urbit/app/talk.hoon

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:: :: ::
:::: /app/talk/hoon :: ::
:: :: ::
::
::TODO make sure glyphs only get bound when joins succeed
:: ...this is a bit troublesome, because failed joins don't actually
:: unsubscribe us.
::
::TODO maybe keep track of received grams per circle, too?
::
::TODO [type query] => [press tab to cycle search results, newest-first]
:: => [escape to clear]
::
::> This reader implementation makes use of the %inbox
::> for all its subscriptions and messaging. All
::> rumors received are exclusively about the %inbox,
::> since that's the only thing the reader ever
::> subscribes to.
::
/? 151 ::< hoon version
/- hall, sole ::< structures
/+ hall, sole ::< libraries
/= seed /~ !>(.)
::
::::
::
=, hall
=, sole
=> ::> ||
::> || %arch
::> ||
::> data structures
::
|%
++ state ::> reader state
$: :: messaging state ::
count/@ud ::< (lent grams)
grams/(list telegram) ::< all history
known/(map serial @ud) ::< messages heard
sources/(set circle) ::< our subscriptions
:: circle details ::
remotes/(map circle group) ::< remote presences
mirrors/(map circle config) ::< remote configs
:: ui state ::
nicks/(map ship nick) ::< human identities
bound/(map audience char) ::< bound circle glyphs
binds/(jug char audience) ::< circle glyph lookup
cli/shell ::< interaction state
== ::
++ shell ::> console session
$: id/bone ::< identifier
latest/@ud ::< latest shown msg num
say/sole-share ::< console state
active/audience ::< active targets
settings/(set term) ::< frontend settings
width/@ud ::< display width
== ::
++ move (pair bone card) ::< all actions
++ lime ::> diff fruit
$% {$sole-effect sole-effect} ::
== ::
++ pear ::> poke fruit
$% {$hall-command command} ::
{$hall-action action} ::
== ::
++ card ::> general card
$% {$diff lime} ::
{$poke wire dock pear} ::
{$peer wire dock path} ::
== ::
++ work ::> interface action
$% :: circle management ::
{$join (map circle range)} ::< subscribe to
{$leave audience} ::< unsubscribe from
{$create security naem cord} ::< create circle
{$delete naem (unit cord)} ::< delete circle
{$depict naem cord} ::< change description
{$filter naem ? ?} ::< change message rules
{$invite naem (set ship)} ::< give permission
{$banish naem (set ship)} ::< deny permission
{$source naem (map circle range)} ::< add source
{$unsource naem (map circle range)} ::< remove source
:: personal metadata ::
{$attend audience (unit presence)} ::< set our presence
{$name audience human} ::< set our name
:: messaging ::
{$say (list speech)} ::< send message
{$eval cord twig} ::< send #-message
{$target p/audience q/(unit work)} ::< set active targets
{$reply $@(@ud {@u @ud}) (list speech)} ::< reply to
:: displaying info ::
{$number $@(@ud {@u @ud})} ::< relative/absolute
{$who audience} ::< presence
{$what (unit $@(char audience))} ::< show bound glyph
:: ui settings ::
{$bind char (unit audience)} ::< bind glyph
{$unbind char (unit audience)} ::< unbind glyph
{$nick (unit ship) (unit cord)} ::< un/set/show nick
{$set term} ::< enable setting
{$unset term} ::< disable setting
{$width @ud} ::< change display width
:: miscellaneous ::
{$show circle} ::< show membership
{$hide circle} ::< hide membership
{$help $~} ::< print usage info
== ::
++ glyphs `wall`~[">=+-" "}),." "\"'`^" "$%&@"] ::< circle char pool '
--
::
::> ||
::> || %work
::> ||
::> functional cores and arms.
::
|_ {bol/bowl:gall state}
::
++ prep ::< prepare state
::> adapts state.
::
|= old/(unit state)
^- (quip move _..prep)
?~ old
ta-done:ta-init:ta
[~ ..prep(+<+ u.old)]
::
::> ||
::> || %utility
::> ||
::> small utility functions.
::+|
::
++ broker ::< broker ship + name
^- dock
:_ %hall
(true-self our.bol)
::
++ inbox ::< reader's circle name
::> produces the name of the circle used by this
::> reader for all its operations
^- naem
%inbox
::
++ incir ::< reader's circle
::> ++inbox, except a full circle.
^- circle
:_ inbox
(true-self our.bol)
::
++ renum ::< gram i# by serial
::> find the grams list index for gram with serial.
|= ser/serial
^- (unit @ud)
=+ num=(~(get by known) ser)
?~ num ~
`(sub count +(u.num))
::
++ recall ::< gram by serial
::> find a known gram with serial {ser}.
|= ser/serial
^- (unit telegram)
=+ num=(renum ser)
?~ num ~
`(snag u.num grams)
::
++ bound-from-binds ::< bound from binds
::> using a mapping of character to audiences, create
::> a mapping of audience to character.
::
|= bin/_binds
^+ bound
%- ~(gas by *(map audience char))
=- (zing -)
%+ turn ~(tap by bin)
|= {a/char b/(set audience)}
(turn ~(tap by b) |=(c/audience [c a]))
::
::> ||
::> || %engines
::> ||
::> main cores.
::+|
::
++ ta :: per transaction
::> for every transaction/event (poke, peer etc.)
::> talk receives, the ++ta transaction core is
::> called.
::> in processing transactions, ++ta may modify app
::> state, or create moves. these moves get produced
::> upon finalizing the core's with with ++ta-done.
::> when making changes to the shell, the ++sh core is
::> used.
::
|_ ::> moves: moves created by core operations.
::
moves/(list move)
::
++ ta-done ::< resolve core
::> produces the moves stored in ++ta's moves.
::> %sole-effect moves get squashed into a %mor.
::
^+ [*(list move) +>]
:_ +>
:: seperate our sole-effects from other moves.
=/ yop
|- ^- (pair (list move) (list sole-effect))
?~ moves [~ ~]
=+ mor=$(moves t.moves)
?: ?& =(id.cli p.i.moves)
?=({$diff $sole-effect *} q.i.moves)
==
[p.mor [+>.q.i.moves q.mor]]
[[i.moves p.mor] q.mor]
:: flop moves, flop and squash sole-effects into a %mor.
=+ moz=(flop p.yop)
=/ foc/(unit sole-effect)
?~ q.yop ~
?~ t.q.yop `i.q.yop ::< single sole-effect
`[%mor (flop q.yop)] ::< more sole-effects
:: produce moves or sole-effects and moves.
?~ foc moz
?~ id.cli ~&(%reader-no-sole moz)
[[id.cli %diff %sole-effect u.foc] moz]
::
::> ||
::> || %emitters
::> ||
::> arms that create outward changes.
::+|
::
++ ta-emil ::< emit move list
::> adds multiple moves to the core's list.
::> flops to emulate ++ta-emit.
::
|= mol/(list move)
%_(+> moves (welp (flop mol) moves))
::
++ ta-emit ::< emit a move
::> adds a move to the core's list.
::
|= mov/move
%_(+> moves [mov moves])
::
::> ||
::> || %interaction-events
::> ||
::> arms that apply events we received.
::+|
::
++ ta-init ::< initialize app
::> subscribes to our broker.
