[GF Split] Post-split updates

This commit is contained in:
John J. Camilleri
2018-07-25 20:18:48 +02:00
parent 5d058bcfc0
commit ade493515a
31 changed files with 602 additions and 406 deletions

5
.gitignore vendored Normal file
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dist/
*.gfo
*.hi
*.o
*.pgf

8
Make.bat Normal file
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REM Non-Haskell RGL build script for Windows machines
@ECHO OFF
REM Prelude
REM Present
REM All tenses

434
Make.hs Normal file
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import Data.List (find,intersect,isPrefixOf)
import Data.Maybe (fromJust,isJust,catMaybes)
import System.IO (hPutStrLn,stderr)
import System.IO.Error (catchIOError)
import System.Exit (ExitCode(..),die)
import System.Environment (getArgs,lookupEnv)
import System.Process (rawSystem,readProcess)
import System.FilePath ((</>),(<.>))
import System.Directory (createDirectoryIfMissing,copyFile,getDirectoryContents,removeDirectoryRecursive)
import Control.Monad (unless,when)
main :: IO ()
main = do
aargs <- getArgs
case aargs of
[] -> putStrLn $ "Must specify command, one of: " ++ unwords commands
a:_ | a `notElem` commands -> putStrLn $ "Unknown command: " ++ a ++ " (valid commands: " ++ unwords commands ++ ")"
"build":args -> buildRGL args
"copy":args -> copyRGL args
"install":args -> buildRGL args >> copyRGL args
"clean":_ -> clean
where
commands = ["build","copy","install","clean"]
-- | Build grammars into dist
buildRGL :: [String] -> IO ()
buildRGL args = do
checkArgs args
let cmds = getRGLCommands args
let modes = getOptMode args
info <- mkInfo
mapM_ (\cmd -> cmdAction cmd modes args info) cmds
-- | Copy from dist to install location
copyRGL :: [String] -> IO ()
copyRGL args = do
let modes = getOptMode args
info <- mkInfo
gf_lib_dir <- maybe (die errLocation) return (infoInstallDir info)
copyAll "prelude" (infoBuildDir info </> "prelude") (gf_lib_dir </> "prelude")
sequence_ [copyAll (show mode) (getRGLBuildDir info mode) (gf_lib_dir </> getRGLBuildSubDir mode)|mode<-modes]
-- | Error message when install location cannot be determined
errLocation :: String
errLocation = unlines $
[ "Unable to determine where to install the RGL. Please do one of the following:"
, " - Pass the " ++ destination_flag ++ "... flag to this script"
, " - Set the GF_LIB_PATH environment variable"
, " - Compile & install GF from the gf-core repository (must be in same directory as gf-rgl)"
]
-- | Copy all files between directories
copyAll :: String -> FilePath -> FilePath -> IO ()
copyAll msg from to = do
putStrLn $ "Installing [" ++ msg ++ "] " ++ to
createDirectoryIfMissing True to
mapM_ (\file -> when (file /= "." && file /= "..") $ copyFile (from </> file) (to </> file)) =<< getDirectoryContents from
-- | Remove dist directory
clean :: IO ()
clean = do
info <- mkInfo
removeDirectoryRecursive (infoBuildDir info)
-- | Flag for specifying languages
-- '=' can optionally be followed by '+' or '-' to alter the default languages
lang_flag :: String
lang_flag = "--langs="
-- | Flag for specifying gf location
gf_flag :: String
gf_flag = "--gf="
-- | Flag for specifying RGL install location
destination_flag :: String
destination_flag = "--dest="
-- | Check arguments are valid
checkArgs :: [String] -> IO ()
checkArgs args = do
let args' = flip filter args (\arg -> not
( arg `elem` (map cmdName rglCommands)
|| arg `elem` all_modes
|| lang_flag `isPrefixOf` arg
|| gf_flag `isPrefixOf` arg
|| destination_flag `isPrefixOf` arg
))
unless (null args') $ die $ "Unrecognised flags: " ++ unwords args'
return ()
-- | List of languages overriding the definitions below
getOptLangs :: [LangInfo] -> [String] -> [LangInfo]
getOptLangs defaultLangs args =
case [ls | arg <- args,
let (f,ls) = splitAt (length lang_flag) arg,
f==lang_flag] of
('+':ls):_ -> foldr addLang defaultLangs (seps ls)
('-':ls):_ -> foldr removeLang defaultLangs (seps ls)
ls:_ -> findLangs langs (seps ls)
_ -> defaultLangs
where
seps = words . map (\c -> if c==',' then ' ' else c)
findLangs langs ls = [lang | lang <- langs, langCode lang `elem` ls]
removeLang l ls = [lang | lang <- ls, langCode lang /= l]
addLang l ls = if null (findLangs ls [l])
