urbit/pkg/hs/urbit-king/lib/Urbit/Arvo/Effect.hs

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{-|
Effect Types and Their Noun Conversions
-}
module Urbit.Arvo.Effect where
import Urbit.Prelude
import Urbit.Time
import Urbit.Arvo.Common (KingId(..), ServId(..))
import Urbit.Arvo.Common (Header, HttpEvent, HttpServerConf, Method, Mime)
import Urbit.Arvo.Common (AmesDest, Turf)
import Urbit.Arvo.Common (ReOrg(..), reorgThroughNoun)
import Urbit.Arvo.Common (Desk)
-- Newt Effects ----------------------------------------------------------------
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{-|
%turf -- Set which domain names we've bound.
%send -- Send a UDP packet.
-}
data NewtEf
= NewtEfTurf (Atom, ()) [Turf]
| NewtEfSend (Atom, ()) AmesDest Bytes
deriving (Eq, Ord, Show)
deriveNoun ''NewtEf
-- HTTP Client Effects ---------------------------------------------------------
data HttpClientReq = HttpClientReq
{ method :: Method
, url :: Cord
, headerList :: [Header]
, body :: Maybe Octs
}
deriving (Eq, Ord, Show)
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{-|
%request -- TODO
%cancel-request -- TODO
-}
data HttpClientEf
= HCERequest (Atom, ()) Word HttpClientReq
| HCECancelRequest Path Word
deriving (Eq, Ord, Show)
deriveNoun ''HttpClientReq
deriveNoun ''HttpClientEf
-- HTTP Server Effects ---------------------------------------------------------
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{-|
%set-config -- Update HTTP server configuration.
%response -- Respond to an active HTTP request.
-}
data HttpServerEf
= HSESetConfig (ServId, ()) HttpServerConf
| HSEResponse (ServId, UD, UD, ()) HttpEvent
deriving (Eq, Ord, Show)
deriveNoun ''HttpServerEf
-- File System Effects ---------------------------------------------------------
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{-|
%hill -- TODO
%dirk -- mark mount dirty
%ergo -- TODO
%ogre -- TODO
-}
data SyncEf
= SyncEfHill () [Desk]
| SyncEfDirk Path Desk
| SyncEfErgo Path Desk [(Path, Maybe Mime)]
| SyncEfOgre Path Desk
deriving (Eq, Ord, Show)
deriveNoun ''SyncEf
-- UDP Effects -----------------------------------------------------------------
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{-|
%init -- "I don't think that's something that can happen"
%west -- "Those also shouldn't happen"
%woot -- "Those also shouldn't happen"
-}
data AmesEf
= AmesEfInit Path ()
| AmesEfWest Path Ship Path Noun
| AmesEfWoot Path Ship (Maybe (Maybe (Term, [Tank])))
deriving (Eq, Ord, Show)
deriveNoun ''AmesEf
-- Timer Effects ---------------------------------------------------------------
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{-|
%doze -- Set or clear timer.
%void -- Nasty hack to make the parser not treat this as a record.
-}
data BehnEf
= BehnEfDoze (KingId, ()) (Maybe Wen)
| BehnEfVoid Void
deriving (Eq, Ord, Show)
deriveNoun ''BehnEf
-- Terminal Effects ------------------------------------------------------------
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{-|
%bel -- TODO
%clr -- TODO
%hop -- TODO
%lin -- TODO
%mor -- TODO
%sag -- TODO
%sav -- TODO
%url -- TODO
-}
data Blit
= Bel ()
| Clr ()
| Hop Word64
| Lin [Char]
| Mor ()
| Sag Path Noun
| Sav Path Atom
| Url Cord
deriving (Eq, Ord)
-- Manual instance to not save the noun/atom in Sag/Sav, because these can be
-- megabytes and makes king hang.
instance Show Blit where
show (Bel ()) = "Bel ()"
show (Clr ()) = "Clr ()"
show (Hop x) = "Hop " ++ (show x)
show (Lin c) = "Lin " ++ (show c)
show (Mor ()) = "Mor ()"
show (Sag path _) = "Sag " ++ (show path)
show (Sav path _) = "Sav " ++ (show path)
show (Url c) = "Url " ++ (show c)
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{-|
%blip -- TODO
%init -- TODO
%logo -- Shutdown
%mass -- Measure memory usage (unused)
-}
data TermEf
= TermEfBlit (UD, ()) [Blit]
| TermEfInit (UD, ()) Ship
| TermEfLogo Path ()
| TermEfMass Path Noun -- Irrelevant
deriving (Eq, Ord, Show)
deriveNoun ''Blit
deriveNoun ''TermEf
-- IO-Driver Routing -----------------------------------------------------------
data VaneEf
= VENewt NewtEf
| VEHttpClient HttpClientEf
| VEHttpServer HttpServerEf
| VEBehn BehnEf
| VEAmes AmesEf
| VETerm TermEf
| VEClay SyncEf
| VESync SyncEf
| VEBoat SyncEf
deriving (Eq, Ord, Show)
deriveNoun ''VaneEf
-- Top-Level Ef Type -----------------------------------------------------------
data Ef
= EfVane VaneEf
| EfVega Cord EvilPath -- second path component, rest of path
| EfExit Cord EvilPath -- second path component, rest of path
deriving (Eq, Ord, Show)
instance ToNoun Ef where
toNoun = \case
EfVane v -> toNoun $ reorgThroughNoun ("", v)
EfExit s p -> toNoun $ ReOrg "" s "exit" p (A 0)
EfVega s p -> toNoun $ ReOrg "" s "vega" p (A 0)
instance FromNoun Ef where
parseNoun = parseNoun >=> \case
ReOrg "" s "exit" p (A 0) -> pure (EfExit s p)
ReOrg "" s "exit" p _ -> fail "%exit effect expects nil value"
ReOrg "" s "vega" p (A 0) -> pure (EfVega s p)
ReOrg "" s "vega" p _ -> fail "%vega effect expects nil value"
ReOrg "" s tag p val -> EfVane <$> parseNoun (toNoun (s, tag, p, val))
ReOrg _ _ _ _ _ -> fail "Non-empty first path-element"