!: :: %gall, agent execution !? 163 !: :::: |= pit=vase =, gall => =~ :: |% :: :: +internal-gift: synonym for +cuft :: ++ internal-gift cuft :: :: +internal-task: synonym for +cush :: ++ internal-task cush :: :: +agent-action: synonym for +club :: ++ agent-action club :: :: +coke: cook :: ++ coke $? %inn %out %cay == :: :: +volt: voltage :: ++ volt ?(%low %high) :: :: +security-control: security control :: ++ security-control $@(?(%iron %gold) [%lead p=ship]) :: :: +reverse-ames: reverse ames message :: ++ reverse-ames $% :: diff :: [action=%d p=mark q=*] :: etc. :: [action=%x ~] == :: :: +forward-ames: forward ames message :: ++ forward-ames $% :: message :: [action=%m =mark noun=*] :: "peel" subscribe :: [action=%l =mark =path] :: subscribe :: [action=%s =path] :: cancel+unsubscribe :: [action=%u ~] == :: :: +foreign-response: foreign response :: ++ foreign-response $? %peer %peel %poke %pull == -- :: |% :: :: +internal-note: +ap note :: ++ internal-note $% [task=%meta =term =vase] [task=%send =ship =internal-task] == :: :: +internal-move: agent-level move :: :: Analogous to an Arvo move, except these are routed by bone, instead of :: duct. :: ++ internal-move $: =bone move=(wind internal-note internal-gift) == :: :: +move: Arvo-level move :: ++ move (pair duct (wind note-arvo gift-arvo)) -- :: |% :: :: +state-old: upgrade path :: ++ state-old ?(state) :: :: +state: all state :: ++ state $: :: state version :: %0 :: agents by ship :: =agents == :: :: +subscribers: subscriber data :: ++ subscribers $: :: incoming subscribers :: incoming=bitt :: outgoing subscribers :: outgoing=boat :: queue meter :: meter=(map bone @ud) == :: :: +agents: ship state :: ++ agents $: :: (deprecated) :: mak=* :: system duct :: system-duct=duct :: foreign contacts :: contacts=(map ship foreign) :: running agents :: running=(map term agent) :: waiting queue :: blocked=(map term blocked) == :: :: +routes: new cuff :: ++ routes $: :: disclosing to :: disclosing=(unit (set ship)) :: attributed to :: attributing=ship == :: :: +privilege: privilege :: ++ privilege $: :: voltage :: =volt :: routes :: =routes == :: :: +foreign: foreign connections :: ++ foreign $: :: index :: index=@ud :: by duct :: index-map=(map duct @ud) :: by index :: duct-map=(map @ud duct) == :: :: +ducts: opaque input :: ++ ducts $: :: bone sequence :: bone=@ud :: by duct :: bone-map=(map duct bone) :: by bone :: duct-map=(map bone duct) == :: :: +misvale-data: subscribers with bad marks :: :: XX a hack, required to break a subscription loop :: which arises when an invalid mark crashes a diff. :: See usage in ap-misvale. :: ++ misvale-data (set wire) :: :: +agent: agent state :: ++ agent $: :: bad reqs :: misvale=misvale-data :: cache :: cache=worm :: ap-find-arm cache :: arm-cache=(map [term path] (unit (pair @ud term))) :: control duct :: control-duct=duct :: unstopped :: live=? :: privilege :: privilege=security-control :: statistics :: =stats :: subscribers :: =subscribers :: running state :: running-state=vase :: update control :: =beak :: req'd translations :: marks=(map bone mark) :: opaque ducts :: =ducts == :: :: +blocked: blocked tasks :: ++ blocked (qeu (trel duct privilege agent-action)) :: :: +stats: statistics :: ++ stats $: :: change number :: change=@ud :: entropy :: eny=@uvJ :: time :: time=@da == -- :: . == :: =| =state |= $: :: identity :: our=ship :: urban time :: now=@da :: entropy :: eny=@uvJ :: activate :: ska=sley == :: ~% %gall-top ..is ~ :: |% :: :: +gall-payload: gall payload :: ++ gall-payload + :: :: +mo: Arvo-level move handling :: :: An outer core responsible for routing moves to and from Arvo; it calls :: an inner core, +ap, to route internal moves to and from agents. :: ++ mo ~% %gall-mo +> ~ :: |_ $: hen=duct moves=(list move) == :: ++ mo-state . :: :: +mo-abed: initialise state with the provided duct. :: ++ mo-abed |= =duct ^+ mo-state :: mo-state(hen duct) :: :: +mo-abet: resolve moves. :: ++ mo-abet ^- [(list move) _gall-payload] :: =/ resolved (flop moves) [resolved gall-payload] :: :: +mo-boot: ask %ford to build us a core for the specified agent. :: ++ mo-boot |= [=term =ship =desk] ^+ mo-state :: =/ =case [%da now] :: =/ =path =/ ship (scot %p ship) =/ case (scot case) /sys/core/[term]/[ship]/[desk]/[case] :: =/ =note-arvo =/ =schematic:ford [%core [ship desk] /hoon/[term]/app] [%f %build live=%.y schematic] :: =/ pass [path note-arvo] (mo-pass pass) :: :: +mo-pass: prepend a standard %pass to the current list of moves. :: ++ mo-pass |= pass=(pair path note-arvo) ^+ mo-state :: =/ =move [hen [%pass pass]] mo-state(moves [move moves]) :: :: +mo-give: prepend a standard %give to the current list of moves. :: ++ mo-give |= =gift:able ^+ mo-state :: =/ =move [hen [%give gift]] mo-state(moves [move moves]) :: :: +mo-contains-valid-bowl: check that a vase contains a valid bowl. :: ++ mo-contains-valid-bowl ~/ %mo-contains-valid-bowl |= =vase ^- ? :: =/ maybe-vase (slew 12 vase) :: ?~ maybe-vase %.n =/ =type p.u.maybe-vase (~(nest ut type) %.n -:!>(*bowl)) :: :: +mo-receive-core: receives an app core built by %ford. :: :: Presuming we receive a good core, we first check to see if the agent :: is already running. If so, we update its beak in %gall's state, :: initialise an +ap core for the agent, install the core we got from :: %ford, and then resolve any moves associated with it. :: :: If we're dealing with a new agent, we create one using the result we got :: from %ford, add it to the collection of agents %gall is keeping track of, :: and then do more or less the same procedure as we did for the running :: agent case. :: ++ mo-receive-core ~/ %mo-receive-core |= [=term =beak =made-result:ford] ^+ mo-state :: ?: ?=([%incomplete *] made-result) (mo-give %onto %.n tang.made-result) :: =/ build-result build-result.made-result :: ?: ?=([%error *] build-result) (mo-give %onto %.n message.build-result) :: =/ =cage (result-to-cage:ford build-result) =/ result-vase q.cage :: =/ maybe-agent=(unit agent) (~(get by running.agents.state) term) :: ?^ maybe-agent =/ agent u.maybe-agent(beak beak) :: =. running.agents.state (~(put by running.agents.state) term agent) :: =/ =privilege =/ =routes [disclosing=~ attributing=our] [%high routes] :: =/ app (ap-abed:ap term privilege) =. app (ap-reinstall:app result-vase) ap-abet:app :: ?. (mo-contains-valid-bowl result-vase) =/ err [[%leaf "{}: bogus core"] ~] (mo-give %onto %.n err) :: =. mo-state (mo-new-agent term beak result-vase) :: =/ old mo-state :: =/ wag =/ =routes [disclosing=~ attributing=our] =/ =privilege [%high routes] =/ app (ap-abed:ap term privilege) (ap-prep:app ~) :: =/ maybe-tang -.wag =/ app +.wag :: ?