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ZDMG.hs
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-- |
--
-- Module : Encode.Arabic.ArabTeX.ZDMG
-- Copyright : Otakar Smrz 2005-2016
-- License : GPL
--
-- Maintainer : otakar-smrz users.sf.net
-- Stability : provisional
-- Portability : portable
--
-- /Encode::Arabic::ArabTeX::ZDMG/ in Perl:
-- <http://search.cpan.org/dist/Encode-Arabic/lib/Encode/Arabic/ArabTeX/ZDMG.pm>
--
-- "Encode.Extend"
-- "Encode.Mapper"
module Encode.Arabic.ArabTeX.ZDMG (
-- * Types
ZDMG (..)
) where
import Encode
import Encode.Mapper
import Encode.Extend
import PureFP.OrdMap
data ZDMG = ZDMG | ArabTeX_ZDMG
deriving (Enum, Show)
instance Encoding ZDMG where
encode _ = error "Encode.Arabic.ArabTeX.ZDMG: 'encode' not implemented"
decode _ = concat . parseFull decoderParsing .
concat . parseLongest decoderMapping
encoder :: Mapper UPoint [[[Char]]]
encoder = error "Encode.Arabic.ArabTeX.ZDMG: 'encoder' not implemented"
-- --------------------------------------------------------------------------
-- Extend and ExtEnv Definitions
-- --------------------------------------------------------------------------
data Mode = Nodiacritics | Novocalize | Vocalize | Fullvocalize
deriving (Eq, Ord)
data Env i = Env { envQuote :: Bool, envMode :: Mode,
envWasla :: Bool, envVerb :: Bool, envCap :: Bool }
setQuote q (Env _ m w v c) = Env q m w v c
setMode m (Env q _ w v c) = Env q m w v c
setWasla w (Env q m _ v c) = Env q m w v c
setVerb v (Env q m w _ c) = Env q m w v c
setCap c (Env q m w v _) = Env q m w v c
instance ExtEnv Env where
initEnv = Env False Vocalize False False False
-- --------------------------------------------------------------------------
-- Parsing Definitions
-- --------------------------------------------------------------------------
type Parsing = Extend Env [Char] ([UPoint] -> [UPoint])
type Environ = Env [Char]
consControl :: OrdMap m
=> [Char] -> [m [Char] [UPoint]] -> Environ -> [[UPoint]]
consControl x l e = if envCap e then [ capFirst n | n <- noChange ]
else noChange
where noChange = lookupList x l
capFirst [] = []
capFirst (x:xs) = (toEnum . flip (-) 0x0020 . fromEnum) x : xs
vowelControl :: OrdMap m
=> [Char] -> [Char] -> [m [Char] [UPoint]] -> Environ -> [[UPoint]]
vowelControl c x l e = if envCap e then consControl x l e
else case c of
"W" -> case sukun ? x of
Just _ -> if envQuote e then theWasla else noChange
Nothing -> if envQuote e then noChange
else
if envWasla e then [ t ++ dropOne n | t <- theWasla,
n <- noChange ]
else noChange
_ -> noChange
where theWasla = lookupList "W" [wasla]
noChange = lookupList x l
dropOne (_:xs) = xs
dropOne [] = []
shaddaControl :: (OrdMap m, Ord s) => s -> [m s [a]] -> Environ -> [[a]]
shaddaControl x l e = if envMode e > Nodiacritics then lookupList x l else [[]]
infixr 7 `plus` -- infixr 9 .
-- infixr 5 ++
plus :: (a -> b) -> (c -> a) -> c -> b
plus = (.)