::
%- ta-emil
^- (list move)
:~ :* ost.bol
%peer
/
broker
/reader
==
:* ost.bol
%peer
/
broker
/circle/[inbox]/grams/config/group
==
==
::
++ ta-take ::< accept prize
::>
::
|= piz/prize
^+ +>
?+ -.piz +>
::
$reader
%= +>
binds gys.piz
bound (bound-from-binds gys.piz)
nicks nis.piz
==
::
$circle
%. nes.piz
%= ta-unpack
sources (~(run in src.loc.cos.piz) head)
mirrors (~(put by rem.cos.piz) incir loc.cos.piz)
remotes (~(put by rem.pes.piz) incir loc.pes.piz)
==
==
::
++ ta-hear ::< apply change
::>
::
|= rum/rumor
^+ +>
?+ -.rum +>
::
$reader
?- -.rum.rum
$glyph
(ta-change-glyph +.rum.rum)
::
$nick
+>(nicks (change-nicks nicks who.rum.rum nic.rum.rum))
==
::
$circle
(ta-change-circle rum.rum)
==
::
++ ta-change-circle ::< apply circle change
::>
::
|= rum/rumor-story
^+ +>
?+ -.rum
~&([%unexpected-circle-rumor -.rum] +>)
::
$gram
(ta-learn gam.nev.rum)
::
$config
%= +>
sources
?. ?& ?=($source -.dif.rum)
=(cir.rum incir)
==
sources
%. cir.src.dif.rum
?: add.dif.rum
~(put in sources)
~(del in sources)
::
mirrors
?: ?=($remove -.dif.rum) (~(del by mirrors) cir.rum)
%+ ~(put by mirrors) cir.rum
%+ change-config
(fall (~(get by mirrors) cir.rum) *config)
dif.rum
==
::
$status
%= +>
remotes
%+ ~(put by remotes) cir.rum
=+ rem=(fall (~(get by remotes) cir.rum) *group)
?: ?=($remove -.dif.rum) (~(del by rem) who.rum)
%+ ~(put by rem) who.rum
%+ change-status
(fall (~(get by rem) who.rum) *status)
dif.rum
==
==
::
++ ta-change-glyph ::< apply changed glyphs
::> applies new set of glyph bindings.
::
|= {bin/? gyf/char aud/audience}
^+ +>
=+ nek=(change-glyphs binds bin gyf aud)
?: =(nek binds) +>.$ :: no change
=. binds nek
=. bound (bound-from-binds nek)
sh-done:~(sh-prod sh cli)
::
::> ||
::> || %messages
::> ||
::> storing and updating messages.
::+|
::
++ ta-unpack ::< open envelopes
::> the reader currently doesn't care about nums.
::
|= nes/(list envelope)
^+ +>
(ta-lesson (turn nes tail))
::
++ ta-lesson ::< learn messages
::> learn all telegrams in a list.
::
|= gaz/(list telegram)
^+ +>
?~ gaz +>
$(gaz t.gaz, +> (ta-learn i.gaz))
::
++ ta-learn ::< save/update message
::> store an incoming telegram, updating if it
::> already exists.
::
|= gam/telegram
^+ +>
=+ old=(renum uid.gam)
?~ old
(ta-append gam) ::< add
(ta-revise u.old gam) ::< modify
::
++ ta-append ::< append message
::> store a new telegram.
::
|= gam/telegram
^+ +>
=: grams [gam grams]
count +(count)
known (~(put by known) uid.gam count)
==
=< sh-done
(~(sh-gram sh cli) gam)
::
++ ta-revise ::< revise message
::> modify a telegram we know.
::
|= {num/@ud gam/telegram}
=+ old=(snag num grams)
?: =(gam old) +>.$ :: no change
=. grams (welp (scag num grams) [gam (slag +(num) grams)])
?: =(sep.gam sep.old) +>.$ :: no worthy change
=< sh-done
(~(sh-gram sh cli) gam)
::
::> ||
::> || %console
::> ||
::> arms for shell functionality.
::+|
::
++ ta-console ::< initialize shell
::> initialize the shell of this reader.
::
^+ .
=/ she/shell
%*(. *shell id ost.bol, active (sy incir ~), width 80)
sh-done:~(sh-prod sh she)
::
++ ta-sole ::< apply sole input
::> applies sole-action.
::
|= act/sole-action
^+ +>
?. =(id.cli ost.bol)
~&(%strange-sole !!)
sh-done:(~(sh-sole sh cli) act)
::
++ sh ::< per console
::> shell core, responsible for handling user input
::> and the related actions, and outputting changes
::> to the cli.
::
|_ $: ::> she: console state.
::> man: our mailbox
::
she/shell
==
::
++ sh-done ::< resolve core
::> stores changes to the cli.
::
^+ +>
+>(cli she)
::
::> ||
::> || %emitters
::> ||
::> arms that create outward changes.
::+|
::
++ sh-fact ::< send console effect
::> adds a console effect to ++ta's moves.
::
|= fec/sole-effect
^+ +>
+>(moves [[id.she %diff %sole-effect fec] moves])
::
++ sh-act ::< send action
::> adds an aaction to ++ta's moves.
::
|= act/action
^+ +>
%= +>
moves
:_ moves
:* ost.bol
%poke
/reader/action
broker
[%hall-action act]
==
==
::
::> ||
::> || %cli-interaction
::> ||
::> processing user input as it happens.
::+|
::
++ sh-sole ::< apply edit
::> applies sole action.
::
|= act/sole-action
^+ +>
?- -.act
$det (sh-edit +.act)
$clr ..sh-sole :: (sh-pact ~) :: XX clear to PM-to-self?
$ret sh-obey
==
::
++ sh-edit ::< apply sole edit
::> called when typing into the cli prompt.
::> applies the change and does sanitizing.
::
|= cal/sole-change
^+ +>
=^ inv say.she (~(transceive sole say.she) cal)
=+ fix=(sh-sane inv buf.say.she)
?~ lit.fix
+>.$
:: just capital correction
?~ err.fix
(sh-slug fix)
:: allow interior edits and deletes
?. &(?=($del -.inv) =(+(p.inv) (lent buf.say.she)))
+>.$
(sh-slug fix)
::
++ sh-read ::< command parser
::> parses the command line buffer. produces work
::> items which can be executed by ++sh-work.
::
=< work
::> || %parsers
::> various parsers for command line input.
|%
++ expr ::< [cord twig]
|= tub/nail %. tub
%+ stag (crip q.tub)
wide:(vang & [&1:% &2:% (scot %da now.bol) |3:%])
::
++ dare ::< @dr
%+ sear
|= a/coin
?. ?=({$$ $dr @} a) ~
(some `@dr`+>.a)
nuck:so
::
++ ship ;~(pfix sig fed:ag) ::< ship
++ shiz ::< ship set
%+ cook
|=(a/(list ^ship) (~(gas in *(set ^ship)) a))
(most ;~(plug com (star ace)) ship)
::
++ cire ::< local circle
;~(pfix cen sym)
::
++ circ ::< circle
;~ pose
(cold incir col)
;~(pfix cen (stag our.bol sym))
;~(pfix fas (stag (sein:title our.bol) sym))
::
%+ cook
|= {a/@p b/(unit term)}
[a ?^(b u.b %inbox)]
;~ plug
ship
(punt ;~(pfix fas urs:ab))
==
==
::
++ circles-flat ::< collapse mixed list
|= a/(list (each circle (set circle)))
^- (set circle)
?~ a ~
?- -.i.a
$& (~(put in $(a t.a)) p.i.a)
$| (~(uni in $(a t.a)) p.i.a)
==
::
++ cirs ::< non-empty circles
%+ cook circles-flat
%+ most ;~(plug com (star ace))
(^pick circ (sear sh-glyf glyph))
::
++ drat ::< @da or @dr
::> pas: whether @dr's are in the past or not.
|= pas/?