^ maybe-tang =. mo-state old (mo-give %onto %.n u.maybe-tang) :: =. mo-state ap-abet:app =. mo-state (mo-clear-queue term) :: =/ =suss [term %boot now] (mo-give %onto [%.y suss]) :: :: +mo-new-agent: create a new agent and add it to %gall's state. :: :: %gall maintains a collection of running agents. This arm creates a :: new one with the provided name, beak, and state (held in a vase). :: ++ mo-new-agent |= [=term =beak =vase] ^+ mo-state :: =/ =ducts :+ bone=1 bone-map=[[[~ ~] 0] ~ ~] duct-map=[[0 [~ ~]] ~ ~] :: =/ agent =/ default-agent *agent %_ default-agent control-duct hen beak beak running-state vase ducts ducts == :: %_ mo-state running.agents.state (~(put by running.agents.state) term agent) == :: :: +mo-handle-foreign-request: handle a foreign request. :: :: Handles tasks received on a +call that have come from another ship. :: ++ mo-handle-foreign-request ~/ %mo-handle-foreign-request |= [=ship =internal-task] ^+ mo-state :: =/ =term p.internal-task =/ =agent-action q.internal-task :: ?: ?=(%pump -.agent-action) :: :: you'd think this would send an ack for the diff :: that caused this pump. it would, but we already :: sent it when we got the diff in +mo-handle-sys. then :: we'd have to save the network duct and connect it :: to this returning pump. :: mo-state :: ?: ?=(%peer-not -.agent-action) =/ =tang p.agent-action (mo-give %unto %reap (some tang)) :: =^ bone mo-state (mo-assign-bone ship) :: =/ =forward-ames ?- -.agent-action %poke [%m p.p.agent-action q.q.p.agent-action] %pull [%u ~] %puff !! %punk !! %peel [%l agent-action] %peer [%s p.agent-action] == :: =/ sys-path =/ action -.agent-action /sys/way/[action] :: =/ =note-arvo =/ =path /g/ge/[term] =/ =noun [bone forward-ames] [%a %want ship path noun] :: (mo-pass sys-path note-arvo) :: :: +mo-handle-foreign-response: handle foreign response. :: :: Handle a received %woot from %ames. :: ++ mo-handle-foreign-response |= [=foreign-response art=(unit ares)] ^+ mo-state :: =/ =ares =/ tanks [%blank ~] =/ tang (some tanks) (fall art tang) :: =/ to-tang |= ars=(pair term tang) ^- tang =/ tape (trip p.ars) [[%leaf tape] q.ars] :: =/ result (bind ares to-tang) :: ?- foreign-response %peel (mo-give %unto %reap result) %peer (mo-give %unto %reap result) %poke (mo-give %unto %coup result) %pull mo-state == :: :: +mo-assign-bone: assign an outbone to a ship. :: :: If we know about the ship, we simply use its existing bone. Otherwise :: we register a new entry for the ship, and use a default bone for it. :: ++ mo-assign-bone |= =ship ^- [bone _mo-state] :: =/ =foreign =/ existing (~(get by contacts.agents.state) ship) (fall existing [1 ~ ~]) :: =/ existing (~(get by index-map.foreign) hen) :: ?^ existing [u.existing mo-state] :: =/ index index.foreign :: =/ contacts =/ new-foreign %_ foreign index +(index) index-map (~(put by index-map.foreign) hen index) duct-map (~(put by duct-map.foreign) index hen) == (~(put by contacts.agents.state) ship new-foreign) :: =/ next mo-state(contacts.agents.state contacts) [index next] :: :: +mo-retrieve-duct: retrieve a duct by index. :: ++ mo-retrieve-duct |= [=ship index=@ud] ^- duct :: =/ =foreign (~(got by contacts.agents.state) ship) (~(got by duct-map.foreign) index) :: :: +mo-handle-sys: handle a +sign incoming over /sys. :: :: (Note that /sys implies the +sign should be routed to a vane.) :: ++ mo-handle-sys ~/ %mo-handle-sys |= [=path =sign-arvo] ^+ mo-state :: ?+ -.path !! %core (mo-handle-sys-core path sign-arvo) %pel (mo-handle-sys-pel path sign-arvo) %red (mo-handle-sys-red path sign-arvo) %rep (mo-handle-sys-rep path sign-arvo) %req (mo-handle-sys-req path sign-arvo) %val (mo-handle-sys-val path sign-arvo) %way (mo-handle-sys-way path sign-arvo) == :: :: +mo-handle-sys-core: receive a core from %ford. :: ++ mo-handle-sys-core |= [=path =sign-arvo] ^+ mo-state :: ?> ?=([%f %made *] sign-arvo) ?> ?=([@ @ @ @ @ ~] path) :: =/ beak-path t.t.path :: =/ =beak =/ =ship (slav %p i.beak-path) =/ =desk i.t.beak-path =/ =case [%da (slav %da i.t.t.beak-path)] [ship desk case] :: (mo-receive-core i.t.path beak result.sign-arvo) :: :: +mo-handle-sys-pel: translated peer. :: :: Validates a received %ford result and %gives an internal %diff. :: ++ mo-handle-sys-pel |= [=path =sign-arvo] ^+ mo-state :: ?> ?=([%f %made *] sign-arvo) ?> ?=([@ @ ~] path) :: ?: ?=([%incomplete *] result.sign-arvo) =/ err (some tang.result.sign-arvo) (mo-give %unto %coup err) :: =/ build-result build-result.result.sign-arvo :: ?: ?=([%error *] build-result) =/ err (some message.build-result) (mo-give %unto %coup err) :: =/ =cage (result-to-cage:ford build-result) (mo-give %unto %diff cage) :: :: +mo-handle-sys-red: diff ack. :: :: On receipt of a valid +sign from %ames, we simply pass a %pump :: acknowledgement internally; otherwise we pass both an internal :: unsubscribing %pull, plus a %want to %ames, before complaining about a :: bad message acknowledgment. :: ++ mo-handle-sys-red |= [=path =sign-arvo] ^+ mo-state :: ?> ?=([@ @ @ @ ~] path) :: ?. ?=([%a %woot *] sign-arvo) ~& [%red-want path] mo-state :: =/ him (slav %p i.t.path) =/ dap i.t.t.path =/ num (slav %ud i.t.t.t.path) :: =/ =coop q.+>.sign-arvo :: =/ sys-path =/ pax [%req t.path] [%sys pax] :: ?~ coop =/ =note-arvo =/ =sock [him our] =/ =internal-task [dap %pump ~] =/ =task:able [%deal sock internal-task] [%g task] (mo-pass sys-path note-arvo) :: =/ gall-move=note-arvo =/ =sock [him our] =/ =internal-task [dap %pull ~] =/ =task:able [%deal sock internal-task] [%g task] :: =/ ames-move=note-arvo =/ path [%g %gh dap ~] =/ =noun [num %x ~] =/ =task:able:ames [%want him path noun] [%a task] :: =. mo-state (mo-pass sys-path gall-move) =. mo-state (mo-pass sys-path ames-move) :: ?. ?=([~ ~ %mack *] coop) ~& [%diff-bad-ack coop] mo-state :: ~& [%diff-bad-ack %mack] =/ print (slog (flop q.,.+>.coop)) (print mo-state) :: :: +mo-handle-sys-rep: reverse request. :: :: On receipt of a valid +sign from %ford, sets state to the appropriate :: duct and gives an internal %diff containing the +sign payload. :: ++ mo-handle-sys-rep |= [=path =sign-arvo] ^+ mo-state :: ?> ?=([@ @ @ @ ~] path) ?> ?=([%f %made *] sign-arvo) :: =/ him (slav %p i.t.path) =/ dap i.t.t.path =/ num (slav %ud i.t.t.t.path) :: ?: ?=([%incomplete *] result.sign-arvo) =/ err (some tang.result.sign-arvo) (mo-give %mack err) :: =/ build-result build-result.result.sign-arvo :: ?: ?=([%error *] build-result) :: XX should crash =/ err (some message.build-result) (mo-give %mack err) :: :: XX pump should ack =. mo-state (mo-give %mack ~) :: =/ duct (mo-retrieve-duct him num) :: =. mo-state (mo-abed duct) :: =/ =cage (result-to-cage:ford build-result) =/ move [%unto [%diff cage]] :: (mo-give move) :: :: +mo-handle-sys-req: process an inbound request. :: ++ mo-handle-sys-req |= [=path =sign-arvo] ^+ mo-state :: ?