then findLangs langs [l]++ls
else ls
-- | Get flag value from list of args
getFlag :: String -> [String] -> Maybe String
getFlag flag args = fmap (drop (length flag)) $ find (isPrefixOf flag) args
-------------------------------------------------------------------------------
-- Paths and directories
-- | RGL source directory
sourceDir :: FilePath
sourceDir = "src"
-- | Information needed in build
data Info = Info
{ infoBuildDir :: FilePath -- ^ where to put built RGL modules (fixed)
, infoInstallDir :: Maybe FilePath -- ^ install directory (found dynamically)
, infoGFPath :: FilePath -- ^ path to GF
}
-- | Build info object from command line args
mkInfo :: IO Info
mkInfo = do
args <- getArgs
-- Look for install location in a few different places
let mflag = getFlag destination_flag args
mbuilt <- catchIOError (readFile "../gf-core/DATA_DIR" >>= \d -> return (Just (d </> "lib"))) (\e -> return Nothing)
menvar <- lookupEnv "GF_LIB_PATH"
let
inst_dir =
case catMaybes [mflag,menvar,mbuilt] of
[] -> Nothing
p:_ -> Just p
return $ Info
{ infoBuildDir = "dist"
, infoInstallDir = inst_dir
, infoGFPath = maybe default_gf id (getFlag gf_flag args)
}
where
default_gf = "gf"
getRGLBuildDir :: Info -> Mode -> FilePath
getRGLBuildDir info mode = infoBuildDir info </> getRGLBuildSubDir mode
getRGLBuildSubDir :: Mode -> String
getRGLBuildSubDir mode =
case mode of
AllTenses -> "alltenses"
Present -> "present"
-------------------------------------------------------------------------------
-- Build modes
data Mode = AllTenses | Present
deriving (Show)
all_modes :: [String]
all_modes = ["alltenses","present"]
default_modes :: [Mode]
default_modes = [AllTenses,Present]
-- | An RGL build command
data RGLCommand = RGLCommand
{ cmdName :: String -- ^ name of command
, cmdIsDef :: Bool -- ^ is default?
, cmdAction :: [Mode] -> [String] -> Info -> IO () -- ^ action
}
-- | Possible build commands
rglCommands :: [RGLCommand]
rglCommands =
[ RGLCommand "prelude" True $ \mode args bi -> do
putStrLn $ "Compiling [prelude]"
let prelude_src_dir = sourceDir </> "prelude"
prelude_dst_dir = infoBuildDir bi </> "prelude"
createDirectoryIfMissing True prelude_dst_dir
files <- getDirectoryContents prelude_src_dir
run_gfc bi (["-s", "--gfo-dir="++prelude_dst_dir] ++ [prelude_src_dir </> file | file <- files, file /= "." && file /= ".."])
, RGLCommand "all" True $ gfcp [l,s,c,t,sc]
, RGLCommand "lang" False $ gfcp [l,s]
, RGLCommand "api" False $ gfcp [t,sc]
, RGLCommand "compat" False $ gfcp [c]
, RGLCommand "pgf" False $ \modes args bi ->
parallel_ [
do let dir = getRGLBuildDir bi mode
createDirectoryIfMissing True dir
sequence_ [run_gfc bi ["-s","-make","-name=Lang"++la,
dir ++ "/Lang" ++ la ++ ".gfo"]
| l <- optl langsPGF args, let la = langCode l]
run_gfc bi (["-s","-make","-name=Lang"]++
["Lang" ++ langCode l ++ ".pgf"|l <- optl langsPGF args])
| mode <- modes]
, RGLCommand "parse" False $ \modes args bi ->
gfc bi modes (summary parse) (map parse (optl langsParse args))
]
where
gfcp :: [Mode -> [String] -> (LangInfo -> FilePath,[LangInfo])] -> [Mode] -> [String] -> Info -> IO ()
gfcp cs modes args bi = parallel_ [gfcp' bi mode args cs | mode <- modes]
gfcp' :: Info -> Mode -> [String] -> [Mode -> [String] -> (LangInfo -> FilePath,[LangInfo])] -> IO ()
gfcp' bi mode args cs = gfcn bi mode (unwords ss) (concat fss)
where (ss,fss) = unzip [(summary f,map f as)|c<-cs,let (f,as)=c mode args]
summary :: (LangInfo -> FilePath) -> FilePath
summary f = f (LangInfo "*" "*" Nothing Nothing)
l mode args = (lang,optml mode langsLang args)
s mode args = (symbol,optml mode langsAPI args)
c mode args = (compat,optl langsCompat args)
t mode args = (try,optml mode langsAPI args)
sc mode args = (symbolic,optml mode langsSymbolic args)
optl :: [LangInfo] -> [String] -> [LangInfo]
optl = optml AllTenses
optml :: Mode -> [LangInfo] -> [String] -> [LangInfo]
optml mode ls args = getOptLangs (shrink ls) args
where
shrink = case mode of
Present -> intersect langsPresent
_ -> id
-- | Get mode from args (may be missing)
getOptMode :: [String] -> [Mode]
getOptMode args =
if null explicit_modes
then default_modes
else explicit_modes
where
explicit_modes =
[Present|have "present"]++
