Files
loop/src/Dodge/Terminal.hs
T

188 lines
6.3 KiB
Haskell

{-# LANGUAGE LambdaCase #-}
module Dodge.Terminal (
makeTermLine,
textInputBlurb,
textTerminal,
simpleTermMessage,
damageCodeCommand,
makeColorTermLine,
makeTermPara,
terminalReturnEffect,
getCommands,
tabComplete,
tlSetStatus,
tlDoEffect,
termTextColor,
) where
import Color
import Data.Char
import qualified Data.List as List
import qualified Data.ListTrie.Patricia.Map.Enum as PTE
import qualified Data.Map.Strict as M
import Data.Maybe
import Dodge.Data.Terminal.Status
import Dodge.Data.World
import Dodge.Default
import Dodge.SoundLogic
import Dodge.Terminal.Type
import Justify
import LensHelp
import Sound.Data
textTerminal :: Terminal
textTerminal = defaultTerminal{_tmBootLines = textInputBlurb []}
textInputBlurb :: [TerminalLine] -> [TerminalLine]
textInputBlurb tls =
[termSoundLine computerBeepingS]
++ tls
++ tlSetStatus (TerminalTextInput "")
termSoundLine :: SoundID -> TerminalLine
termSoundLine = TLine 0 [] . TmWdWdTermSound
termTextColor :: Color
termTextColor = greyN 0.9
getCommands :: World -> Terminal -> PTE.TrieMap Char (PTE.TrieMap Char [TerminalLine])
getCommands w tm = foldMap (getCommand w tm) $ tm ^. tmCommands
getCommand :: World
-> Terminal -> TCom -> PTE.TrieMap Char (PTE.TrieMap Char [TerminalLine])
getCommand w tm = \case
TCInfo x z -> PTE.singleton x (PTE.singleton "" (makeTermPara z))
TCBase -> quitCommand <> toggleCommands tm
TCDamageCommand -> damageCodeCommand w tm
damageCodeCommand :: World -> Terminal -> PTE.TrieMap Char (PTE.TrieMap Char [TerminalLine])
damageCodeCommand w _
= PTE.singleton "DAMAGECODE" $ PTE.fromList $ mapMaybe f [minBound ..]
where
f :: SensorType -> Maybe (String, [TerminalLine])
f st = do
s <- g st
return (s, decodeSensorType st w)
g =
fmap (map toUpper . reverse) . List.stripPrefix (reverse "Sensor")
. reverse
. show
decodeSensorType :: SensorType -> World -> [TerminalLine]
decodeSensorType st w = fromMaybe [] $ do
x <- w ^? cWorld . cwGen . cwgParams . sensorCoding . ix st
return [makeTermLine $ show x]
toggleCommands :: Terminal -> PTE.TrieMap Char (PTE.TrieMap Char [TerminalLine])
toggleCommands tm
| null ts = mempty
| otherwise = PTE.singleton "TOGGLE" $ PTE.fromList $ f <$> M.toList ts
where
ts = tm ^. tmToggles
f (s,x) = (s,
[ TLine
1
[TerminalLineConst (s ++ " TOGGLE DONE!") termTextColor]
(TmWdWdfromWdWd (WdWdNegateTrig $ x ^. ttTriggerID))
])
helpPara :: [TerminalLine]
helpPara = makeTermPara "THIS TERMINAL PROCESSES KEYBOARD INPUT. USE [RETURN] OR [LMB] TO REGISTER YOUR INPUT. AVAILABLE COMMANDS CAN BE SCROLLED THROUGH, HOLD [RMB] TO SCROLL THROUGH ARGUMENTS. USE [TAB] FOR AUTOCOMPLETE."