> ?=([@ @ @ @ ~] path) :: =/ him (slav %p i.t.path) =/ dap i.t.t.path =/ num (slav %ud i.t.t.t.path) :: ?: ?=([%f %made *] sign-arvo) ?: ?=([%incomplete *] result.sign-arvo) =/ err (some tang.result.sign-arvo) (mo-give %mack err) :: =/ build-result build-result.result.sign-arvo :: ?: ?=([%error *] build-result) =/ err (some message.build-result) (mo-give %mack err) :: =/ sys-path [%sys path] =/ =note-arvo =/ =cage (result-to-cage:ford build-result) [%g %deal [him our] i.t.t.path %poke cage] :: (mo-pass sys-path note-arvo) :: ?: ?=([%a %woot *] sign-arvo) mo-state :: ?> ?=([%g %unto *] sign-arvo) :: =/ =internal-gift +>.sign-arvo :: ?- -.internal-gift :: %coup :: (mo-give %mack p.internal-gift) :: %diff :: =/ sys-path [%sys %red t.path] =/ =note-arvo =/ path [%g %gh dap ~] =/ noun [num %d p.p.internal-gift q.q.p.internal-gift] [%a %want him path noun] :: (mo-pass sys-path note-arvo) :: %quit :: =/ sys-path [%sys path] =/ =note-arvo =/ path [%g %gh dap ~] =/ noun [num %x ~] [%a %want him path noun] :: (mo-pass sys-path note-arvo) :: %reap :: (mo-give %mack p.internal-gift) :: %http-response :: !! == :: :: +mo-handle-sys-val: inbound validate. :: :: Validates an incoming +sign from %ford and applies it to the specified :: agent. :: ++ mo-handle-sys-val |= [=path =sign-arvo] ^+ mo-state :: ?> ?=([%f %made *] sign-arvo) ?> ?=([@ @ @ ~] path) :: =/ =ship (slav %p i.t.path) =/ =term i.t.t.path :: ?: ?=([%incomplete *] result.sign-arvo) =/ err (some tang.result.sign-arvo) (mo-give %unto %coup err) :: =/ build-result build-result.result.sign-arvo :: ?: ?=([%error *] build-result) =/ err (some message.build-result) (mo-give %unto %coup err) :: =/ =privilege =/ =routes [disclosing=~ attributing=ship] [%high routes] :: =/ =cage (result-to-cage:ford build-result) =/ =agent-action [%poke cage] (mo-apply term privilege agent-action) :: :: +mo-handle-sys-way: outbound request. :: ++ mo-handle-sys-way |= [=path =sign-arvo] ^+ mo-state :: ?> ?=([%a %woot *] sign-arvo) ?> ?=([@ @ ~] path) :: =/ =foreign-response (foreign-response i.t.path) =/ maybe-ares +>+.sign-arvo :: (mo-handle-foreign-response foreign-response maybe-ares) :: :: +mo-handle-use: handle a typed +sign incoming on /use. :: :: (Note that /use implies the +sign should be routed to an agent.) :: :: Initialises the specified agent and then performs an agent-level +take on :: the supplied +sign. :: ++ mo-handle-use ~/ %mo-handle-use |= [=path hin=(hypo sign-arvo)] ^+ mo-state :: ?. ?=([@ @ coke *] path) ~& [%mo-handle-use-bad-path path] !! :: =/ app =/ =term i.path =/ =privilege =/ =ship (slav %p i.t.path) =/ =routes [disclosing=~ attributing=ship] [%high routes] (ap-abed:ap term privilege) :: =/ =sign-arvo q.hin :: ?- i.t.t.path :: %inn :: =/ =vase (slot 3 hin) =. app (ap-generic-take:app t.t.t.path vase) ap-abet:app :: %cay :: ~& [%mo-handle-use-weird sign-arvo] ~& [%mo-handle-use-weird-path path] mo-state :: %out :: ?. ?=([%g %unto *] sign-arvo) ~& [%mo-handle-use-weird sign-arvo] ~& [%mo-handle-use-weird-path path] mo-state :: =. app =/ =internal-gift +>.sign-arvo (ap-specific-take:app t.t.t.path internal-gift) :: ap-abet:app == :: :: +mo-clear-queue: clear blocked tasks from the specified running agent. :: ++ mo-clear-queue |= =term ^+ mo-state :: ?. (~(has by running.agents.state) term) mo-state :: =/ maybe-blocked (~(get by blocked.agents.state) term) :: ?~ maybe-blocked mo-state :: =/ =blocked u.maybe-blocked :: |- ^+ mo-state :: ?: =(~ blocked) =/ blocked (~(del by blocked.agents.state) term) %_ mo-state blocked.agents.state blocked == :: =^ task blocked [p q]:~(get to blocked) :: =/ =duct p.task =/ =privilege q.task =/ =agent-action r.task :: =/ move =/ =sock [attributing.routes.privilege our] =/ =internal-task [term agent-action] =/ card [%slip %g %deal sock internal-task] [duct card] :: $(moves [move moves]) :: :: +mo-beak: assemble a beak for the specified agent. :: ++ mo-beak |= =term ^- beak :: ?~ running=(~(get by running.agents.state) term) :: :: XX this fallback is necessary, as .term could be either the source :: or the destination app. ie, it might not exist locally ... :: [our %home %da now] beak.u.running :: :: +mo-peek: call to +ap-peek (which is not accessible outside of +mo). :: ++ mo-peek ~/ %mo-peek |= [agent=term =privilege =term =path] ^- (unit (unit cage)) :: =/ app (ap-abed:ap agent privilege) (ap-peek:app term path) :: :: +mo-apply: apply the supplied action to the specified agent. :: ++ mo-apply |= [=term =privilege =agent-action] ^+ mo-state :: =/ =path =/ ship (scot %p attributing.routes.privilege) /sys/val/[ship]/[term] :: =/ ship-desk =/ =beak (mo-beak term) [p q]:beak :: ?: ?=(%puff -.agent-action) =/ =schematic:ford [%vale ship-desk +.agent-action] =/ =note-arvo [%f %build live=%.n schematic] (mo-pass path note-arvo) :: ?: ?=(%punk -.agent-action) =/ =schematic:ford [%cast ship-desk p.agent-action [%$ q.agent-action]] =/ =note-arvo [%f %build live=%.n schematic] (mo-pass path note-arvo) :: ?: ?=(%peer-not -.agent-action) =/ err (some p.agent-action) (mo-give %unto %reap err) :: =/ app (ap-abed:ap term privilege) =. app (ap-apply:app agent-action) ap-abet:app :: :: +mo-handle-local: handle locally. :: :: If the agent is running or blocked, assign it the supplied +task. :: Otherwise simply apply the action to the agent. :: ++ mo-handle-local |= [=ship =internal-task] ^+ mo-state :: =/ =privilege =/ =routes [disclosing=~ attributing=ship] [%high routes] :: =/ =term p.internal-task =/ =agent-action q.internal-task :: =/ is-running (~(has by running.agents.state) term) =/ is-blocked (~(has by blocked.agents.state) term) :: ?: |(!is-running is-blocked) :: =/ =blocked =/ waiting (~(get by blocked.agents.state) term) =/ tasks (fall waiting *blocked) =/ task [hen privilege agent-action] (~(put to tasks) task) :: %_ mo-state blocked.agents.state (~(put by blocked.agents.state) term blocked) == :: (mo-apply term privilege agent-action) :: :: +mo-handle-forward: handle forward %ames message. :: ++ mo-handle-forward |= [=ship =term =bone =forward-ames] ^+ mo-state :: =. mo-state ?. ?=(%u action.forward-ames) mo-state (mo-give %mack ~) :: =/ =path =/ him (scot %p ship) =/ num (scot %ud bone) /sys/req/[him]/[term]/[num] :: =/ =sock [ship our] :: =/ =note-arvo ?