Card parser

CardParser.hs

@@ -0,0 +1,53 @@
+module CardParser where
+
+import Magic
+import Mana
+import ManaParser
+import Text.ParserCombinators.Parsec
+
+test_card = unlines $ [ "AEther Adept"
+                      , "1UU"
+                      , "Creature -- Human Wizard"
+                      , "2/2"
+                      , "When AEther Adept enters the battlefield, return target creature to its owner's hand."
+                      , "M11-C, M12-U"
+                      ]
+
+card :: Parser Card
+card = do
+    name' <- line
+    mana' <- (option (Cost [] [] []) (mana_line))
+    abilities' <- (manyTill line (try $ lookAhead sets_line))
+    sets' <- sets_line
+    let t = snd $ last sets'
+    return $ Card t name' mana' abilities'
+
+line :: Parser String
+line = do
+    text <- many (noneOf "\n")
+    char '\n'
+    return text
+
+mana_line :: Parser Cost
+mana_line = do
+    mana' <- mana
+    char '\n'
+    return mana'
+
+sets_line :: Parser [(String, Rarity)]
+sets_line = do
+    sets <- sepBy set (string ", ")
+    return sets
+
+set :: Parser (String, Rarity)
+set = do
+    set' <- many1 (noneOf "\n-")
+    char '-'
+    rarity' <- oneOf "LCURMS"
+    case rarity' of
+        'L' -> return (set', Land)
+        'C' -> return (set', Common)
+        'U' -> return (set', Uncommon)
+        'R' -> return (set', Rare)
+        'M' -> return (set', Mythic)
+        'S' -> return (set', Special)

Magic.hs

@@ -14,22 +14,22 @@ data Rarity = Land
     | Special
     deriving (Show, Eq)
 
-data Card = Card Rarity String Cost
+data Card = Card Rarity String Cost [String]
     deriving (Show, Eq)
 
 instance Mana Card where
-    colors    (Card _ _ cost) = colors cost
-    converted (Card _ _ cost) = converted cost
+    colors    (Card _ _ cost _) = colors cost
+    converted (Card _ _ cost _) = converted cost
 
 data Deck = Deck [Card]
 
 curve :: Deck -> [(Int, Int)]
 curve (Deck cards) = do
     let largest = maximum (map converted cards)
-    map (\x -> (x, length (filter (\(Card rarity _ cost) -> rarity /= Land && converted cost == x) cards))) [0..largest]
+    map (\x -> (x, length (filter (\(Card rarity _ cost _) -> rarity /= Land && converted cost == x) cards))) [0..largest]
 
-cards = concat $ [ replicate 13 (Card Land "Swamp" (Cost [] [] []))
-                 , replicate 13 (Card Land "Plains" (Cost [] [] []))
-                 , replicate  4 (Card Mythic "Jace Beleren" (Cost [Standard 1 Colorless, Standard 2 Blue] [] []))
+cards = concat $ [ replicate 13 (Card Land "Swamp" (Cost [] [] []) [])
+                 , replicate 13 (Card Land "Plains" (Cost [] [] []) [])
+                 , replicate  4 (Card Mythic "Jace Beleren" (Cost [Standard 1 Colorless, Standard 2 Blue] [] []) [])
                  ]
 deck = Deck cards

ManaParser.hs

@@ -9,7 +9,6 @@ mana = do
     colored' <- (many colored)
     hybrid' <- (many hybrid)
     phyrexian' <- (many phyrexian)
-    eof
     return $ Cost (colorless' ++ colored') hybrid' phyrexian'
 
 standard :: Parser Standard