=- ;~(pfix sig (sear - crub:so))
|= a/^dime
^- (unit @da)
?+ p.a ~
$da `q.a
$dr :- ~
%. [now.bol q.a]
?:(pas sub add)
==
::
++ pont ::< point for range
::> hed: whether this is the head or tail point.
|= hed/?
;~ pose
(cold [%da now.bol] (jest 'now'))
(stag %da (drat hed))
(stag %ud dem:ag)
==
::
++ rang ::< subscription range
=+ ;~ pose
(cook some ;~(pfix fas (pont |)))
(easy ~)
==
;~ pose
(cook some ;~(plug ;~(pfix fas (pont &)) -))
(easy ~)
==
::
++ sorz ::< non-empty sources
%+ cook ~(gas by *(map circle range))
(most ;~(plug com (star ace)) ;~(plug circ rang))
::
++ pick ::< message reference
;~(pose nump (cook lent (star sem)))
::
++ nump ::< number reference
;~ pose
;~(pfix hep dem:ag)
;~ plug
(cook lent (plus (just '0')))
;~(pose dem:ag (easy 0))
==
(stag 0 dem:ag)
==
::
++ pore ::< security
(perk %channel %village %journal %mailbox ~)
::
++ lobe ::< y/n loob
;~ pose
(cold %& ;~(pose (jest 'y') (jest '&')))
(cold %| ;~(pose (jest 'n') (jest '|')))
==
::
++ message ::< exp, lin or url msg
;~ pose
;~(plug (cold %eval hax) expr)
(stag %say speeches)
==
::
++ speeches ::< lin or url msgs
%+ most (jest '•')
;~ pose
(stag %url aurf:de-purl:html)
:(stag %lin & ;~(pfix pat text))
:(stag %lin | ;~(less sem hax text))
==
::
++ text ::< msg without break
%+ cook crip
(plus ;~(less (jest '•') next))
::
++ nick (cook crip (stun [1 14] low)) ::< nickname
++ glyph (mask "/\\\{(<!?{(zing glyphs)}") ::< circle postfix
++ setting ::< setting flag
%- perk :~
%nicks
%quiet
%notify
%showtime
==
++ work ::< full input
%+ knee *^work |. ~+
=- ;~(pose ;~(pfix sem -) message)
;~ pose
::
:: circle management
::
;~((glue ace) (perk %join ~) sorz)
::
;~((glue ace) (perk %leave ~) cirs)
::
;~ (glue ace) (perk %create ~)
pore
cire
qut
==
::
;~ plug (perk %delete ~)
;~(pfix ;~(plug ace cen) sym)
;~ pose
(cook some ;~(pfix ace qut))
(easy ~)
==
==
::
;~((glue ace) (perk %depict ~) cire qut)
::
;~((glue ace) (perk %filter ~) cire lobe lobe)
::
;~((glue ace) (perk %invite ~) cire shiz)
::
;~((glue ace) (perk %banish ~) cire shiz)
::
;~((glue ace) (perk %source ~) cire sorz)
::
;~((glue ace) (perk %unsource ~) cire sorz)
::TODO why do these nest-fail when doing perk with multiple?
::
:: personal metadata
::
;~ (glue ace)
(perk %attend ~)
cirs
;~ pose
(cold ~ sig)
(cook some (perk %gone %idle %hear %talk ~))
==
==
::
;~ plug
(perk %name ~)
;~(pfix ace cirs)
;~(pfix ace ;~(pose (cook some qut) (cold ~ sig)))
;~ pose
;~ pfix ace
%+ cook some
;~ pose
;~((glue ace) qut (cook some qut) qut)
;~(plug qut (cold ~ ace) qut)
==
==
;~(pfix ace (cold ~ sig))
(easy ~)
==
==
::
:: displaying info
::
;~(plug (perk %who ~) ;~(pose ;~(pfix ace cirs) (easy ~)))
::
;~ plug
(perk %what ~)
;~ pose
;~(pfix ace (cook some ;~(pose glyph cirs)))
(easy ~)
==
==
::
;~((glue ace) (perk %show ~) circ)
::
;~((glue ace) (perk %hide ~) circ)
::
:: ui settings
::
;~(plug (perk %bind ~) ;~(pfix ace glyph) (punt ;~(pfix ace cirs)))
::
;~(plug (perk %unbind ~) ;~(pfix ace glyph) (punt ;~(pfix ace cirs)))
::
;~ plug (perk %nick ~)
;~ pose
;~ plug
(cook some ;~(pfix ace ship))
(cold (some '') ;~(pfix ace sig))
==
;~ plug
;~ pose
(cook some ;~(pfix ace ship))
(easy ~)
==
;~ pose
(cook some ;~(pfix ace nick))
(easy ~)
==
==
==
==
::
;~(plug (cold %width (jest 'set width ')) dem:ag)
::
;~(plug (perk %set ~) ;~(pose ;~(pfix ace setting) (easy %$)))
::
;~(plug (perk %unset ~) ;~(pfix ace setting))
::
:: miscellaneous
::
;~(plug (perk %help ~) (easy ~))
::
:: (parsers below come last because they match quickly)
::
:: messaging
::
(stag %target ;~(plug cirs (punt ;~(pfix ace message))))
::
(stag %reply ;~(plug pick ;~(pfix ace speeches)))
::
:: displaying info
::
(stag %number pick)
==
--
::
++ sh-sane ::< sanitize input
::> parses cli prompt input using ++sh-read and
::> sanitizes when invalid.
::
|= {inv/sole-edit buf/(list @c)}
^- {lit/(list sole-edit) err/(unit @u)}
=+ res=(rose (tufa buf) sh-read)
?: ?=($| -.res) [[inv]~ `p.res]
:_ ~
?~ p.res ~
=+ wok=u.p.res
|- ^- (list sole-edit)
?+ -.wok
~
::
$target
?~(q.wok ~ $(wok u.q.wok))
==
::
++ sh-slug ::< edit to sanity
::> corrects invalid prompt input.
::
|= {lit/(list sole-edit) err/(unit @u)}
^+ +>
?~ lit +>
=^ lic say.she
(~(transmit sole say.she) `sole-edit`?~(t.lit i.lit [%mor lit]))
(sh-fact [%mor [%det lic] ?~(err ~ [%err u.err]~)])
::
++ sh-obey ::< apply result
::> called upon hitting return in the prompt. if
::> input is invalid, ++sh-slug is called.
::> otherwise, the appropriate work is done and
::> the entered command (if any) gets displayed
::> to the user.
::
=+ fix=(sh-sane [%nop ~] buf.say.she)
?^ lit.fix
(sh-slug fix)
=+ jub=(rust (tufa buf.say.she) sh-read)
?~ jub (sh-fact %bel ~)
%. u.jub
=< sh-work
=+ buf=buf.say.she
=^ cal say.she (~(transmit sole say.she) [%set ~])
%- sh-fact
:* %mor
[%nex ~]
[%det cal]
?. ?=({$';' *} buf) ~
?: ?=($reply -.u.jub) ~
:_ ~
[%txt (runt [14 '-'] `tape`['|' ' ' (tufa `(list @)`buf)])]
==
::
::> ||
::> || %user-action
::> ||
::> processing user actions.
::+|
::
++ sh-work ::< do work
::> implements worker arms for different talk
::> commands.
::> worker arms must produce updated state.