decoderParsing :: Extend Env [Char] [UPoint]
decoderParsing = (fmap (foldr ($) []) . again) $
parseHyphen
<|> parseDoubleCons
<|> parseSingleCons
<|> parseInitVowel
<|> parseWhite
-- <|> parsePunct
-- <|> parseDigit
<|> parseControl
<|> parseAnything
<|> returnError
returnError :: Parsing
returnError = do x <- inspectIList
sat (const True)
return (error (show x))
parseAnything :: Parsing
parseAnything = do x <- sat (const True)
resetEnv setWasla False
return ((++) (map (toEnum . fromEnum) x))
parseNothing :: Parsing
parseNothing = return id
parseQuote = do lower ["\""] []
processControl "\""
parseControl =
do i <- inspectIList
case i of
(r : s) -> case r of
"\"" -> do returnIList s
processControl r
'\\' : t -> do returnIList s
return ((++) (map (toEnum . fromEnum) r))
'\NUL' : t -> do returnIList s
processControl t
[c] | c `elem` ['<', '>']
-> do returnIList v
return ((++) [(toEnum . fromEnum) y | x <- r : p ++ u, y <- x ])
where (p, q) = break (`elem` ["<", ">"]) s
(u, v) = splitAt 1 q
[c] | c `elem` ['{', '}']
-> do returnIList s
processControl r
return ((++) (map (toEnum . fromEnum) r))
_ -> zero
[] -> zero
processControl :: [Char] -> Parsing
processControl t =
do e <- inspectEList
let envList = case e of
[] -> error "Empty environment"
(q : r) -> case t of
"{" -> q : q : r
"}" -> case r of
[] -> q : r
_ -> r
"\"" -> setQuote True q : r
"cap" -> setCap True q : r
"fullvocalize" -> setMode Fullvocalize q : r
"vocalize" -> setMode Vocalize q : r
"novocalize" -> setMode Novocalize q : r
"nodiacritics" -> setMode Nodiacritics q : r
"setverb" -> setVerb True q : r
"setarab" -> setVerb False q : r
_ -> q : r
returnEList envList
parseNothing
parseInitVowel =
do v <- oneof [define [("i", []), ("u", [])]]
c <- oneof [define [("w", []), ("y", [])]]
e <- inspectEnv
if envCap e || not (envWasla e)
then do lower [] [if v == "i" then "I" else "U"]
parseNothing
else do lower [] [c]
y <- upperWith (vowelControl "W")
[v] [vowel]
completeSyllable y True
<|>
do v <- oneof [vowel] <|> (parseQuote >>
oneof [vowel] <|> return "")
y <- upperWith (vowelControl "W")
[v] [vowel, sukun]
completeSyllable y True
parseSyllVowel :: [Char] -> ([UPoint] -> [UPoint]) -> Parsing
parseSyllVowel c x =
do parseQuote <|> parseNothing
v <- oneof [vowel]
y <- upperWith (vowelControl c)
[v] [vowel]
completeSyllable (x `plus` y) True
<|>
do parseQuote <|> parseNothing
v <- return "" -- oneof [sukun]
y <- upperWith (vowelControl c)
[v] [sukun]
completeSyllable (x `plus` y) False
completeSyllable :: ([UPoint] -> [UPoint]) -> Bool -> Parsing
completeSyllable x y =
do resetEnv setQuote False
resetEnv setWasla y
resetEnv setCap False
return x
parseSingleCons =
do c <- oneof [sunny, moony, extra, invis]
x <- upperWith consControl
[c] [sunny, moony, extra, invis]
resetEnv setCap False
parseSyllVowel c x
<|>
do c <- oneof [minor]
x <- upper [c] [minor]
parseSyllVowel c x
parseDoubleCons =
do c <- oneof [sunny, moony, extra, invis]
lower [c] []
x <- upperWith consControl
