %jael for keys and proceed
::
:: XX update state so we only ask once?
::
=? bin =(~ lew.wod.dur.diz) :_(bin [%beer her])
:: if we don't have a public key for :her,
:: scry into %jael for them.
:: (skin will only be %open if the scry is ~)
::
=? lew.wod.dur.diz =(~ lew.wod.dur.diz)
=/ life (life-scry her)
?~(life ~ (deed-scry her u.life))
=. ryl.bah
%+ ~(put by ryl.bah) cha
%= rol
sed +(sed.rol)
san (~(put by san.rol) sex hen)
==
%+ wind [cha sex]
[%bond cha sex val]
::
++ zest :: zest:ho:um:am
:~ :~ :* [%rtt rtt.sop.bah]
[%rto rto.sop.bah]
[%rtn rtn.sop.bah]
[%rue rue.sop.bah]
==
:* [%nus nus.sop.bah]
[%nif nif.sop.bah]
[%nep nep.sop.bah]
[%caw caw.sop.bah]
[%cag cag.sop.bah]
==
=+ qup=~(tap to puq.sop.bah)
:- %qup
%+ turn qup
|= [a=@ud b=soul]
:* a
nux.b
liv.b
lys.b
`@p`(mug (shaf %flap pac.b))
gom.b
==
==
::
:- %raz
=+ zar=~(tap by raz.bah)
%+ turn zar
|= [a=path b=race]
:+ a
did.b
=+ ciy=~(tap by mis.b)
%+ turn ciy
|= [c=@ud d=[p=cape q=lane r=flap s=(unit)]]
[c p.d r.d]
::
[%ryl ~(tap to ryl.bah)]
[%lun lun.wod.dur.diz]
[%caq caq.dur.diz]
[%lew lew.wod.dur.diz]
==
::
++ zank :: zank:ho:um:am
%= +>.$ :: resolve
gus (nux:gus diz)
wab.weg (~(put by wab.weg) her bah(sop abet:puz))
==
::
++ xong :: xong:ho:um:am
|= fro=(list ship)
^- (list ship) :: route unto
=/ too (saxo-scry her)
=+ ^= oot ^- (list ship)
=| oot=(list ship)
|- ^+ oot
?~ too ~
?: (lien fro |=(a=ship =(a i.too))) ~
[i.too $(too t.too)]
:: ~& [%xong-to [our her] (weld oot ?>(?=(^ fro) t.fro))]
(weld oot ?>(?=(^ fro) t.fro))
-- :: --ho:um:am
::
++ kick :: kick:um:am
|= hen=duct :: test connection
^+ +>
=/ hoy (tail (saxo-scry our))
|- ^+ +>.^$
?~ hoy
+>.^$
$(hoy t.hoy, +>.^$ (pong i.hoy hen))
::
++ pals :: pals:um:am
^- (list @p) :: active neighbors
%+ turn
%+ skim ~(tap by wab.weg)
|= [a=ship b=bath]
!(~(boom pu sop.b) now)
|=([a=ship b=bath] a)
::
++ pong :: pong:um:am
|= [her=ship hen=duct] :: test neighbor
^+ +>
zank:(pong:(ho her) hen)
::
++ zork :: zork:um:am
^- [p=(list boon) q=fort] :: resolve
:- (flop bin)
%_ fox
ton (~(su go ton.fox) gus)
zac weg
==
-- :: --um:am
-- :: --am
--
. ==
::::::::::::::::::::::::::::::::::::::::::::::::::::::::
:: section 4aH, protocol vane ::
::
=| $: fox=fort :: kernel state
== ::
|= [our=ship now=@da eny=@uvJ ski=sley] :: current invocation
^? :: opaque core
=<
~% %ames-protocol ..is ~
|% :: vane interface
++ call :: handle request
~/ %call
|= $: hen=duct
type=*
wrapped-task=(hobo task:able)
==
^- [(list move) _..^$]
=/ task=task:able
?. ?=(%soft -.wrapped-task)
wrapped-task
;;(task:able p.wrapped-task)
=. any.ton.fox eny
=^ duy ..knob (knob hen task)
[duy ..^$]
::
++ load
|= old=fort
..^$(fox old)
::
++ scry
|= [fur=(unit (set monk)) ren=@tas why=shop syd=desk lot=coin tyl=path]
^- (unit (unit cage))
?. ?=(%& -.why) [~ ~]
?~ tyl [~ ~]
=+ hun=(slaw %p i.tyl)
?~ hun [~ ~]
?. =(`@`0 ren) ~
?. ?=([$$ %da @] lot)
~
?. =(now q.p.lot) ~
(temp u.hun [syd t.tyl])
::
++ stay fox
++ take :: accept response
~/ %take
|= [tea=wire hen=duct hin=(hypo sign)]
^- [(list move) _..^$]
=. any.ton.fox eny
=^ duy ..knap
(knap tea hen q.hin)
[duy ..^$]
--
~% %ames-impl ..is ~
|%
++ clop
~/ %clop
|= [now=@da hen=duct bon=boon]
^- [(list move) fort]
?- -.bon
%beer
=/ =wire /pubs/(scot %p p.bon)
:_ fox [hen [%pass wire %j %public-keys (silt p.bon ~)]]~
::
%bock
:: ignore %turf if we haven't yet learned a unix duct
::
:: Only happens during first boot.