::
|= job/work
^+ +>
=< work
|%
::
::> ||
::> || %helpers
::> ||
::+|
::
++ work ::< call correct worker
?- -.job
:: circle management
$join (join +.job)
$leave (leave +.job)
$create (create +.job)
$delete (delete +.job)
$depict (depict +.job)
$filter (filter +.job)
$invite (permit & +.job)
$banish (permit | +.job)
$source (source & +.job)
$unsource (source | +.job)
:: personal metadata
$attend (attend +.job)
$name (name +.job)
:: messaging
$say (say +.job)
$eval (eval +.job)
$target (target +.job)
$reply (reply +.job)
:: displaying info
$number (number +.job)
$who (who +.job)
$what (what +.job)
:: ui settings
$bind (bind +.job)
$unbind (unbind +.job)
$nick (nick +.job)
$set (wo-set +.job)
$unset (unset +.job)
$width (width +.job)
:: miscelaneous
$show (public & +.job)
$hide (public | +.job)
$help help
==
::
++ activate ::< from %number
::> prints message details.
::
|= gam/telegram
^+ ..sh-work
=+ tay=~(. tr settings.she gam)
=. ..sh-work (sh-fact tr-fact:tay)
sh-prod(active.she aud.gam)
::
++ deli ::< find number
::> gets absolute message number from relative.
::
|= {max/@ud nul/@u fin/@ud}
^- @ud
=+ dog=|-(?:(=(0 fin) 1 (mul 10 $(fin (div fin 10)))))
=. dog (mul dog (pow 10 nul))
=- ?:((lte - max) - (sub - dog))
(add fin (sub max (mod max dog)))
::
++ glyph ::< grab a glyph
::> finds a new glyph for assignment.
::
|= idx/@
=< cha
%+ reel glyphs
|= {all/tape ole/{cha/char num/@}}
=+ new=(snag (mod idx (lent all)) all)
=+ num=~(wyt in (~(get ju binds) new))
?~ cha.ole [new num]
?: (lth num.ole num)
ole
[new num]
::
++ set-glyph ::< new glyph binding
::> applies glyph binding to our state and sends
::> an action.
::
|= {cha/char aud/audience}
=: bound (~(put by bound) aud cha)
binds (~(put ju binds) cha aud)
==
(sh-act %glyph cha aud &)
::
++ unset-glyph ::< old glyph binding
::> removes either {aud} or all bindings on a
::> glyph and sends an action.
::
|= {cha/char aud/(unit audience)}
=/ ole/(set audience)
?^ aud [u.aud ~ ~]
(~(get ju binds) cha)
=. ..sh-work (sh-act %glyph cha (fall aud ~) |)
|- ^+ ..sh-work
?~ ole ..sh-work
=. ..sh-work $(ole l.ole)
=. ..sh-work $(ole r.ole)
%= ..sh-work
bound (~(del by bound) n.ole)
binds (~(del ju binds) cha n.ole)
==
::
++ reverse-nicks ::< find by handle
::> finds all ships whose handle matches {nym}.
::
|= nym/^nick
^- (list ship)
%+ murn ~(tap by nicks)
|= {p/ship q/^nick}
?. =(q nym) ~
[~ u=p]
::
++ twig-head ::< eval data
::> makes a vase of environment data to evaluate
::> against (for #-messages).
::
^- vase
!> ^- {our/@p now/@da eny/@uvI}
[our.bol now.bol (shas %eny eny.bol)]
::
::> ||
::> || %circle-management
::> ||
::+|
::
++ join ::< %join
::> change local mailbox config to include
::> subscriptions to {pas}.
::
|= pos/(map circle range)
^+ ..sh-work
=+ pas=~(key by pos)
=. ..sh-work
=+ (~(get by bound) pas)
?^ - (sh-note "has glyph {<u>}")
=+ cha=(glyph (mug pas))
(sh-note:(set-glyph cha pas) "new glyph {<cha>}")
=. ..sh-work
sh-prod(active.she pas)
=. ..sh-work
(sh-act %source inbox & pos)
(sh-act %notify ~(key by pos) `%hear)
::
++ leave ::< %leave
::> change local mailbox config to exclude
::> subscriptions to {pas}.
::
|= pas/(set circle)
^+ ..sh-work
=/ pos
%- ~(run in pas)
|=(p/circle [p ~])
=. ..sh-work
(sh-act %source inbox | pos)
(sh-act %notify pas ~)
::
++ create ::< %create
::> creates circle {nom} with specified config.
::
|= {sec/security nom/naem txt/cord}
^+ ..sh-work
=. ..sh-work
(sh-act %create nom txt sec)
(join [[[our.bol nom] ~] ~ ~])
::
++ delete ::< %delete
::> deletes our circle {nom}, after optionally
::> sending a last announce message {say}.
::
|= {nom/naem say/(unit cord)}
^+ ..sh-work
(sh-act %delete nom say)
::
++ depict ::< %depict
::> changes the description of {nom} to {txt}.
::
|= {nom/naem txt/cord}
^+ ..sh-work
(sh-act %depict nom txt)
::
++ permit ::< %invite / %banish
::> invites or banishes {sis} to/from our
::> circle {nom}.
::
|= {inv/? nom/naem sis/(set ship)}
^+ ..sh-work
(sh-act %permit nom inv sis)
::
++ filter
|= {nom/naem cus/? utf/?}
^+ ..sh-work
(sh-act %filter nom cus utf)
::
++ source ::< %source
::> adds {pas} to {nom}'s src.
::
|= {sub/? nom/naem pos/(map circle range)}
^+ ..sh-work
(sh-act %source nom sub pos)
::
::> ||
::> || %personal-metadata
::> ||
::+|
::
++ attend ::< set our presence
::> sets our presence to {pec} for {aud}.
::
|= {aud/audience pec/(unit presence)}
^+ ..sh-work
(sh-act %notify aud pec)
::
++ name ::< set our name
::> sets our name to {man} for {aud}.
::
|= {aud/audience man/human}
^+ ..sh-work
(sh-act %naming aud man)
::
::> ||
::> || %messaging
::> ||
::+|
::
++ say ::< publish
::> sends message.
::
|= sep/(list speech)
^+ ..sh-work
(sh-act %phrase active.she sep)
::
++ eval ::< run
::> executes {exe} and sends both its code and
::> result.
::
|= {txt/cord exe/twig}
=> |.([(sell (slap (slop twig-head seed) exe))]~)
=+ tan=p:(mule .)
(say [%exp txt tan] ~)
::
++ target ::< %target
::> sets messaging target, then execute {woe}.
::
|= {aud/audience woe/(unit ^work)}
^+ ..sh-work
=. ..sh-pact (sh-pact aud)
?~(woe ..sh-work work(job u.woe))
::
++ reply ::< %reply
::> send a reply to the selected message.
::
|= {num/$@(@ud {p/@u q/@ud}) sep/(list speech)}
^+ ..sh-work
:: =- (say (turn ... [%ire - s])) nest-fails on the - ???
::TODO what's friendlier, reply-to-null or error?
=/ ser/serial
?@ num
?: (gte num count) 0v0
uid:(snag num grams)
?: (gth q.num count) 0v0
?: =(count 0) 0v0
=+ msg=(deli (dec count) num)
uid:(snag (sub count +(msg)) grams)
(say (turn sep |=(s/speech [%ire ser s])))
::
::> ||
::> || %displaying-info
::> ||
::+|
::
++ who ::< %who
::> prints presence lists for {cis} or all.