[c] [sunny, moony, extra, invis]
resetEnv setCap False
y <- upperWith shaddaControl
[c] [sunny, moony, extra, invis]
-- [""] [shadda]
parseSyllVowel c (x `plus` y)
<|>
do c <- oneof [minor]
lower [c] []
x <- upper [c] [minor]
y <- upperWith shaddaControl
[c] [minor]
-- [""] [shadda]
parseSyllVowel c (x `plus` y)
parseHyphen =
do lower ["-"] []
upper ["-"] [hyphen]
parseWhite =
do w <- oneof [white]
resetEnv setQuote False
upper [w] [white]
{-
parsePunct =
do p <- oneof [punct]
resetEnv setWasla False
upper [p] [punct]
parseDigit =
do d <- oneof [digit]
resetEnv setWasla False
upper [d] [digit]
-}
-- --------------------------------------------------------------------------
-- Mapping Definitions
-- --------------------------------------------------------------------------
type Mapping = Mapper Char (Quit Char [[Char]])
pairs :: (OrdMap m, Ord s) => [m s a] -> [(s, a)]
pairs l = concat [ assocs i | i <- l ]
elems :: (OrdMap m, Ord s) => [m s a] -> [s]
elems l = (map fst . concat) [ assocs i | i <- l ]
quote :: OrdMap m => [m [Char] a] -> [[Char]]
quote = map ("\"" ++) . elems
decoderMapping :: Mapper Char (Quit Char [[Char]])
decoderMapping = defineMapping
( pairs [ sunny, moony, minor, extra, invis,
-- empty, white, digit, punct,
vowel ] )
<+> rules
`others` (\ s -> (Just . return) ([], [[s]]))
-- <+> "" |.| error "Illegal symbol"
defineMapping :: [([Char], [a])] -> Mapping
defineMapping = foldr (listing . mapping) zero
where listing = (<+>)
mapping (encoded, _) = symbols encoded
symbols = fmap (((,) []) . (: [])) . syms
rules :: Mapping
rules =
"N_A" |-| "NY" |:| [] |+|
"_A" |-| "Y" |:| [] |+|
"_W" |.| []
|+| ruleVerbalSilentAlif
|+| ruleInternalTaaaa
-- |+| ruleLiWithDefinite
|+| ruleDefinite
|+| ruleIndefinite
|+| ruleMultiVowel
|+| ruleHyphenedVowel
|+| ruleGroupControl
|+| ruleCapsControl
|+| ruleControlSequence
ruleVerbalSilentAlif =
"aWA" |-| "aw" |:| [] |+|
"aW" |-| "aw" |:| [] |+|
"UA" |-| "U" |:| [] |+|
"uW" |-| "uw" |:| []
ruleGroupControl =
"\NUL" |.| []
<+>
do syms "\NUL"
">" |.| [">"] |+| "<" |.| ["<"]
`others` (\ s -> (Just . return) ("\NUL", [[s]]))
<+>
do syms "<"
">" |.| ["<", ">"] |+| "<" |.| ["<", "<"]
`others` (\ s -> (Just . return) ("\NUL", ["<", [s]]))
<+>
do syms ">"
"<" |.| [">", "<"] |+| ">" |.| [">", ">"]
`others` (\ s -> (Just . return) ("\NUL", [">", [s]]))
ruleCapsControl =
anyof [
"l" ++ "-" ++ c ++ "\\cap " |-|
"l" ++ "-" ++ c ++ "\\cap " |:| [] |+|
"l" ++ "-" ++ c ++ "\\cap " ++ c |-|
"-\\cap " ++ c |:| [c] |+|
c ++ "-" ++ "\\cap " |-|
c ++ "-" ++ "\\cap " |:| [] |+|
c ++ "-" ++ "\\cap " ++ c |-|
"-" ++ "\\cap " ++ c |:| [c] |+|
"l" ++ "-\\cap " ++ c ++ "\\cap " |-|
"l" ++ "-\\cap " ++ c ++ "\\cap " |:| [] |+|
"l" ++ "-\\cap " ++ c ++ "\\cap " ++ c |-|
"-\\cap " ++ c |:| ["\\cap", c] |+|
"l" ++ "-\\cap " ++ c ++ c |-|
"-\\cap " ++ c |:| [c]
| c <- elems [sunny, moony, minor] ]
ruleControlSequence =
"\\<" |.| ["\\<"] |+|
"\\>" |.| ["\\>"] |+|
"\\{" |.| ["\\{"] |+|