quitCommand :: PTE.TrieMap Char (PTE.TrieMap Char [TerminalLine])
quitCommand = PTE.singleton "QUIT" (PTE.singleton "" [TLine 0 [] TmWdWdPowerDownTerminal])
makeTermLine :: String -> TerminalLine
makeTermLine = makeColorTermLine termTextColor
tlSetStatus :: TerminalStatus -> [TerminalLine]
tlSetStatus x = tlDoEffect $ TmTmSetStatus x
tlDoEffect :: TmWdWd -> [TerminalLine]
tlDoEffect x = [TLine 1 [] x]
makeTermPara :: String -> [TerminalLine]
makeTermPara = makeColorTermPara termTextColor
makeColorTermPara :: Color -> String -> [TerminalLine]
makeColorTermPara col = map (makeColorTermLine col) . makeParagraph 55
makeColorTermLine :: Color -> String -> TerminalLine
makeColorTermLine col str = TLine 1 [TerminalLineConst str col] TmWdId
commandColor :: Color
commandColor = yellow
tabComplete :: World -> Terminal -> Terminal
tabComplete w tm = fromMaybe tm $ do
s <- tm ^? tmStatus . tiText
return $ tabComplete' s w tm
-- ugly, can improve output to explain when showing available arguments
tabComplete' :: String -> World -> Terminal -> Terminal
tabComplete' s' w tm = case PTE.lookup s $ getCommands w tm of
Just m -> f (s ++ " ") $ PTE.toList $ PTE.lookupPrefix a m
Nothing -> f "" $ PTE.toList $ PTE.lookupPrefix s $ getCommands w tm
where
ss = words s'
s = fromMaybe "" $ ss ^? ix 0
a = fromMaybe "" $ ss ^? ix 1
f y m' = case fmap fst m' of
[] -> tm
[x] -> tm & tmStatus . tiText .~ (y ++ x)
xs ->
tm & tmStatus .~ TerminalLineRead
& tmFutureLines
.~ ( makeColorTermPara
commandColor
(unwords xs)
<> [TLine 1 [] . TmTmSetStatus $ TerminalTextInput s']
)
--damageCodeCommand :: TerminalCommand
--damageCodeCommand =
-- TerminalCommand
-- { _tcString = "DAMAGECODE"
-- , _tcAlias = ["DCODE", "DC"]
-- , _tcHelp = "Displays the shape and color associated with a given damage type."
-- , _tcEffect = TerminalCommandEffectDamageCoding -- \_ -> OneArgument "A DAMAGE TYPE" . getDamageCoding
-- }
--infoClearInput :: Terminal -> [TerminalLine] -> World -> World
--infoClearInput tm tls =
-- cWorld . lWorld . terminals . ix (_tmID tm)
-- %~ ( (tmInput .~ TerminalInput T.empty True (0, 0))
-- . (tmFutureLines ++.~ tls)
-- )
--togglesToEffects :: Terminal -> M.Map String [TerminalLine]
--togglesToEffects = fmap f . _tmToggles
-- where
-- f tt = [TLine 0 [] $ TmWdWdfromWdWd $ WdWdNegateTrig (_ttTriggerID tt)]
simpleTermMessage :: [String] -> Terminal
simpleTermMessage strs = defaultTerminal & tmBootLines .~ map makeTermLine strs
-- list available arguments on function input?
terminalReturnEffect :: Int -> World -> World
terminalReturnEffect tmid w = fromMaybe w $ do
tm' <- w ^? cWorld . lWorld . terminals . ix tmid
let tm = tabComplete w tm'
s <- tm ^? tmStatus . tiText
let ss = fromMaybe [makeTermLine "ERROR: INPUT NOT RECOGNISED"] $ do
let args = words s
case args of
[] -> return helpPara
(x:_) -> do
teff <- PTE.lookup x (getCommands w tm)
let y = fromMaybe "" (args ^? ix 1)
PTE.lookup y teff
return $ w
& totm . tmDisplayedLines .:~ (getPromptTM ++ s, termTextColor)
& totm . tmFutureLines .~ ss <> tlSetStatus (TerminalTextInput "")
& totm . tmCommandHistory %~ take 10 . (s :)
& totm . tmStatus .~ TerminalLineRead
where
totm = cWorld . lWorld . terminals . ix tmid