::
|= cis/(set circle) ^+ ..sh-work
=< (sh-fact %mor (murn (sort ~(tap by remotes) aor) .))
|= {cir/circle gop/group} ^- (unit sole-effect)
?. |(=(~ cis) (~(has in cis) cir)) ~
?: =(%mailbox sec.con:(fall (~(get by mirrors) cir) *config)) ~
?. (~(has in sources) cir) ~
=- `[%tan rose+[", " `~]^- leaf+~(cr-full cr cir) ~]
=< (murn (sort ~(tap by gop) aor) .)
|= {a/ship b/presence c/human} ^- (unit tank)
=? c =(han.c `(scot %p a)) [~ tru.c]
?- b
$gone ~
$idle `leaf+:(weld "idle " (scow %p a) " " (trip (fall han.c '')))
$hear `leaf+:(weld "hear " (scow %p a) " " (trip (fall han.c '')))
$talk `leaf+:(weld "talk " (scow %p a) " " (trip (fall han.c '')))
==
::
++ what ::< %what
::> prints binding details. goes both ways.
::
|= qur/(unit $@(char audience))
^+ ..sh-work
?^ qur
?^ u.qur
=+ cha=(~(get by bound) u.qur)
(sh-fact %txt ?~(cha "none" [u.cha]~))
=+ pan=~(tap in (~(get ju binds) u.qur))
?: =(~ pan) (sh-fact %txt "~")
=< (sh-fact %mor (turn pan .))
|=(a/audience [%txt ~(ar-phat ar a)])
%+ sh-fact %mor
%- ~(rep by binds)
|= $: {gyf/char aus/(set audience)}
lis/(list sole-effect)
==
%+ weld lis
^- (list sole-effect)
%- ~(rep in aus)
|= {a/audience l/(list sole-effect)}
%+ weld l
^- (list sole-effect)
[%txt [gyf ' ' ~(ar-phat ar a)]]~
::
++ number ::< %number
::> finds selected message, expand it.
::
|= num/$@(@ud {p/@u q/@ud})
^+ ..sh-work
|-
?@ num
?: (gte num count)
(sh-lame "{(scow %s (new:si | +(num)))}: no such telegram")
=. ..sh-fact (sh-fact %txt "? {(scow %s (new:si | +(num)))}")
(activate (snag num grams))
?. (gth q.num count)
?: =(count 0)
(sh-lame "0: no messages")
=+ msg=(deli (dec count) num)
=. ..sh-fact (sh-fact %txt "? {(scow %ud msg)}")
(activate (snag (sub count +(msg)) grams))
(sh-lame "…{(reap p.num '0')}{(scow %ud q.num)}: no such telegram")
::
::> ||
::> || %ui-settings
::> ||
::+|
::
++ bind ::< %bind
::> binds targets {aud} to the glyph {cha}.
::
|= {cha/char aud/(unit audience)}
^+ ..sh-work
?~ aud $(aud `active.she)
=+ ole=(~(get by bound) u.aud)
?: =(ole [~ cha]) ..sh-work
%. "bound {<cha>} {<u.aud>}"
sh-note:sh-prod:(set-glyph cha u.aud)
::
++ unbind ::< %unbind
::> unbinds targets {aud} to glyph {cha}.
::
|= {cha/char aud/(unit audience)}
^+ ..sh-work
?. ?| &(?=(^ aud) (~(has by bound) u.aud))
&(?=($~ aud) (~(has by binds) cha))
==
..sh-work
%. "unbound {<cha>}"
sh-note:sh-prod:(unset-glyph cha aud)
::
++ nick ::< %nick
::> either shows, sets or unsets nicknames
::> depending on arguments.
::
|= {her/(unit ship) nym/(unit ^nick)}
^+ ..sh-work
::> no arguments, show all
?: ?=({$~ $~} +<)
%+ sh-fact %mor
%+ turn ~(tap by nicks)
|= {p/ship q/^nick}
:- %txt
"{<p>}: {<q>}"
::> show her nick
?~ nym
?> ?=(^ her)
=+ asc=(~(get by nicks) u.her)
%+ sh-fact %txt
?~ asc "{<u.her>} unbound"
"{<u.her>}: {<u.asc>}"
::> show nick ship
?~ her
%+ sh-fact %mor
%+ turn (reverse-nicks u.nym)
|= p/ship
[%txt "{<p>}: {<u.nym>}"]
%. [%nick u.her (fall nym '')]
%= sh-act
nicks
?~ u.nym
::> unset nickname
(~(del by nicks) u.her)
::> set nickname
(~(put by nicks) u.her u.nym)
==
::
++ wo-set ::< %set
::> enables ui setting flag.
::
|= seg/term
^+ ..sh-work
?~ seg
%+ sh-fact %mor
%+ turn ~(tap in settings.she)
|= s/term
[%txt (trip s)]
%= ..sh-work
settings.she (~(put in settings.she) seg)
==
::
++ unset ::< %unset
::> disables ui setting flag.
::
|= neg/term
^+ ..sh-work
%= ..sh-work
settings.she (~(del in settings.she) neg)
==
::
++ width ::< ;set width
::> change the display width in cli.
::
|= wid/@ud
^+ ..sh-work
..sh-work(width.she (max 30 wid))
::
::> ||
::> || %miscellaneous
::> ||
::+|
::
++ public ::< show/hide membership
::> adds or removes the circle from the public
::> membership list.
::
|= {add/? cir/circle}
(sh-act %public add cir)
::
++ help ::< %help
::> prints help message
::
(sh-fact %txt "see http://urbit.org/docs/using/messaging/")
--
::
++ sh-pact ::< update active aud
::> change currently selected audience to {aud}
::> and update the prompt.
::
|= aud/audience
^+ +>
::> ensure we can see what we send.
=+ act=(sh-pare aud)
?: =(active.she act) +>.$
sh-prod(active.she act)
::
++ sh-pare ::< adjust target list
::> if the audience {aud} does not contain a
::> circle we're subscribed to, add our mailbox
::> to the audience (so that we can see our own
::> message).
::
|= aud/audience
?: (sh-pear aud) aud
(~(put in aud) incir)
::
++ sh-pear ::< hearback
::> produces true if any circle is included in
::> our subscriptions, meaning, we hear messages
::> sent to {aud}.
::
|= aud/audience
?~ aud |
?| (~(has in sources) `circle`n.aud)
$(aud l.aud)
$(aud r.aud)
==
::
++ sh-glyf ::< decode glyph
::> finds the circle(s) that match a glyph.
::
|= cha/char ^- (unit audience)
=+ lax=(~(get ju binds) cha)
::> no circle.
?: =(~ lax) ~
::> single circle.
?: ?=({* $~ $~} lax) `n.lax
::> in case of multiple audiences, pick the most recently active one.
|- ^- (unit audience)
?~ grams ~
::> get first circle from a telegram's audience.
=+ pan=(silt ~(tap in aud.i.grams))
?: (~(has in lax) pan) `pan
$(grams t.grams)
::
::> ||
::> || %differs
::> ||
::> arms that calculate differences between datasets.
::+|
::
++ sh-group-diff ::< group diff parts
::> calculates the difference between two presence
::> lists, producing lists of removed, added and
::> changed presences.