::
?~ gad.fox
[~ fox]
:_ fox
[gad.fox %give %turf tuf.fox]~
::
%brew
:_ fox [hen [%pass / %j %turf ~]]~
::
%cake
:: ~? ?=(^ r.bon) [%cake-woot-bad hen r.bon]
:_ fox
:~ [s.bon %give %woot p.bon r.bon]
==
::
%mead
=^ moz +>.$ (knob hen [%hear p.bon q.bon])
[moz fox]
::
%milk
:: ~& [%milk p.bon q.bon]
?> ?=([@ @ *] q.q.bon)
?> ?=(?(%a %c %e %g %j) i.q.q.bon)
=/ =wire [(scot %p our) (scot %p p.bon) q.q.bon]
:_ fox [hen %pass wire i.q.q.bon %west p.bon t.q.q.bon r.bon]~
::
%ouzo
:: drop packet if we haven't yet learned a unix duct
::
:: Only happens during first boot.
::
?~ gad.fox
[~ fox]
:: ~& [%send now p.bon `@p`(mug (shaf %flap q.bon))]
:_ fox
[[gad.fox [%give %send p.bon q.bon]] ~]
::
%pito
:: ignore/unset timer if we haven't yet learned a unix duct
::
:: Only happens during first boot.
::
?~ gad.fox
[~ fox(tim ~)]
::
:_ fox(tim `p.bon)
%- flop
^- (list move)
:: XX should this be the unix duct (gad.fox)?
::
:: It seems far more important that the duct be always
:: predictable than that it be the unix duct, which
:: may change, or be unset during first boot.
::
:- [gad.fox %pass /ames %b %wait p.bon]
?~ tim.fox ~
[gad.fox %pass /ames %b %rest u.tim.fox]~
::
%raki
:_ fox
[hen [%pass / %j %meet who=p.bon life=q.bon pass=r.bon]]~
::
%sake
=/ =wire /our/(scot %p our)
:_ fox [hen [%pass wire %j %private-keys ~]]~
::
%wine
[[(print hen p.bon q.bon) ~] fox]
==
::
++ print
|= [hen=duct who=ship =tape]
^- move
=+ fom=~(rend co %$ %p who)
:- hen
:+ %slip %d
:+ %flog %text
;: weld
"; "
fom
tape
==
::
++ knap
~/ %knap
|= [tea=wire hen=duct sih=sign]
^- [(list move) _+>]
:: if we got an error from behn, report it to %dill; TODO handle errors
::
?: ?=([%wake ^] +.sih)
=/ =flog:dill [%crud %wake u.error.sih]
[[hen %slip %d %flog flog]~ +>.$]
::
?- +<.sih
%crud [[[hen [%slip %d %flog +.sih]] ~] +>]
::
%mack ?~ +>.sih $(sih [%g %nice ~]) :: XX using old code
$(sih [%g %mean `[%mack +>+.sih]])
::
%public-keys
?. ?=([%pubs @ ~] tea)
~& [%strange-pubs tea]
[~ +>.$]
?: ?=(%breach -.public-keys-result.sih)
(sink hen who.public-keys-result.sih)
?: ?& ?=(%diff -.public-keys-result.sih)
!?=(%keys -.diff.public-keys-result.sih)
==
[~ +>.$]
=/ her=ship (slav %p i.t.tea)
=/ gus (~(us go ton.fox) our)
=/ diz (myx:gus her)
=/ ded=(unit deed)
?: ?=(%full -.public-keys-result.sih)
~| [her=her public-keys-result=public-keys-result.sih]
=/ a-point=(unit point:able:jael)
(~(get by points.public-keys-result.sih) her)
?~ a-point
~
=/ k (~(get by keys.u.a-point) life.u.a-point)
?~ k
~
`[life.u.a-point pass.u.k oath=~]
?> ?=(%keys -.diff.public-keys-result.sih)
?> =(her who.public-keys-result.sih)
=/ a-key-update=key-update:point:able:jael
to.diff.public-keys-result.sih
`[life.a-key-update pass.a-key-update oath=~]
?~ ded
[~ +>.$]
=. lew.wod.dur.diz `u.ded
=. ton.fox (~(su go ton.fox) (nux:gus diz))
[~ +>.$]
::
%unto [~ +>]
::
%private-keys
?. ?=([%our @ ~] tea)
~& [%strange-vein tea]
[~ +>]
=. fox (~(vein am [our now fox ski]) life.sih vein.sih)
[~ +>.$]
::
%woot [~ +>]
::
*
=+ ^= fuy
^- [p=(list boon) q=fort]
?- +<.sih
::
:: only handles the non-error %wake case; error case above
::
%wake
(~(wake am [our now fox ski]) hen)