- action.forward-ames :: %m :: =/ =task:able =/ =internal-task [term %puff [mark noun]:forward-ames] [%deal sock internal-task] [%g task] :: %l :: =/ =task:able =/ =internal-task [term %peel [mark path]:forward-ames] [%deal sock internal-task] [%g task] :: %s :: =/ =task:able =/ =internal-task [term %peer path.forward-ames] [%deal sock internal-task] [%g task] :: %u :: =/ =task:able =/ =internal-task [term %pull ~] [%deal sock internal-task] [%g task] == :: (mo-pass path note-arvo) :: :: +mo-handle-backward: handle reverse %ames message. :: ++ mo-handle-backward |= [=ship =term =bone =reverse-ames] ^+ mo-state :: ?- action.reverse-ames :: %d :: =/ =path =/ him (scot %p ship) =/ num (scot %ud bone) /sys/rep/[him]/[term]/[num] :: =/ =note-arvo =/ beak (mo-beak term) =/ info [p q]:beak =/ =schematic:ford [%vale info p.reverse-ames q.reverse-ames] [%f %build live=%.n schematic] :: (mo-pass path note-arvo) :: %x :: :: XX should crash =. mo-state (mo-give %mack ~) :: =/ initialised =/ out (mo-retrieve-duct ship bone) (mo-abed out) :: (mo-give:initialised %unto %quit ~) == :: :: +ap: agent engine :: :: An inner, agent-level core. The sample refers to the agent we're :: currently focused on. :: ++ ap ~% %gall-ap +> ~ :: |_ $: agent-name=term agent-privilege=privilege agent-bone=bone agent-moves=(list internal-move) agent-config=(list (each suss tang)) current-agent=agent == :: ++ ap-state . :: :: +ap-abed: initialise state for the specified agent, with the :: supplied privilege. :: :: The agent must already be running in +gall -- here we simply update :: +ap's state to focus on it. :: ++ ap-abed ~/ %ap-abed |= [=term =privilege] ^+ ap-state :: =/ =agent =/ running (~(got by running.agents.state) term) =/ =stats :+ +(change.stats.running) (shaz (mix (add term change.stats.running) eny)) now running(stats stats) :: =. agent-name term =. agent-privilege privilege =. current-agent agent :: =/ maybe-bone (~(get by bone-map.ducts.agent) hen) :: ?^ maybe-bone ap-state(agent-bone u.maybe-bone) :: =/ =ducts :+ +(bone.ducts.agent) (~(put by bone-map.ducts.agent) hen bone.ducts.agent) (~(put by duct-map.ducts.agent) bone.ducts.agent hen) :: %_ ap-state agent-bone bone.ducts.agent ducts.current-agent ducts == :: :: +ap-abet: resolve moves. :: ++ ap-abet ^+ mo-state :: => ap-track-queue :: =/ running (~(put by running.agents.state) agent-name current-agent) :: =/ moves =/ giver |=(report=(each suss tang) [hen %give %onto report]) =/ from-internal (turn agent-moves ap-from-internal) =/ from-suss (turn agent-config giver) :(weld from-internal from-suss moves) :: %_ mo-state running.agents.state running moves moves == :: :: +ap-track-queue: track queue. :: ++ ap-track-queue ^+ ap-state :: =/ internal-moves agent-moves =/ bones *(set bone) :: |- ^+ ap-state :: ?^ internal-moves :: =/ =internal-move i.internal-moves :: ?. ?=([%give %diff *] move.internal-move) $(internal-moves t.internal-moves) :: =^ filled ap-state ap-enqueue(agent-bone bone.internal-move) :: =/ new-bones ?: filled bones (~(put in bones) bone.internal-move) :: $(internal-moves t.internal-moves, bones new-bones) :: =/ bones ~(tap in bones) :: |- ^+ ap-state :: ?~ bones ap-state :: => $(bones t.bones, agent-bone i.bones) :: =/ incoming (~(get by incoming.subscribers.current-agent) agent-bone) :: ?~ incoming ~& [%ap-track-queue-bad-bone agent-name agent-bone] ap-state :: =/ =ship p.u.incoming ap-kill(attributing.routes.agent-privilege ship) :: :: +ap-from-internal: internal move to move. :: :: We convert from bone-indexed moves to duct-indexed moves when resolving :: them in Arvo. :: ++ ap-from-internal ~/ %ap-from-internal |= =internal-move ^- move :: ~| [%gall-move-conversion-failed internal-move] :: =/ =duct (~(got by duct-map.ducts.current-agent) bone.internal-move) :: =/ card ?- -.move.internal-move :: %slip !! :: %give :: ?< =(0 bone.internal-move) :: =/ =internal-gift p.move.internal-move ?. ?=(%diff -.internal-gift) [%give %unto internal-gift] :: =/ =cage p.internal-gift =/ =mark =/ mark (~(get by marks.current-agent) bone.internal-move) (fall mark p.cage) :: ?: =(mark p.cage) [%give %unto internal-gift] :: =/ =path /sys/pel/[agent-name] :: =/ =note-arvo =/ =schematic:ford =/ =beak (mo-beak agent-name) [%cast [p q]:beak mark [%$ cage]] [%f %build live=%.n schematic] :: [%pass path note-arvo] :: %pass :: =/ =path p.move.internal-move =/ =internal-note q.move.internal-move :: =/ use-path [%use agent-name path] :: =/ =note-arvo ?- task.internal-note :: %send :: =/ =task:able =/ =sock [our ship.internal-note] =/ =internal-task internal-task.internal-note [%deal sock internal-task] [%g task] :: %meta :: =/ =term term.internal-note =/ =vase vase.internal-note [term %meta vase] == :: [%pass use-path note-arvo] == :: [duct card] :: :: +ap-call: call into server. :: ++ ap-call ~/ %ap-call |= [=term =vase] ^- [(unit tang) _ap-state] :: =. ap-state ap-construct-bowl =^ arm ap-state (ap-produce-arm term) :: ?: ?=(%.n -.arm) [(some p.arm) ap-state] :: =^ arm ap-state (ap-slam term p.arm vase) :: ?: ?=(%.n -.arm) [(some p.arm) ap-state] (ap-handle-result p.arm) :: :: +ap-peek: peek. :: ++ ap-peek ~/ %ap-peek |= [=term tyl=path] ^- (unit (unit cage)) :: =/ marked ?. ?=(%x term) [mark=%$ tyl=tyl] :: =/ =path (flop tyl) ?> ?=(^ path) [mark=i.path tyl=(flop t.path)] :: =/ =mark mark.marked =/ tyl tyl.marked :: =^ maybe-arm ap-state (ap-find-arm %peek term tyl) :: ?~ maybe-arm =/ =tank [%leaf "peek find fail"] =/ print (slog tank >tyl< >mark< ~) (print [~ ~]) :: =^ arm ap-state (ap-produce-arm q.u.maybe-arm) :: ?: ?=(%.n -.arm) =/ =tank [%leaf "peek farm fail"] =/ print (slog tank p.arm) (print [~ ~]) :: =/ slammed =/ index p.u.maybe-arm =/ term q.u.maybe-arm ~& [%slam-index-is index] ~& [%slam-term-is term] =/ =vase =/ =path [term tyl] ~& [%slam-path-is path] !> (slag index path) (ap-slam term p.arm vase) :: =^ possibly-vase ap-state slammed :: ?: ?=(%.n -.possibly-vase) =/ =tank [%leaf "peek slam fail"] =/ print (slog tank p.possibly-vase) (print [~ ~]) :: =/ slammed-vase p.possibly-vase =/ vase-value q.slammed-vase :: =/ err =/ =tank [%leaf "peek bad result"] =/ print (slog tank ~) (print [~ ~]) :: ?+ vase-value err :: ~ :: ~ :: [~ ~] :: [~ ~] :: [~ ~ ^] :: =/ =vase (sped (slot 7 slammed-vase)) :: ?. ?=([p=@ *] q.vase) =/ =tank [%leaf "scry: malformed cage"] =/ print (slog tank ~) (print [~ ~]) :: ?. ((sane %tas) p.q.vase) =/ =tank [%leaf "scry: malformed cage"] =/ print (slog tank ~) (print [~ ~]) :: ?. =(mark p.q.vase) [~ ~] :: =/ =cage [p.q.vase (slot 3 vase)] (some (some cage)) == :: :: +ap-apply: apply effect. :: ++ ap-apply |= =agent-action ^+ ap-state :: ?- -.agent-action %peel (ap-peel +.agent-action) %poke (ap-poke +.agent-action) %peer (ap-peer +.agent-action) %puff !! %punk !! %peer-not !! %pull ap-load-delete %pump ap-dequeue == :: :: +ap-diff: pour a diff. :: ++ ap-diff ~/ %ap-diff |= [=ship =path =cage] ^+ ap-state :: =/ rest +.path =/ pax [p.cage rest] :: =^ maybe-arm ap-state (ap-find-arm %diff pax) :: ?