"\\}" |.| ["\\}"] |+|
"\\\"" |.| ["\\\""] |+|
"\\\\" |.| ["\\\\"]
<+>
do sym '\\'
x <- some (anySymbol (['A'..'Z'] ++ ['a'..'z']))
y <- many (sym ' ')
let s = case x of
"cap" -> ([], ['\NUL' : x])
"fullvocalize" -> ([], ['\NUL' : x])
"vocalize" -> ([], ['\NUL' : x])
"novocalize" -> ([], ['\NUL' : x])
"nodiacritics" -> ([], ['\NUL' : x])
"full" -> ([], ['\NUL' : "fullvocalize"])
"nosukuun" -> ([], ['\NUL' : "vocalize"])
"novowels" -> ([], ['\NUL' : "novocalize"])
"none" -> ([], ['\NUL' : "novocalize"])
"noshadda" -> ([], ['\NUL' : "nodiacritics"])
"noneplus" -> ([], ['\NUL' : "nodiacritics"])
"setverb" -> ([], ['\NUL' : x])
"setarab" -> ([], ['\NUL' : x])
_ -> (y, ['\\' : x])
return s
ruleLiWithDefinite =
anyof [
"l" ++ v ++ "-a" ++ c ++ "-" ++ c |-|
"l" ++ v ++ c ++ "-" ++ c |:| []
| c <- elems [sunny, moony, minor], c /= "l",
v <- elems [vowel, sukun] ++ quote [vowel, sukun] ]
|+| anyof [
"l" ++ v ++ "-a" ++ c ++ "-" ++ c |-|
"l" ++ v ++ "|-" ++ c ++ c |:| [] |+|
"l" ++ v ++ "-a" ++ c ++ "-" ++ c ++ c |-|
"l" ++ v ++ "|-" ++ c ++ c |:| [] |+|
"l" ++ v ++ "-a" ++ c ++ "-" |-|
"l" ++ v ++ c ++ "-" |:| [] |+|
"l" ++ v ++ "-a" ++ c ++ c |-|
"l" ++ v ++ "|-" ++ c ++ c |:| []
| c <- elems [sunny, moony, minor], c == "l",
v <- elems [vowel, sukun] ++ quote [vowel, sukun] ]
ruleDefinite =
anyof [
"l" ++ "-" ++ c ++ c |-|
"-" ++ c |:| [c]
| c <- elems [sunny, moony, minor] ]
ruleIndefinite =
"NA" |-| "N" |:| [] |+|
"NU" |-| "N" |:| [] |+|
"NY" |-| "N" |:| []
ruleMultiVowel =
-- "iy" |-| "I" |:| [] |+|
-- "uw" |-| "U" |:| [] |+|
"ii" |-| "I" |:| [] |+|
"uu" |-| "U" |:| [] |+|
"aa" |-| "A" |:| []
|+| anyof [
"iy" ++ v |-| "y" ++ v |:| ["i", "|"] |+|
"uw" ++ v |-| "w" ++ v |:| ["u", "|"]
| v <- elems [vowel] ++ quote [vowel, sukun] ]
ruleHyphenedVowel =
anyof [
"-" ++ v |-| v |:| ["-"] |+|
"iy-" ++ v |-| "y-" ++ v |:| ["i", "|"] |+|
"uw-" ++ v |-| "w-" ++ v |:| ["u", "|"] |+|
"W-" ++ v |-| "W" |:| [v]
| v <- elems [vowel] ++ quote [vowel] ]
|+| anyof [
-- "iy-" ++ v ++ c |-| "-" ++ v ++ c |:| ["I"] |+|
-- "uw-" ++ v ++ c |-| "-" ++ v ++ c |:| ["U"] |+|
"W-" ++ v ++ c |-| v ++ c |:| ["W", "-"]
| c <- elems [sunny, moony, minor, invis],
v <- elems [vowel] ++ quote [vowel] ]
ruleInternalTaaaa =
anyof [
"H" ++ v |-| "H" |:| []
| v <- elems [vowel] ++ quote [vowel, sukun] ]
|+| anyof [
"T" ++ v ++ c |-| "t" ++ v ++ c |:| [] |+|
"H" ++ v ++ c |-| "t" ++ v ++ c |:| []
| c <- elems [sunny, moony, minor, invis],
v <- elems [vowel, sukun] ++ quote [vowel, sukun] ]
-- --------------------------------------------------------------------------
-- LowerUp Definitions
-- --------------------------------------------------------------------------
type LowerUp = Map [Char] [UPoint]
unionMap :: (OrdMap m, Ord s, Ord a) => [m s a] -> m s a
unionMap = unionMapWith (\ x y -> if compare x y == EQ
then error "Inconsistent mapping in the Maps"
else y)
define :: [([Char], [CSpace])] -> LowerUp
define l = makeMapWith const [ (x, map (toEnum . fromIntegral) y) |