::
%turf
?: =(tuf.fox turf.sih)
[~ fox]
=. tuf.fox turf.sih
[[%bock ~]~ fox]
::
?(%mean %nice) :: XX obsolete
?: ?=([%ye ~] tea)
[~ fox]
?> ?=([@ @ @ *] tea)
=/ her (slav %p i.t.tea)
=* pax t.t.tea
=< zork =< zank
%^ ~(rack am [our now fox ski]) her pax
:: ~& [%knap-ack ?-(+<.sih %mean `p.+.sih, %nice ~)]
?-(+<.sih %mean `p.+.sih, %nice ~)
==
=> %_(. fox q.fuy)
=| out=(list move)
|- ^- [p=(list move) q=_+>.^$]
?~ p.fuy
[(flop out) +>.^$]
=^ toe fox (clop now hen i.p.fuy)
$(p.fuy t.p.fuy, out (weld (flop toe) out))
==
::
++ sink
|= [hen=duct who=ship]
^- [(list move) _+>]
?: =(our who)
[[(print hen who ", you have sunk") ~] +>.$]
::
=: hoc.ton.fox (~(del by hoc.ton.fox) who)
wab.zac.fox (~(del by wab.zac.fox) who)
==
[[(print hen who " has sunk") ~] +>.$]
::
++ knob
~/ %knob
|= [hen=duct kyz=task:able]
^- [(list move) _+>]
?: ?=(%crud -.kyz)
[[[hen [%slip %d %flog kyz]] ~] +>]
?: ?=(%west -.kyz)
:: a .cha path of /a/give/* is immediately acknowledged and
:: routed directly out to unix
::
?: ?=([%give *] q.kyz)
~| [%ames-bad-duct %give from=p.kyz route=q.kyz]
?> ?=(^ gad.fox)
:_ +>.$
[[gad.fox %give kyz] [hen %give %mack ~] ~]
:: a .cha path of /a/pi is just a ping, immediately acknowledged
::
?> ?=([%pi ~] q.kyz)
:_ +>.$
[[hen %give %mack ~] ~]
?: ?=(%wegh -.kyz)
~& %ames-weighing
[[hen %give %mass wegh]~ +>]
=+ ^= fuy
^- [p=(list boon) q=fort]
?- -.kyz
%barn
=: gad.fox hen
tuf.fox ~(turf-scry am [our now fox ski])
==
[[%bock ~]~ fox]
::
%bonk
:_ fox
?~ tim.fox
~& %ames-bonk-e
~
[%pito u.tim.fox]~
::
%hear
(~(gnaw am [our now fox ski]) %good p.kyz q.kyz)
::
%halo
(~(gnaw am [our now fox ski]) %dead p.kyz q.kyz)
::
%hole
(~(gnaw am [our now fox ski]) %dead p.kyz q.kyz)
::
%init
:_ fox [[%sake ~] [%brew ~] ~]
::
%kick
=^ ban fox (~(kick am [our now fox(hop p.kyz) ski]) hen)
:: +next:am called here because +wake calls +kick in a loop
::
[(weld p.ban ~(next am [our now fox ski])) fox]
::
%nuke
:- ~
?: (~(has in bad.fox) p.kyz)
~& [%unblock p.kyz]
fox(bad (~(del in bad.fox) p.kyz))
~& [%block p.kyz]
fox(bad (~(put in bad.fox) p.kyz))
::
%trim
[~ fox]
::
%vega
:: re-initialize our cryptosuite B cores
::
=/ =wund
%+ turn
val.ton.fox
|= [=life =ring *]
[life ring (nol:nu:crub:crypto ring)]
[~ fox(val.ton wund)]
::
%wake
(~(wake am [our now fox ski]) hen)
::
%want
(~(wise am [our now fox ski]) hen p.kyz q.kyz r.kyz)
==
=> %_(. fox q.fuy)
=| out=(list move)
|- ^- [p=(list move) q=_+>.^$]
?~ p.fuy
[(flop out) +>.^$]
=^ toe fox (clop now hen i.p.fuy)
$(p.fuy t.p.fuy, out (weld (flop toe) out))
::
++ temp
~/ %temp
|= [his=ship tyl=path]
^- (unit (unit cage))
?: ?=([?(%show %tell) *] tyl)
?^ t.tyl [~ ~]
=+ zet=zest:(ho:~(um am [our now fox ski]) his)
``[%noun ?:(=(%show i.tyl) !>(>zet<) !>(zet))]
?: ?=([%pals ~] tyl)
?. =(our his)
~
``[%noun !>(pals:~(um am [our now fox ski]))]
?: ?=([%time ~] tyl)
?. =(our his)
~
``[%noun !>(tim.fox)]
~
::
++ wegh
^- mass
:+ %ames %|
:~ :+ %town %|
=> ton.fox
:~ wund+&+val
deed+&+law
fast+&+seh
them+&+hoc
==
:+ %corn %|
=> zac.fox
:~ incoming+&+nys
complete+&+olz
neighbor+&+wab
==
dot+&+fox
==
--
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