~ maybe-arm =/ target [%.n ship rest] :: =/ =tang =/ why "diff: no {<[p.cage rest]>}" (ap-tang why) :: =. ap-state (ap-lame %diff tang) (ap-update-subscription target) :: =/ arm u.maybe-arm :: =/ =vase =/ target ?: =(0 p.arm) =/ =vase (ap-cage cage) [!>(rest) vase] [!>((slag (dec p.arm) rest)) q.cage] (slop target) :: =^ called ap-state (ap-call q.arm vase) :: ?^ called =. ap-state (ap-lame q.arm u.called) (ap-update-subscription %.n ship path) (ap-update-subscription %.y ship path) :: :: +ap-cage: cage to tagged vase. :: ++ ap-cage |= =cage ^- vase :: =/ =type [%atom %tas (some p.cage)] =/ =vase [type p.cage] (slop vase q.cage) :: :: +ap-update-subscription: update subscription. :: ++ ap-update-subscription ~/ %ap-update-subscription |= [is-ok=? =ship =path] ^+ ap-state :: =/ way [(scot %p ship) %out path] :: ?: is-ok =/ =internal-note [%send ship -.path %pump ~] (ap-pass way internal-note) :: =. ap-state (ap-give %quit ~) =/ =internal-note [%send ship -.path %pull ~] (ap-pass way internal-note) :: :: +ap-dequeue: drop from queue. :: :: Dequeues along the current bone, deleting the queue entirely if it :: drops to zero. :: ++ ap-dequeue ^+ ap-state :: ?. (~(has by incoming.subscribers.current-agent) agent-bone) ap-state :: =/ level (~(get by meter.subscribers.current-agent) agent-bone) :: ?: |(?=(~ level) =(0 u.level)) ap-state :: =. u.level (dec u.level) :: ?: =(0 u.level) =/ deleted (~(del by meter.subscribers.current-agent) agent-bone) ap-state(meter.subscribers.current-agent deleted) :: =/ dequeued (~(put by meter.subscribers.current-agent) agent-bone u.level) ap-state(meter.subscribers.current-agent dequeued) :: :: +ap-produce-arm: produce arm. :: ++ ap-produce-arm ~/ %ap-produce-arm |= =term ^- [(each vase tang) _ap-state] :: =/ compiled =/ =type p.running-state.current-agent =/ =hoon [%limb term] (~(mint wa cache.current-agent) type hoon) :: =/ virtual =/ trap |.(compiled) (mule trap) :: ?: ?=(%.n -.virtual) =/ =tang p.virtual [[%.n tang] ap-state] :: =/ possibly-vase=(each vase tang) =/ value q.running-state.current-agent =/ ton (mock [value q.+<.virtual] ap-namespace-view) ?- -.ton %0 [%.y p.+<.virtual p.ton] %1 [%.n (turn p.ton |=(a=* (smyt (path a))))] %2 [%.n p.ton] == :: =/ next =/ =worm +>.virtual ap-state(cache.current-agent worm) :: [possibly-vase next] :: :: +ap-enqueue: add to queue. :: :: Every agent has a 'meter', that tracks the number of incoming :: subscribers by bone. We get both the meter and ship associated with :: the current bone; if the meter has hit twenty for another ship, we :: don't enqueue the subscriber. Otherwise we increment the meter for :: the current bone and update the agent's state with it. :: :: Returns a yes if the meter has been incremented, and no otherwise. :: ++ ap-enqueue ^- [? _ap-state] :: =/ meter (~(gut by meter.subscribers.current-agent) agent-bone 0) =/ subscriber=(unit (pair ship path)) (~(get by incoming.subscribers.current-agent) agent-bone) :: ?: ?& =(20 meter) ?| ?=(~ subscriber) !=(our p.u.subscriber) == == =/ incoming (~(get by incoming.subscribers.current-agent) agent-bone) =/ duct (~(get by duct-map.ducts.current-agent) agent-bone) ~& [%gall-pulling-20 agent-bone incoming duct] [%.n ap-state] :: =/ next =/ meter (~(put by meter.subscribers.current-agent) agent-bone +(meter)) ap-state(meter.subscribers.current-agent meter) :: [%.y next] :: :: +ap-find-arm: general arm. :: ++ ap-find-arm ~/ %ap-find-arm |= [=term =path] ^- [(unit (pair @ud @tas)) _ap-state] :: =/ maybe-cached (~(get by arm-cache.current-agent) [term path]) ?^ maybe-cached [u.maybe-cached ap-state] :: =/ result =/ dep 0 |- ^- (unit (pair @ud @tas)) =/ spu ?~ path ~ =/ hyped (cat 3 term (cat 3 '-' i.path)) $(path t.path, dep +(dep), term hyped) :: ?^ spu spu :: ?. (ap-exists-arm term) ~ (some [dep term]) :: =. arm-cache.current-agent (~(put by arm-cache.current-agent) [term path] result) :: [result ap-state] :: :: +ap-exists-arm: check for an arm in the running agent state. :: ++ ap-exists-arm ~/ %ap-exists-arm |= =term ^- ? :: =/ =type p.running-state.current-agent (slob term type) :: :: +ap-give: return result. :: ++ ap-give |= =internal-gift ^+ ap-state :: =/ internal-moves =/ move [%give internal-gift] =/ =internal-move [agent-bone move] [internal-move agent-moves] :: ap-state(agent-moves internal-moves) :: :: +ap-construct-bowl: set up bowl. :: ++ ap-construct-bowl ^+ ap-state :: %_ ap-state +12.q.running-state.current-agent ^- bowl :* :* our :: host attributing.routes.agent-privilege :: guest agent-name :: agent == :: :* wex=~ :: outgoing sup=incoming.subscribers.current-agent :: incoming == :: :* agent-bone=agent-bone :: cause act=change.stats.current-agent :: tick eny=eny.stats.current-agent :: nonce now=time.stats.current-agent :: time byk=beak.current-agent :: source == == == :: :: +ap-move: process each move. :: ++ ap-move ~/ %ap-move |= =vase ^- [(each internal-move tang) _ap-state] :: =/ noun q.vase :: ?@ noun =/ =tang (ap-tang "move: invalid move (atom)") [[%.n tang] ap-state] :: ?^ -.noun =/ =tang (ap-tang "move: invalid move (bone)") [[%.n tang] ap-state] :: ?@ +.noun =/ =tang (ap-tang "move: invalid move (card)") [[%.n tang] ap-state] :: =/ =bone -.noun =/ has-duct (~(has by duct-map.ducts.current-agent) bone) :: ?. &(has-duct !=(0 bone)) =/ =tang (ap-tang "move: invalid card (bone {})") [[%.n tang] ap-state] :: =^ vase cache.current-agent (~(spot wa cache.current-agent) 3 vase) =^ vase cache.current-agent (~(slot wa cache.current-agent) 3 vase) :: ?+ +<.noun (ap-move-pass bone +<.noun vase) %diff (ap-move-diff bone vase) %peel (ap-move-peel bone vase) %peer (ap-move-peer bone vase) %pull (ap-move-pull bone vase) %poke (ap-move-poke bone vase) %send (ap-move-send bone vase) %quit (ap-move-quit bone vase) %http-response (ap-move-http-response bone vase) == :: :: +ap-move-quit: give quit move. :: ++ ap-move-quit ~/ %quit |= [=bone =vase] ^- [(each internal-move tang) _ap-state] :: =/ possibly-internal-move=(each internal-move tang) ?^ q.vase =/ =tang (ap-tang "quit: improper give") [%.n tang] :: =/ =internal-move =/ =internal-gift [%quit ~] =/ move [%give internal-gift] [bone move] :: [%.y internal-move] :: =/ next =/ incoming (~(del by incoming.subscribers.current-agent) bone) %_ ap-state incoming.subscribers.current-agent incoming == :: [possibly-internal-move next] :: :: +ap-move-diff: give diff move. :: ++ ap-move-diff ~/ %diff |= [=bone =vase] ^- [(each internal-move tang) _ap-state] :: =^ vase cache.current-agent (~(sped wa cache.current-agent) vase) :: =/ value q.vase :: ?. ?& ?