(x, y) <- l ]
consonant :: LowerUp
consonant = unionMap [sunny, moony, minor]
sunny = define [
( "t", [ 0x0074 ] ),
( "_t", [ 0x0074, 0x0331 ] ),
( "d", [ 0x0064 ] ),
( "_d", [ 0x0064, 0x0331 ] ),
( "r", [ 0x0072 ] ),
( "z", [ 0x007A ] ),
( "s", [ 0x0073 ] ),
( "^s", [ 0x0073, 0x030C ] ),
( ".s", [ 0x0073, 0x0323 ] ),
( ".d", [ 0x0064, 0x0323 ] ),
( ".t", [ 0x0074, 0x0323 ] ),
( ".z", [ 0x007A, 0x0323 ] ),
( "l", [ 0x006C ] ),
( "n", [ 0x006E ] )
]
invis = define [
( "|", [ ] )
]
empty = define [
( "", [ ] )
]
hyphen = define [
( "-", [ 0x002D ] )
]
sukun = define [
( "", [ ] )
]
{-
sukun = define [
( "", [ ] ),
( "+", [ ] )
]
shadda = define [
( "", [ ] ),
( "*", [ ] )
]
-}
wasla = define [
( "W", [ 0x02BC ] )
]
extra = define [
( "T", [ 0x0074 ] ),
( "H", [ 0x0068 ] ),
( "N", [ 0x006E ] ),
( "W", [ ] )
]
{-
hamza = define [
( "'A", [ 0x0622 ] ),
( "'a", [ 0x0623 ] ),
( "'i", [ 0x0625 ] ),
( "'w", [ 0x0624 ] ),
( "'y", [ 0x0626 ] ),
( "'|", [ 0x0621 ] )
]
-}
minor = define [
( "'", [ 0x02BE ] ), -- [ 0x02BC ]
( "`", [ 0x02BF ] ) -- [ 0x02BB ]
]
moony = define [
( "b", [ 0x0062 ] ),
( "^g", [ 0x0067, 0x030C ] ),
( ".h", [ 0x0068, 0x0323 ] ),
( "_h", [ 0x0068, 0x032E ] ),
( ".g", [ 0x0067, 0x0307 ] ),
( "f", [ 0x0066 ] ),
( "q", [ 0x0071 ] ),
( "k", [ 0x006B ] ),
( "m", [ 0x006D ] ),
( "h", [ 0x0068 ] ),
( "w", [ 0x0077 ] ),
( "y", [ 0x0079 ] ),
( "p", [ 0x0070 ] ),
( "v", [ 0x0076 ] ),
( "g", [ 0x0067 ] ),
( "c", [ 0x0063 ] ),
( "^c", [ 0x0063, 0x030C ] ),
( ",c", [ 0x0063, 0x0301 ] ),
( "^z", [ 0x007A, 0x030C ] ),
( "^n", [ 0x006E, 0x0303 ] ),
( "^l", [ 0x006C, 0x0303 ] ),
( ".r", [ 0x0072, 0x0307 ] )
]
vowel = define [
( "a", [ 0x0061 ] ),
-- ( "aa", [ 0x0061, 0x0061 ] ),
( "_a", [ 0x0061, 0x0304 ] ),
( "_aA", [ 0x0061, 0x0304 ] ),
( "_aY", [ 0x0061, 0x0304 ] ),
( "_aU", [ 0x0061, 0x0304 ] ),
( "_aI", [ 0x0061, 0x0304 ] ),
( "A", [ 0x0061, 0x0304 ] ),
( "^A", [ 0x0061, 0x0304 ] ),
( "e", [ 0x0065 ] ),
-- ( "ee", [ 0x0065, 0x0065 ] ),
( "E", [ 0x0065, 0x0304 ] ),
( "i", [ 0x0069 ] ),
-- ( "ii", [ 0x0069, 0x0069 ] ),
( "_i", [ 0x0069, 0x0304 ] ),
( "I", [ 0x0069, 0x0304 ] ),
( "^I", [ 0x0069, 0x0304 ] ),
( "_I", [ 0x0069 ] ),
( "o", [ 0x006F ] ),
-- ( "oo", [ 0x006F, 0x006F ] ),
( "O", [ 0x006F, 0x0304 ] ),
( "u", [ 0x0075 ] ),
-- ( "uu", [ 0x0075, 0x0075 ] ),
( "_u", [ 0x0075, 0x0304 ] ),
( "U", [ 0x0075, 0x0304 ] ),
( "^U", [ 0x0075, 0x0304 ] ),
( "_U", [ 0x0075 ] ),
( "Y", [ 0x0061, 0x0304 ] )
]
{-
digit = define [
( "0", [ 0x0030 ] ),
( "1", [ 0x0031 ] ),
( "2", [ 0x0032 ] ),
( "3", [ 0x0033 ] ),
( "4", [ 0x0034 ] ),
( "5", [ 0x0035 ] ),
( "6", [ 0x0036 ] ),
( "7", [ 0x0037 ] ),
( "8", [ 0x0038 ] ),
( "9", [ 0x0039 ] )
]
punct = define [
( ".", [ 0x002E ] ),
( ":", [ 0x003A ] ),
( "!", [ 0x0021 ] ),
( ",", [ 0x002C ] ),
( ";", [ 0x003B ] ),
( "?", [ 0x003F ] )
]
-}
white = define [
( " ", [ 0x0020 ] ),
( "\n", [ 0x000A ] ),
( "\r", [ 0x000D ] ),
( "\t", [ 0x0009 ] ),
( "\v", [ 0x000B ] ),
( "\f", [ 0x000C ] )
]