::
|= {one/group two/group}
=| $= ret
$: old/(list (pair ship status))
new/(list (pair ship status))
cha/(list (pair ship status))
==
^+ ret
=. ret
=+ eno=~(tap by one)
|- ^+ ret
?~ eno ret
=. ret $(eno t.eno)
?: =(%gone pec.q.i.eno) ret
=+ unt=(~(get by two) p.i.eno)
?~ unt
ret(old [i.eno old.ret])
?: =(%gone pec.u.unt)
ret(old [i.eno old.ret])
?: =(q.i.eno u.unt) ret
ret(cha [[p.i.eno u.unt] cha.ret])
=. ret
=+ owt=~(tap by two)
|- ^+ ret
?~ owt ret
=. ret $(owt t.owt)
?: =(%gone pec.q.i.owt) ret
?. (~(has by one) p.i.owt)
ret(new [i.owt new.ret])
?: =(%gone pec:(~(got by one) p.i.owt))
ret(new [i.owt new.ret])
ret
ret
::
++ sh-rempe-diff ::< remotes diff
::> calculates the difference between two remote
::> presence maps, producing a list of removed,
::> added and changed presences maps.
::
|= {one/(map circle group) two/(map circle group)}
=| $= ret
$: old/(list (pair circle group))
new/(list (pair circle group))
cha/(list (pair circle group))
==
^+ ret
=. ret
=+ eno=~(tap by one)
|- ^+ ret
?~ eno ret
=. ret $(eno t.eno)
=+ unt=(~(get by two) p.i.eno)
?~ unt
ret(old [i.eno old.ret])
?: =(q.i.eno u.unt) ret
ret(cha [[p.i.eno u.unt] cha.ret])
=. ret
=+ owt=~(tap by two)
|- ^+ ret
?~ owt ret
=. ret $(owt t.owt)
?: (~(has by one) p.i.owt)
ret
ret(new [i.owt new.ret])
ret
::
++ sh-remco-diff ::< config diff parts
::> calculates the difference between two config
::> maps, producing lists of removed, added and
::> changed configs.
::
|= {one/(map circle config) two/(map circle config)}
=| $= ret
$: old/(list (pair circle config))
new/(list (pair circle config))
cha/(list (pair circle config))
==
^+ ret
=. ret
=+ eno=~(tap by one)
|- ^+ ret
?~ eno ret
=. ret $(eno t.eno)
=+ unt=(~(get by two) p.i.eno)
?~ unt
ret(old [i.eno old.ret])
?: =(q.i.eno u.unt) ret
ret(cha [[p.i.eno u.unt] cha.ret])
=. ret
=+ owt=~(tap by two)
|- ^+ ret
?~ owt ret
=. ret $(owt t.owt)
?: (~(has by one) p.i.owt)
ret
ret(new [i.owt new.ret])
ret
::
++ sh-set-diff ::< set diff
::> calculates the difference between two sets,
::> procuding lists of removed and added items.
::
|* {one/(set *) two/(set *)}
:- ^= old ~(tap in (~(dif in one) two))
^= new ~(tap in (~(dif in two) one))
::
::> ||
::> || %printers
::> ||
::> arms for printing data to the cli.
::+|
::
++ sh-lame ::< send error
::> just puts some text into the cli as-is.
::
|= txt/tape
(sh-fact [%txt txt])
::
++ sh-note ::< shell message
::> left-pads {txt} with heps and prints it.
::
|= txt/tape
^+ +>
(sh-fact %txt (runt [14 '-'] `tape`['|' ' ' (scag 64 txt)]))
::
++ sh-prod ::< show prompt
::> makes and stores a move to modify the cli
::> prompt to display the current audience.
::
^+ .
%+ sh-fact %pro
:+ & %talk-line
^- tape
=/ rew/(pair (pair cord cord) audience)
[['[' ']'] active.she]
=+ cha=(~(get by bound) q.rew)
?^ cha ~[u.cha ' ']
=+ por=~(ar-prom ar q.rew)
(weld `tape`[p.p.rew por] `tape`[q.p.rew ' ' ~])
::
++ sh-rend ::< print telegram
::> prints a telegram as rendered by ++tr-rend.
::
|= gam/telegram
^+ +>
=+ lis=~(tr-rend tr settings.she gam)
?~ lis +>.$
%+ sh-fact %mor
%+ turn `(list tape)`lis
=+ nom=(scag 7 (cite:title our.bol))
|= t/tape
?. ?& (~(has in settings.she) %notify)
?=(^ (find nom (slag 15 t)))
==
[%txt t]
[%mor [%txt t] [%bel ~] ~]
::
++ sh-numb ::< print msg number
::> prints a message number, left-padded by heps.
::
|= num/@ud
^+ +>
=+ bun=(scow %ud num)
%+ sh-fact %txt
(runt [(sub 13 (lent bun)) '-'] "[{bun}]")
::
++ sh-cure ::< readable security
::> renders a security kind.
::
|= a/security
^- tape
(scow %tas a)
::
++ sh-scis ::< render status
::> gets the presence of {saz} as a tape.
::
|= sat/status
^- tape
['%' (trip pec.sat)]
::
++ sh-show-precs ::< print group diff
::> prints presence changes to the cli.
::
|= $: pre/tape
$= cul
$: old/(list (pair ship status))
new/(list (pair ship status))
cha/(list (pair ship status))
==
==
?: (~(has in settings.she) %quiet)
+>.$
=. +>.$
|- ^+ +>.^$
?~ old.cul +>.^$
=. +>.^$ $(old.cul t.old.cul)
(sh-note (weld pre "bye {(scow %p p.i.old.cul)}"))
=. +>.$
|- ^+ +>.^$
?~ new.cul +>.^$
=. +>.^$ $(new.cul t.new.cul)
%- sh-note
(weld pre "met {(scow %p p.i.new.cul)} {(sh-scis q.i.new.cul)}")
=. +>.$
|- ^+ +>.^$
?~ cha.cul +>.^$
%- sh-note
(weld pre "set {(scow %p p.i.cha.cul)} {(sh-scis q.i.cha.cul)}")
+>.$
::
++ sh-show-permits ::< show permits
::> prints invite/banish effects to the cli.
::
|= {pre/tape sec/security old/(list ship) new/(list ship)}
=+ out=?:(?=(?($channel $mailbox) sec) "try " "cut ")
=+ inn=?:(?=(?($channel $mailbox) sec) "ban " "add ")
=. +>.$
|- ^+ +>.^$
?~ old +>.^$
=. +>.^$ $(old t.old)
(sh-note :(weld pre out " " (scow %p i.old)))
=. +>.$
|- ^+ +>.^$
?~ new +>.^$
=. +>.^$ $(new t.new)
(sh-note :(weld pre out " " (scow %p i.new)))
+>.$
::
++ sh-show-sources ::< show sources
::> prints subscription changes to the cli.
::
|= {pre/tape old/(list source) new/(list source)}
^+ +>
=. +>.$
|- ^+ +>.^$
?~ old +>.^$
=. +>.^$ $(old t.old)
(sh-note (weld pre "off {~(cr-full cr cir.i.old)}"))
=. +>.$
|- ^+ +>.^$
?~ new +>.^$
=. +>.^$ $(new t.new)
(sh-note (weld pre "hey {~(cr-full cr cir.i.new)}"))
+>.$
::
++ sh-show-config ::< show config
::> prints config changes to the cli.
::
|= {pre/tape laz/config loc/config}
^+ +>
=. +>.$
?: =(cap.loc cap.laz) +>.$
(sh-note :(weld pre "cap " (trip cap.loc)))
=. +>.$
%+ sh-show-sources
(weld (trip inbox) ": ")
(sh-set-diff src.laz src.loc)
?: !=(sec.con.loc sec.con.laz)
=. +>.$ (sh-note :(weld pre "but " (scow %tas sec.con.loc)))
%^ sh-show-permits
(weld (trip inbox) ": ")
sec.con.loc
[~ ~(tap in sis.con.loc)]
%^ sh-show-permits
(weld (trip inbox) ": ")
sec.con.loc
(sh-set-diff sis.con.laz sis.con.loc)
::
++ sh-config ::< do show config
::> prints a circle's config changes to the cli.