=(^ value) ?=(@ -.value) ((sane %tas) -.value) == =/ =tang (ap-tang "diff: improper give") [[%.n tang] ap-state] :: =^ vase cache.current-agent (~(slot wa cache.current-agent) 3 vase) :: =/ =internal-move =/ =cage [-.value vase] =/ move [%give %diff cage] [bone move] :: [[%.y internal-move] ap-state] :: :: +ap-move-http-response :: ++ ap-move-http-response |= [sto=bone vax=vase] ^- [(each internal-move tang) _ap-state] :: :: TODO: Magic vase validation. I have no idea how malformed checking :: works. :: :_ ap-state [%& sto %give %http-response ;;(http-event:http q.vax)] :: :: +ap-move-mess: extract path, target. :: ++ ap-move-mess ~/ %mess |= =vase ^- [(each (trel path ship term) tang) _ap-state] :: =/ possibly-trel=(each (trel path ship term) tang) ?. ?& ?=([p=* [q=@ r=@] s=*] q.vase) (gte 1 (met 7 q.q.vase)) == =/ =tang (ap-tang "mess: malformed target") [%.n tang] :: =/ pax ((soft path) p.q.vase) :: ?. ?& ?=(^ pax) (levy u.pax (sane %ta)) == =/ =tang (ap-tang "mess: malformed path") [%.n tang] :: =/ =path [(scot %p q.q.vase) %out r.q.vase u.pax] =/ =ship q.q.vase =/ =term r.q.vase [%.y path ship term] :: [possibly-trel ap-state] :: :: +ap-move-pass: pass general move. :: ++ ap-move-pass ~/ %pass |= [=bone =noun =vase] ^- [(each internal-move tang) _ap-state] :: ?. ?& ?=(@ noun) ((sane %tas) noun) == =/ =tang (ap-tang "pass: malformed card") [[%.n tang] ap-state] :: =/ pax ((soft path) -.q.vase) :: ?. ?& ?=(^ pax) (levy u.pax (sane %ta)) == =/ =tang (ap-tang "pass: malformed path") ~& [%bad-path pax] [[%.n tang] ap-state] :: =/ maybe-vane (ap-vain noun) :: ?~ maybe-vane =/ =tang (ap-tang "move: unknown note {(trip noun)}") [[%.n tang] ap-state] :: =/ vane u.maybe-vane :: =^ at-slot cache.current-agent (~(slot wa cache.current-agent) 3 vase) :: =/ =internal-move =/ =path [(scot %p attributing.routes.agent-privilege) %inn u.pax] =/ vase (ap-atomic-vase %tas noun) =/ combined (slop vase at-slot) =/ =internal-note [%meta vane combined] =/ card [%pass path internal-note] [bone card] :: [[%.y internal-move] ap-state] :: :: +ap-move-poke: pass %poke. :: ++ ap-move-poke ~/ %poke |= [=bone =vase] ^- [(each internal-move tang) _ap-state] :: =^ possibly-target ap-state (ap-move-mess vase) :: ?: ?=(%.n -.possibly-target) [possibly-target ap-state] :: =^ at-slot cache.current-agent (~(slot wa cache.current-agent) 7 vase) :: ?. ?& ?=([p=@ q=*] q.at-slot) ((sane %tas) p.q.at-slot) == =/ =tang (ap-tang "poke: malformed cage") [[%.n tang] ap-state] :: =^ specialised cache.current-agent (~(stop wa cache.current-agent) 3 at-slot) :: =/ target p.possibly-target =/ =path p.target =/ =ship q.target =/ =term r.target :: =/ =internal-move =/ =internal-task [term %poke p.q.at-slot specialised] =/ =internal-note [%send ship internal-task] =/ card [%pass path internal-note] [bone card] :: [[%.y internal-move] ap-state] :: :: +ap-move-peel: pass %peel. :: ++ ap-move-peel ~/ %peel |= [=bone =vase] ^- [(each internal-move tang) _ap-state] :: =^ possibly-target ap-state (ap-move-mess vase) :: ?: ?=(%.n -.possibly-target) [possibly-target ap-state] :: =/ target p.possibly-target =/ =ship q.target =/ =term r.target :: =/ mark ((soft mark) +>-.q.vase) :: ?~ mark =/ =tang (ap-tang "peel: malformed mark") [[%.n tang] ap-state] :: =/ pax ((soft path) +>+.q.vase) :: ?. ?& ?=(^ pax) (levy u.pax (sane %ta)) == =/ =tang (ap-tang "peel: malformed path") [[%.n tang] ap-state] :: =/ move ?: (~(has in misvale.current-agent) p.target) =/ =internal-task =/ =tang [[%leaf "peel: misvalidation encountered"] ~] =/ =agent-action [%peer-not tang] [term agent-action] :: =/ =internal-note [%send ship internal-task] =/ card [%pass p.target internal-note] [bone card] :: =/ =agent-action [%peel u.mark u.pax] =/ =internal-task [term agent-action] =/ =internal-note [%send ship internal-task] =/ card [%pass p.target internal-note] [bone card] :: [[%.y move] ap-state] :: :: +ap-move-peer: pass %peer. :: ++ ap-move-peer ~/ %peer |= [=bone =vase] ^- [(each internal-move tang) _ap-state] :: =^ possibly-target ap-state (ap-move-mess vase) :: ?: ?=(%.n -.possibly-target) [possibly-target ap-state] :: =/ target p.possibly-target =/ =ship q.target =/ =term r.target :: =/ pax ((soft path) +>.q.vase) :: ?. ?& ?=(^ pax) (levy u.pax (sane %ta)) == =/ =tang (ap-tang "peer: malformed path") [[%.n tang] ap-state] :: =/ move ?: (~(has in misvale.current-agent) p.target) =/ err [[%leaf "peer: misvalidation encountered"] ~] =/ =agent-action [%peer-not err] =/ =internal-note [%send ship term agent-action] =/ card [%pass p.target internal-note] [bone card] :: =/ =agent-action [%peer u.pax] =/ =internal-note [%send ship term agent-action] =/ card [%pass p.target internal-note] [bone card] :: [[%.y move] ap-state] :: :: +ap-move-pull: pass %pull. :: ++ ap-move-pull ~/ %pull |= [=bone =vase] ^- [(each internal-move tang) _ap-state] :: =^ possibly-target ap-state (ap-move-mess vase) :: ?: ?=(%.n -.possibly-target) [possibly-target ap-state] :: =/ target p.possibly-target =/ =ship q.target =/ =term r.target :: ?. =(~ +>.q.vase) =/ =tang (ap-tang "pull: malformed card") [[%.n tang] ap-state] :: =/ move =/ =agent-action [%pull ~] =/ =internal-note [%send ship term agent-action] =/ card [%pass p.target internal-note] [bone card] :: [[%.y move] ap-state] :: :: +ap-move-send: pass gall action. :: ++ ap-move-send ~/ %send |= [=bone =vase] ^- [(each internal-move tang) _ap-state] :: ?. ?& ?=([p=* [q=@ r=@] [s=@ t=*]] q.vase) (gte 1 (met 7 q.q.vase)) ((sane %tas) r.q.vase) == =/ =tang (ap-tang "send: improper ask.[%send wire gill agent-action]") [[%.n tang] ap-state] :: =/ pax ((soft path) p.q.vase) :: ?. ?& ?=(^ pax) (levy u.pax (sane %ta)) == =/ =tang (ap-tang "send: malformed path") [[%.n tang] ap-state] :: ?: ?=($poke s.q.vase) :: =^ specialised cache.current-agent (~(spot wa cache.current-agent) 7 vase) :: ?> =(%poke -.q.specialised) :: ?. ?& ?=([p=@ q=*] t.q.vase) ((sane %tas) p.t.q.vase) == =/ =tang (ap-tang "send: malformed poke") [[%.n tang] ap-state] :: =^ specialised cache.current-agent (~(spot wa cache.current-agent) 3 specialised) :: =^ at-slot cache.current-agent (~(slot wa cache.current-agent) 3 specialised) :: =/ move =/ =agent-action [%poke p.t.q.vase at-slot] =/ =internal-note [%send q.q.vase r.q.vase agent-action] =/ =path [(scot %p q.q.vase) %out r.q.vase u.pax] =/ card [%pass path internal-note] [bone card] :: [[%.y move] ap-state] :: =/ maybe-action ((soft agent-action) [s t]:q.vase) ?~ maybe-action =/ =tang (ap-tang "send: malformed agent-action") [[%.n tang] ap-state] :: =/ move =/ =agent-action u.maybe-action =/ =internal-note [%send q.q.vase r.q.vase agent-action] =/ =path [(scot %p q.q.vase) %out r.q.vase u.pax] =/ card [%pass path internal-note] [bone card] :: [[%.y move] ap-state] :: :: +ap-pass: request action. :: ++ ap-pass |= [=path =internal-note] ^+ ap-state :: =/ =internal-move =/ move [%pass path internal-note] [agent-bone move] :: =/ internal-moves [internal-move agent-moves] :: ap-state(agent-moves internal-moves) :: :: +ap-reinstall: reinstall. :: ++ ap-reinstall ~/ %ap-reinstall |= =vase ^+ ap-state :: =/ prep =/ installed ap-install(running-state.current-agent vase) =/ running (some running-state.current-agent) (installed running) :: =^ maybe-tang ap-state prep :: ?~ maybe-tang ap-state (ap-lame %prep-failed u.maybe-tang) :: :: +ap-peel: apply %peel. :: ++ ap-peel |= [=mark =path] ^+ ap-state :: =. marks.current-agent (~(put by marks.current-agent) agent-bone mark) :: (ap-peer path) :: :: +ap-peer: apply %peer. :: ++ ap-peer ~/ %ap-peer |= pax=path ^+ ap-state :: =/ incoming [attributing.routes.agent-privilege pax] :: =. incoming.subscribers.current-agent (~(put by incoming.subscribers.current-agent) agent-bone incoming) :: =^ maybe-arm ap-state (ap-find-arm %peer pax) :: ?~ maybe-arm ap-state :: =/ arm u.maybe-arm =/ =vase !>((slag p.arm pax)) =/ old agent-moves :: =. agent-moves ~ =^ maybe-tang ap-state (ap-call q.arm vase) :: =/ internal-moves=(list internal-move) =/ move [agent-bone %give %reap maybe-tang] [move old] :: =. agent-moves (weld agent-moves internal-moves) :: ?^ maybe-tang ap-silent-delete ap-state :: :: +ap-poke: apply %poke. :: ++ ap-poke ~/ %ap-poke |= =cage ^+ ap-state :: =^ maybe-arm ap-state (ap-find-arm %poke p.cage ~) :: ?~ maybe-arm =/ =tang (ap-tang "no poke arm for {(trip p.cage)}") (ap-give %coup (some tang)) :: =/ arm u.maybe-arm :: =/ =vase =/ vas (ap-atomic-vase %tas p.cage) ?. =(0 p.arm) q.cage (slop vas q.cage) :: =^ tur ap-state (ap-call q.arm vase) (ap-give %coup tur) :: :: +ap-lame: pour error. :: ++ ap-lame |= [=term =tang] ^+ ap-state :: =^ maybe-arm ap-state (ap-find-arm /lame) :: =/ form |=(=tank [%rose [~ "! " ~] tank ~]) :: ?~ maybe-arm =/ tang [>%ap-lame agent-name term< (turn tang form)] ~> %slog.`rose+[" " "[" "]"]^(flop tang) ap-state :: =/ arm u.maybe-arm =/ =vase !>([term tang]) :: =^ maybe-tang ap-state (ap-call q.arm vase) :: ?^ maybe-tang =/ tang u.maybe-tang =/ etc (flop [>%ap-lame-lame< (turn tang form)]) ~> %slog.`rose+[" " "[" "]"]^(welp etc [%leaf "." (flop tang)]) ap-state :: ap-state :: :: +ap-misvale: broken vale. :: ++ ap-misvale |= =wire ^+ ap-state :: ~& [%ap-blocking-misvale wire] =/ misvaled (~(put in misvale.current-agent) wire) ap-state(misvale.current-agent misvaled) :: :: +ap-generic-take: generic take. :: ++ ap-generic-take ~/ %ap-generic-take |= [=path =vase] ^+ ap-state :: ?. &(?=([@ *] q.vase) ((sane %tas) -.q.vase)) =/ =tang (ap-tang "pour: malformed card") (ap-lame %pour tang) :: =/ =term -.q.vase :: =^ maybe-arm ap-state (ap-find-arm [term path]) :: ?~ maybe-arm =/ =tang (ap-tang "pour: no {(trip -.q.vase)}: {}") (ap-lame term tang) :: =/ arm u.maybe-arm :: =^ at-slot cache.current-agent (~(slot wa cache.current-agent) 3 vase) :: =/ vase (slop !>((slag p.arm path)) at-slot) :: =^ maybe-tang ap-state (ap-call q.arm vase) :: ?^ maybe-tang (ap-lame term u.maybe-tang) ap-state :: :: +ap-unwrap-take: unwrap take. :: ++ ap-unwrap-take ~/ %ap-unwrap-take |= [=term pax=path =cage] ^+ ap-state :: =^ maybe-arm ap-state (ap-find-arm [term p.cage pax]) :: ?~ maybe-arm =/ =tang (ap-tang "{(trip term)}: no {<`path`[p.cage pax]>}") (ap-lame term tang) :: =/ arm u.maybe-arm :: =/ =vase %- slop ?: =(0 p.arm) =/ =vase (ap-cage cage) [!>(`path`pax) vase] [!>((slag (dec p.arm) `path`pax)) q.cage] :: =^ maybe-tang ap-state (ap-call q.arm vase) :: ?^ maybe-tang (ap-lame q.arm u.maybe-tang) ap-state :: :: +ap-specific-take: specific take. :: ++ ap-specific-take |= [=path =internal-gift] ^+ ap-state :: =/ pax +.path :: ?- -.internal-gift :: %coup :: =/ maybe-vase (some !>(p.internal-gift)) (ap-non-diff-take %coup pax maybe-vase) :: %diff :: =/ =ship attributing.routes.agent-privilege =/ =cage p.internal-gift (ap-diff ship path cage) :: %quit :: (ap-non-diff-take %quit pax ~) :: %reap :: =/ maybe-vase (some !>(p.internal-gift)) (ap-non-diff-take %reap pax maybe-vase) :: %http-response :: !! == :: :: +ap-install: install wrapper. :: ++ ap-install |= maybe-vase=(unit vase) ^- [(unit tang) _ap-state] :: =^ maybe-tang ap-state (ap-prep maybe-vase) :: =/ new-misvale-data ~? !=(misvale.current-agent *misvale-data) [%misvale-drop misvale.current-agent] :: new app might mean new marks *misvale-data :: =/ new-agent-config =/ =term ?~(maybe-vase %boot %bump) :: =/ possibly-suss ?~ maybe-tang =/ =suss [agent-name term now] [%.y suss] [%.n u.maybe-tang] :: [possibly-suss agent-config] :: =/ next %= ap-state misvale.current-agent new-misvale-data agent-config new-agent-config arm-cache.current-agent ~ == :: [maybe-tang next] :: :: +ap-prep: low-level install. :: ++ ap-prep ~/ %ap-prep |= maybe-vase=(unit vase) ^- [(unit tang) _ap-state] :: ?. (ap-exists-arm %prep) ?~ maybe-vase [~ ap-state] :: =/ new-type =/ new (slot 13 running-state.current-agent) p.new :: =/ old-type =/ old (slot 13 u.maybe-vase) p.old :: ?. (~(nest ut new-type) %.n old-type) =/ =tang (ap-tang "prep mismatch") [(some tang) ap-state] :: =/ next ap-state(+13.q.running-state.current-agent +13.q.u.maybe-vase) [~ next] :: =/ =vase ?~ maybe-vase !>(~) (slop !>(~) (slot 13 u.maybe-vase)) :: (ap-call %prep vase) :: :: +ap-silent-delete: silent delete. :: ++ ap-silent-delete ^+ ap-state :: ?~ incoming=(~(get by incoming.subscribers.current-agent) agent-bone) ap-state :: =. incoming (~(del by incoming.subscribers.current-agent) agent-bone) =/ meter (~(del by meter.subscribers.current-agent) agent-bone) :: %_ ap-state incoming.subscribers.current-agent incoming meter.subscribers.current-agent meter == :: :: +ap-load-delete: load delete. :: ++ ap-load-delete ^+ ap-state :: =/ maybe-incoming (~(get by incoming.subscribers.current-agent) agent-bone) :: ?~ maybe-incoming ap-state :: =/ incoming u.maybe-incoming :: =. incoming.subscribers.current-agent (~(del by incoming.subscribers.current-agent) agent-bone) :: =. meter.subscribers.current-agent (~(del by meter.subscribers.current-agent) agent-bone) :: =^ maybe-arm ap-state (ap-find-arm %pull q.incoming) :: ?~ maybe-arm ap-state :: =/ arm u.maybe-arm =/ =vase !>((slag p.arm q.incoming)) :: =^ maybe-tang ap-state (ap-call q.arm vase) :: ?^ maybe-tang (ap-lame q.arm u.maybe-tang) ap-state :: :: +ap-kill: queue kill. :: ++ ap-kill ^+ ap-state :: => ap-load-delete (ap-give %quit ~) :: :: +ap-non-diff-take: non-diff gall take. :: ++ ap-non-diff-take ~/ %ap-non-diff-take |= [=term =path maybe-vase=(unit vase)] ^+ ap-state :: =^ maybe-arm ap-state (ap-find-arm term path) :: ?