::
|= {cir/circle old/(unit config) new/(unit config)}
^+ +>
:: new circle
?~ old
:: ++sh-show-rempe will notice a new circle.
+>
:: removed circle
?~ new
(sh-note (weld "rip " ~(cr-phat cr cir)))
%^ sh-show-config
(weld ~(cr-phat cr cir) ": ")
u.old u.new
::
++ sh-gram ::< show telegram
::> prints the telegram. every fifth message,
::> print the message number also.
::
|= gam/telegram
^+ +>
=+ num=(~(got by known) uid.gam)
=. +>.$
:: if the number isn't directly after latest, print it always.
?. =(num +(latest.she))
(sh-numb num)
:: if the number is directly after latest, print every fifth.
?. =(0 (mod num 5)) +>.$
(sh-numb num)
(sh-rend(latest.she num) gam)
::
++ sh-grams ::< do show telegrams
::> prints multiple telegrams.
::
|= gaz/(list telegram)
^+ +>
?~ gaz +>
$(gaz t.gaz, +> (sh-gram i.gaz))
::
--
--
::
::> ||
::> || %renderers
::> ||
::> rendering cores.
::+|
::
++ cr ::< circle renderer
::> used in both circle and ship rendering.
::
|_ ::> one: the circle.
::
one/circle
::
++ cr-beat ::< {one} more relevant?
::> returns true if one is better to show, false
::> otherwise. prioritizes: our > main > size.
::
|= two/circle
^- ?
:: the circle that's ours is better.
?: =(our.bol hos.one)
?. =(our.bol hos.two) &
?< =(nom.one nom.two)
:: if both circles are ours, the main story is better.
?: =(%inbox nom.one) &
?: =(%inbox nom.two) |
:: if neither are, pick the "larger" one.
(lth nom.one nom.two)
:: if one isn't ours but two is, two is better.
?: =(our.bol hos.two) |
?: =(hos.one hos.two)
:: if they're from the same ship, pick the "larger" one.
(lth nom.one nom.two)
:: if they're from different ships, neither ours, pick hierarchically.
(lth (xeb hos.one) (xeb hos.two))
::
++ cr-best ::< get most relevant
::> returns the most relevant circle.
::
|= two/circle
?:((cr-beat two) one two)
::
++ cr-curt ::< render name in 14
::> prints a ship name in 14 characters. left-pads
::> with spaces. {mup} signifies "are there other
::> targets besides this one?"
::
|= mup/?
^- tape
=+ raw=(cite:title hos.one)
(runt [(sub 14 (lent raw)) ' '] raw)
::
++ cr-nick ::< nick or name in 14
::> get nick for ship, or shortname if no nick.
::> left-pads with spaces.
::
|. ^- tape
=+ nym=(~(get by nicks) hos.one)
?~ nym
(cr-curt |)
=+ raw=(trip u.nym)
=+ len=(sub 14 (lent raw))
(weld (reap len ' ') raw)
::
++ cr-phat ::< render accurately
::> prints a circle fully, but still taking
::> "shortcuts" where possible:
::> ":" for local mailbox, "~ship" for foreign
::> mailbox, "%channel" for local circle,
::> "/channel" for parent circle.
::
^- tape
?: =(hos.one our.bol)
?: =(nom.one inbox)
":"
['%' (trip nom.one)]
=+ wun=(cite:title hos.one)
?: =(nom.one %inbox)
wun
?: =(hos.one (sein:title our.bol))
['/' (trip nom.one)]
:(welp wun "/" (trip nom.one))
::
++ cr-full (cr-show ~) ::< render full width
::
++ cr-show ::< render circle
::> renders a circle as text.
::
::> moy: multiple circles in audience?
|= moy/(unit ?)
^- tape
:: render circle (as glyph if we can).
?~ moy
=+ cha=(~(get by bound) one ~ ~)
=- ?~(cha - "'{u.cha ~}' {-}")
~(cr-phat cr one)
(~(cr-curt cr one) u.moy)
--
::
++ ar ::< audience renderer
::> used for representing audiences (sets of circles)
::> as tapes.
::
|_ ::> aud: members of the audience.
::
aud/audience
::
++ ar-best ::< most relevant
::> find the most relevant circle in the set.
::
^- (unit circle)
?~ aud ~
:- ~
|- ^- circle
=+ lef=`(unit circle)`ar-best(aud l.aud)
=+ rit=`(unit circle)`ar-best(aud r.aud)
=? n.aud ?=(^ lef) (~(cr-best cr n.aud) u.lef)
=? n.aud ?=(^ rit) (~(cr-best cr n.aud) u.rit)
n.aud
::
++ ar-deaf ::< except for self
::> remove ourselves from the audience.
::
^+ .
.(aud (~(del in aud) `circle`incir))
::
++ ar-maud ::< multiple audience
::> checks if there's multiple circles in the
::> audience via pattern matching.
::
^- ?
=. . ar-deaf
!?=($@($~ {* $~ $~}) aud)
::
++ ar-phat ::< render full-size
::> render all circles, no glyphs.
::
^- tape
%- ~(rep in aud)
|= {c/circle t/tape}
=? t ?=(^ t)
(weld t ", ")
(weld t ~(cr-phat cr c))
::
++ ar-prom ::< render targets
::> render all circles, ordered by relevance.
::
^- tape
=. . ar-deaf
=/ all
%+ sort `(list circle)`~(tap in aud)
|= {a/circle b/circle}
(~(cr-beat cr a) b)
=+ fir=&
|- ^- tape
?~ all ~
;: welp
?:(fir "" " ")
(~(cr-show cr i.all) ~)
$(all t.all, fir |)
==
::
++ ar-whom ::< render sender
::> render sender as the most relevant circle.
::
(~(cr-show cr (need ar-best)) ~ ar-maud)
::
++ ar-dire ::< direct message
::> returns true if circle is a mailbox of ours.
::
|= cir/circle ^- ?
?& =(hos.cir our.bol)
=+ sot=(~(get by mirrors) cir)
&(?=(^ sot) ?=($mailbox sec.con.u.sot))
==
::
++ ar-glyf ::< audience glyph
::> get the glyph that corresponds to the audience.
::> for mailbox messages and complex audiences, use
::> reserved "glyphs".
::
^- tape
=+ cha=(~(get by bound) aud)
?^ cha ~[u.cha]
?. (lien ~(tap by aud) ar-dire)
"*"
?: ?=({^ $~ $~} aud)
":"
";"
--
::
++ tr ::< telegram renderer
::> responsible for converting telegrams and
::> everything relating to them to text to be
::> displayed in the cli.
::
|_ $: ::> sef: settings flags.
::> \ telegram
::> who: author.
::> \ thought
::> sen: unique identifier.
::> aud: audience.
::> \ statement
::> wen: timestamp.
::> bou: complete aroma.
::> sep: message contents.
::
sef/(set term)
who/ship
sen/serial
aud/audience
wen/@da
sep/speech
==
::
++ tr-fact ::< activate effect
::> produces sole-effect for printing message
::> details.
::
^- sole-effect
~[%mor [%tan tr-meta] tr-body]
::
++ tr-rend ::< render telegram
::> renders a telegram.