~ maybe-arm ap-state :: =/ arm u.maybe-arm =/ =vase =/ vax !>((slag p.arm path)) ?~ maybe-vase vax (slop vax u.maybe-vase) :: =^ maybe-tang ap-state (ap-call q.arm vase) :: ?^ maybe-tang (ap-lame q.arm u.maybe-tang) ap-state :: :: +ap-safe: process move list. :: ++ ap-safe ~/ %ap-safe |= =vase ^- [(each (list internal-move) tang) _ap-state] :: ?~ q.vase [[%.y ~] ap-state] :: ?@ q.vase =/ =tang (ap-tang "move: malformed list") [[%.n tang] ap-state] :: =^ hed cache.current-agent (~(slot wa cache.current-agent) 2 vase) =^ possibly-internal-move ap-state (ap-move hed) :: ?: ?=(%.n -.possibly-internal-move) [possibly-internal-move ap-state] :: =/ =internal-move p.possibly-internal-move :: =^ tel cache.current-agent (~(slot wa cache.current-agent) 3 vase) =^ res ap-state $(vase tel) :: =/ possibly-internal-moves ?: ?=(%.n -.res) res [%.y [internal-move p.res]] :: [possibly-internal-moves ap-state] :: :: +ap-handle-result: handle result. :: ++ ap-handle-result ~/ %ap-handle-result |= =vase ^- [(unit tang) _ap-state] :: ?: ?=(@ q.vase) =/ =tang (ap-tang "ap-handle-result: invalid product (atom)") [(some tang) ap-state] :: =^ hed cache.current-agent (~(slot wa cache.current-agent) 2 vase) =^ possibly-internal-moves ap-state (ap-safe hed) :: ?: ?=(%.n -.possibly-internal-moves) =/ =tang p.possibly-internal-moves [(some tang) ap-state] :: =/ internal-moves p.possibly-internal-moves :: =^ tel cache.current-agent (~(slot wa cache.current-agent) 3 vase) =^ possibly-vase ap-state (ap-verify-core tel) :: ?: ?=(%.n -.possibly-vase) =/ =tang p.possibly-vase [(some tang) ap-state] :: =/ next %_ ap-state agent-moves (weld (flop internal-moves) agent-moves) running-state.current-agent p.possibly-vase == :: [~ next] :: :: +ap-verify-core: verify core. :: ++ ap-verify-core ~/ %ap-verify-core |= vax=vase ^- [(each vase tang) _ap-state] :: =/ received-type p.vax =/ running-type p.running-state.current-agent :: =^ nests cache.current-agent (~(nest wa cache.current-agent) running-type received-type) :: =/ possibly-vase ?. nests =/ =tang (ap-tang "invalid core") [%.n tang] [%.y vax] :: [possibly-vase ap-state] :: :: +ap-slam: virtual slam. :: ++ ap-slam ~/ %ap-slam |= [=term gat=vase arg=vase] ^- [(each vase tang) _ap-state] :: =/ compiled =/ =type [%cell p.gat p.arg] =/ =hoon [%cnsg [%$ ~] [%$ 2] [%$ 3] ~] (~(mint wa cache.current-agent) type hoon) :: =/ virtual =/ trap |.(compiled) (mule trap) :: ?: ?=(%.n -.virtual) =/ =tang (ap-tang "call: {}: type mismatch") =/ sam (~(peek ut p.gat) %free 6) =/ print (slog >%ap-slam-mismatch< ~(duck ut p.arg) ~(duck ut sam) ~) (print [[%.n tang] ap-state]) :: =/ =worm +>.virtual =/ =vase +<.virtual =/ =type p.vase =/ nock q.vase =/ ton (mock [[q.gat q.arg] nock] ap-namespace-view) :: =/ possibly-vase ?- -.ton %0 [%.y type p.ton] %1 [%.n (turn p.ton |=(a=* (smyt (path a))))] %2 [%.n p.ton] == :: =/ next ap-state(cache.current-agent worm) [possibly-vase next] :: :: +ap-namespace-view: namespace view. :: ++ ap-namespace-view (sloy ska) :: :: +ap-tang: standard tang. :: ++ ap-tang |= =tape ^- tang :: =/ =tank [%leaf (weld "gall: {}: " tape)] [tank ~] :: :: +ap-atomic-vase: atomic vase. :: ++ ap-atomic-vase |= [=term =atom] ^- vase :: =/ =type [%atom term (some atom)] [type atom] :: :: +ap-vain: card to vane. :: ++ ap-vain |= =term ^- (unit @tas) :: ?+ term ~& [%ap-vain term] ~ %bonk `%a %build `%f %cash `%a %conf `%g %cred `%c %crew `%c %crow `%c %deal `%g %dirk `%c %drop `%c %flog `%d %info `%c %keep `%f %kill `%f %look `%j %listen `%j %merg `%c %mont `%c %moon `%j %nuke `%a %ogre `%c %perm `%c %rest `%b %rekey `%j %wait `%b %want `%a %warp `%c %wash `%g %wipe `%f :: %request `%i %cancel-request `%i %serve `%e %connect `%e %disconnect `%e %rule `%e == -- -- :: :: +call: request :: ++ call ~% %gall-call +> ~ |= [=duct hic=(hypo (hobo task:able))] ^- [(list move) _gall-payload] :: ~| [%gall-call-failed duct q.hic] :: :: make sure our task is hard =/ =task:able ?. ?=(%soft -.q.hic) q.hic ;; task:able p.q.hic :: =/ initialised (mo-abed:mo duct) :: ?- -.task :: %conf :: =/ =dock p.task =/ =ship p.dock ?. =(our ship) ~& [%gall-not-ours ship] [~ gall-payload] :: ~& [%gall-booting q.dock q.task] => (mo-boot:initialised q.dock q.task) mo-abet :: %deal :: =/ =sock p.task =/ =internal-task q.task :: ?. =(q.sock our) ?> =(p.sock our) => (mo-handle-foreign-request:initialised q.sock internal-task) mo-abet :: => (mo-handle-local:initialised p.sock internal-task) mo-abet :: %init :: =/ payload gall-payload(system-duct.agents.state duct) [~ payload] :: %vega :: [~ gall-payload] :: %west :: =/ =ship p.task =/ =path q.task =/ =noun r.task :: ?> ?=([?(%ge %gh) @ ~] path) =/ agent-name i.t.path :: ?: ?=(%ge i.path) =/ mes ;;((pair @ud forward-ames) noun) => (mo-handle-forward:initialised ship agent-name mes) mo-abet :: =/ mes ;;((pair @ud reverse-ames) noun) => (mo-handle-backward:initialised ship agent-name mes) mo-abet :: %wash :: =. running.agents.state (~(run by running.agents.state) |=(=agent agent(cache *worm))) [~ gall-payload] :: %wegh :: =/ blocked =/ queued (~(run by blocked.agents.state) |=(blocked [%.y +<])) (sort ~(tap by queued) aor) :: =/ running =/ active (~(run by running.agents.state) |=(agent [%.y +<])) (sort ~(tap by active) aor) :: =/ =mass :+ %gall %.n :~ [%foreign %.y contacts.agents.state] [%blocked %.n blocked] [%active %.n running] [%dot %.y state] == :: =/ moves =/ =move [duct %give %mass mass] [move ~] :: [moves gall-payload] == :: :: +load: recreate vane :: ++ load |= =state-old ^+ gall-payload :: ?- -.state-old %0 gall-payload(state state-old) == :: :: +scry: standard scry :: ++ scry ~/ %gall-scry |= [fur=(unit (set monk)) =term =shop =desk =coin =path] ^- (unit (unit cage)) ?. ?=(%.y -.shop) ~ :: =/ =ship p.shop :: ?: ?& =(%u term) =(~ path) =([%$ %da now] coin) =(our ship) == =/ =vase !>((~(has by running.agents.state) desk)) =/ =cage [%noun vase] (some (some cage)) :: ?. =(our ship) ~ :: ?. =([%$ %da now] coin) ~ :: ?. (~(has by running.agents.state) desk) (some ~) :: ?. ?=(^ path) ~ :: =/ initialised mo-abed:mo =/ =privilege [%high [~ ship]] (mo-peek:initialised desk privilege term path) :: :: +stay: save without cache :: ++ stay state :: :: +take: response :: ++ take ~/ %gall-take |= [=wire =duct hin=(hypo sign-arvo)] ^- [(list move) _gall-payload] :: ~| [%gall-take-failed wire] :: ?> ?=([?(%sys %use) *] wire) :: =/ initialised (mo-abed:mo duct) =/ =sign-arvo q.hin :: => :: ?- i.wire %sys (mo-handle-sys:initialised t.wire sign-arvo) %use (mo-handle-use:initialised t.wire hin) == :: mo-abet --