::> the first line will contain the author and
::> optional timestamp.
::
^- (list tape)
=/ wyd
%+ sub width.cli :: termwidth,
%+ add 14 :: minus author,
?:((~(has in sef) %showtime) 10 0) :: minus timestamp.
=+ txs=(tr-text wyd)
?~ txs ~
:: render the author.
=/ nom/tape
?: (~(has in sef) %nicks)
(~(cr-nick cr [who %inbox]))
(~(cr-curt cr [who %inbox]) |)
:: regular indent.
=/ den/tape
(reap (lent nom) ' ')
:: timestamp, if desired.
=/ tam/tape
?. (~(has in sef) %showtime) ""
=+ dat=(yore now.bol)
=/ t
|= a/@
%+ weld
?:((lth a 10) "0" ~)
(scow %ud a)
=/ time
;: weld
"~" (t h.t.dat)
"." (t m.t.dat)
"." (t s.t.dat)
==
%+ weld
(reap (sub +(wyd) (min wyd (lent (tuba i.txs)))) ' ')
time
%- flop
%+ roll `(list tape)`txs
|= {t/tape l/(list tape)}
?~ l [:(weld nom t tam) ~]
[(weld den t) l]
::
++ tr-meta ::< metadata
::> builds string that display metadata, including
::> message serial, timestamp, author and audience.
::
^- tang
=. wen (sub wen (mod wen (div wen ~s0..0001))) :: round
=+ hed=leaf+"{(scow %uv sen)} at {(scow %da wen)}"
=/ cis
%+ turn ~(tap in aud)
|= a/circle
leaf+~(cr-full cr a)
[%rose [" " ~ ~] [hed >who< [%rose [", " "to " ~] cis] ~]]~
::
++ tr-body ::< message content
::> long-form display of message contents, specific
::> to each speech type.
::
|- ^- sole-effect
?- -.sep
$lin
tan+~[leaf+"{?:(pat.sep "@ " "")}{(trip msg.sep)}"]
::
$url
url+(crip (apix:en-purl:html url.sep))
::
$exp
mor+~[txt+"# {(trip exp.sep)}" tan+res.sep]
::
$ire
=+ gam=(recall top.sep)
?~ gam $(sep sep.sep)
=- mor+[tan+- $(sep sep.sep) ~]
%- flop %+ weld
[%leaf "in reply to: {(cite:title aut.u.gam)}: "]~
%+ turn (~(tr-text tr sef u.gam) width.cli)
|=(t/tape [%leaf t])
::
$fat
[%mor $(sep sep.sep) tan+(tr-tach tac.sep) ~]
::
$inv
:- %tan
:_ ~
:- %leaf
%+ weld
?: inv.sep
"you have been invited to "
"you have been banished from "
~(cr-phat cr cir.sep)
::
$app
[%mor tan+~[leaf+"[{(trip app.sep)}]: "] $(sep sep.sep) ~]
==
::
++ tr-tach ::< attachment
::> renders an attachment.
::
|= a/attache
^- tang
?- -.a
$name (welp $(a tac.a) leaf+"= {(trip nom.a)}" ~)
$tank +.a
$text (turn (flop +.a) |=(b/cord leaf+(trip b)))
==
::
++ tr-chow ::< truncate
::> truncates the {txt} to be of max {len}
::> characters. if it does truncate, indicates it
::> did so by appending _ or ….
::
|= {len/@u txt/tape}
^- tape
?: (gth len (lent txt)) txt
=. txt (scag len txt)
|-
?~ txt txt
?: =(' ' i.txt)
|-
:- '_'
?. ?=({$' ' *} t.txt)
t.txt
$(txt t.txt)
?~ t.txt "…"
[i.txt $(txt t.txt)]
::
++ tr-text ::< compact contents
::> renders just the most important data of the
::> message. if possible, these stay within a single
::> line.
::
::> pre: line prefix
=| pre/(unit tape)
|= wyd/@ud
^- (list tape)
?- -.sep
$fat
%+ weld $(sep sep.sep)
^- (list tape)
?+ -.tac.sep [" attached: ..." ~]
$name [(scag wyd " attached: {(trip nom.tac.sep)}") ~]
==
::
$exp
:- (tr-chow wyd '#' ' ' (trip exp.sep))
?~ res.sep ~
=- [' ' (tr-chow (dec wyd) ' ' -)]~
~(ram re (snag 0 `(list tank)`res.sep))
::
$ire
$(sep sep.sep, pre `"^ ")
::
$url
:_ ~
=+ ful=(apix:en-purl:html url.sep)
=+ pef=(fall pre "")
:: clean up prefix if needed.
=? pef =((scag 1 (flop pef)) " ")
(scag (dec (lent pef)) pef)
=. pef (weld "/" pef)
=. wyd (sub wyd +((lent pef))) :: account for prefix.
:: if the full url fits, just render it.
?: (gte wyd (lent ful)) :(weld pef " " ful)
:: if it doesn't, prefix with _ and render just (the tail of) the domain.
%+ weld (weld pef "_")
=+ hok=r.p.p.url.sep
=- (swag [a=(sub (max wyd (lent -)) wyd) b=wyd] -)
^- tape
=< ?: ?=($& -.hok)
(reel p.hok .)
+:(scow %if p.hok)
|= {a/knot b/tape}
?~ b (trip a)
(welp b '.' (trip a))
::
$lin
:: glyph prefix
=/ pef/tape
?: pat.sep " "
=- (weld - (fall pre " "))
%~ ar-glyf ar
?: =(who our.bol) aud
(~(del in aud) [who %inbox])
==
=. wyd (sub wyd (lent pef))
=/ txt (tuba (trip msg.sep))
|- ^- (list tape)
?~ txt ~
=+ ^- {end/@ud nex/?}
?: (lte (lent txt) wyd) [(lent txt) &]
=+ ace=(find " " (flop (scag +(wyd) `(list @c)`txt)))
?~ ace [wyd |]
[(sub wyd u.ace) &]
:- (weld pef (tufa (scag end `(list @c)`txt)))
$(txt (slag ?:(nex +(end) end) `(list @c)`txt), pef (reap (lent pef) ' '))
::
$inv
:_ ~
%+ tr-chow wyd
%+ weld
?: inv.sep
" invited you to "
" banished you from "
~(cr-phat cr cir.sep)
::
$app
$(sep sep.sep, pre `"[{(trip app.sep)}]:")
==
--
::
::> ||
::> || %events
::> ||
::+|
::
++ peer ::< accept subscription
::> incoming subscription on pax.
::
|= pax/path
^- (quip move _+>)
?. (team:title src.bol our.bol)
~& [%peer-talk-stranger src.bol]
[~ +>]
?. ?=({$sole *} pax)
~& [%peer-talk-strange pax]
[~ +>]
ta-done:ta-console:ta
::
++ diff-hall-prize ::< accept query answer
::>
::
|= {way/wire piz/prize}
^- (quip move _+>)
ta-done:(ta-take:ta piz)
::
++ diff-hall-rumor ::< accept query change
::>
::
|= {way/wire rum/rumor}
^- (quip move _+>)
ta-done:(ta-hear:ta rum)
::
++ poke-sole-action ::< accept console
::> incoming sole action. process it.
::
|= act/sole-action
ta-done:(ta-sole:ta act)
::
++ coup-reader-action ::< accept n/ack
::>
::
|= {wir/wire fal/(unit tang)}
^- (quip move _+>)
?~ fal [~ +>]
%- (slog leaf+"action failed: " u.fal)
[~ +>]
--