[AllTenses|have "alltenses"]
have mode = mode `elem` args
-- | Get RGL command from args
getRGLCommands :: [String] -> [RGLCommand]
getRGLCommands args =
let cmds0 = [cmd | arg <- args,
cmd <- rglCommands,
cmdName cmd == arg]
in if null cmds0
then [cmd | cmd <- rglCommands, cmdIsDef cmd]
else cmds0
-------------------------------------------------------------------------------
-- Languages of the RGL
-- | Information about a language
data LangInfo = LangInfo
{ langCode :: String -- ^ 3-letter ISO 639-2/B code
, langDir :: String -- ^ directory name
, langFunctor :: Maybe String -- ^ functor (not used)
, langUnlexer :: Maybe String -- ^ decoding for postprocessing linearizations
} deriving (Eq)
-- | List of all languages known to RGL
langs :: [LangInfo]
langs =
[ LangInfo "Afr" "afrikaans" Nothing Nothing
, LangInfo "Amh" "amharic" Nothing Nothing
, LangInfo "Ara" "arabic" Nothing Nothing
, LangInfo "Eus" "basque" Nothing Nothing
, LangInfo "Bul" "bulgarian" Nothing Nothing
, LangInfo "Cat" "catalan" (Just "Romance") Nothing
, LangInfo "Chi" "chinese" Nothing Nothing
, LangInfo "Dan" "danish" (Just "Scand") Nothing
, LangInfo "Dut" "dutch" Nothing Nothing
, LangInfo "Eng" "english" Nothing Nothing
, LangInfo "Est" "estonian" Nothing Nothing
, LangInfo "Fin" "finnish" Nothing Nothing
, LangInfo "Fre" "french" (Just "Romance") Nothing
, LangInfo "Grc" "ancient_greek" Nothing Nothing
, LangInfo "Gre" "greek" Nothing Nothing
, LangInfo "Heb" "hebrew" Nothing Nothing
, LangInfo "Hin" "hindi" (Just "Hindustani") (Just "to_devanagari")
, LangInfo "Ger" "german" Nothing Nothing
, LangInfo "Ice" "icelandic" Nothing Nothing
, LangInfo "Ina" "interlingua" Nothing Nothing
, LangInfo "Ita" "italian" (Just "Romance") Nothing
, LangInfo "Jpn" "japanese" Nothing Nothing
, LangInfo "Lat" "latin" Nothing Nothing
, LangInfo "Lav" "latvian" Nothing Nothing
, LangInfo "Mlt" "maltese" Nothing Nothing
, LangInfo "Mon" "mongolian" Nothing Nothing
, LangInfo "Nep" "nepali" Nothing Nothing
, LangInfo "Nor" "norwegian" (Just "Scand") Nothing
, LangInfo "Nno" "nynorsk" Nothing Nothing
, LangInfo "Pes" "persian" Nothing Nothing
, LangInfo "Pol" "polish" Nothing Nothing
, LangInfo "Por" "portuguese" (Just "Romance") Nothing
, LangInfo "Pnb" "punjabi" Nothing Nothing
, LangInfo "Ron" "romanian" Nothing Nothing
, LangInfo "Rus" "russian" Nothing Nothing
, LangInfo "Snd" "sindhi" Nothing Nothing
, LangInfo "Spa" "spanish" (Just "Romance") Nothing
, LangInfo "Swe" "swedish" (Just "Scand") Nothing
, LangInfo "Tha" "thai" Nothing (Just "to_thai")
, LangInfo "Tur" "turkish" Nothing Nothing
, LangInfo "Urd" "urdu" (Just "Hindustani") Nothing
]
-- | Languagues for which to compile Lang
langsLang :: [LangInfo]
langsLang = langs
-- | Languages that have notpresent marked
langsPresent :: [LangInfo]
langsPresent = langsLang `except` ["Afr","Chi","Eus","Gre","Heb","Ice","Jpn","Mlt","Mon","Nep","Pes","Snd","Tha","Thb","Est"]
-- | Languages for which to compile Try
langsAPI :: [LangInfo]
langsAPI = langsLang `except` langsIncomplete
-- | Languages which compile but which are incomplete
langsIncomplete :: [String]
langsIncomplete = ["Amh","Ara","Grc","Heb","Ina","Lat","Tur"]
-- | Languages for which to compile Symbolic
langsSymbolic :: [LangInfo]
langsSymbolic = langsAPI `except` ["Afr","Ice","Mon","Nep"]
-- | Languages for which to compile parsing grammars
langsParse :: [LangInfo]
langsParse = langs `only` ["Eng"]
-- | Languages for which langs.pgf is built
langsPGF :: [LangInfo]
langsPGF = langsLang `except` ["Ara","Hin","Ron","Tha"]
-- | Languages for which Compatibility exists (to be extended)
langsCompat :: [LangInfo]
langsCompat = langsLang `only` ["Cat","Eng","Fin","Fre","Ita","Lav","Spa","Swe"]
-- | Exclude langs from list by code
except :: [LangInfo] -> [String] -> [LangInfo]
except ls es = filter (flip notElem es . langCode) ls
-- | Only specified langs by code
only :: [LangInfo] -> [String] -> [LangInfo]
only ls es = filter (flip elem es . langCode) ls
-------------------------------------------------------------------------------
-- Getting module paths/names
lang :: LangInfo -> FilePath
lang l = sourceDir </> langDir l </> ("All" ++ langCode l ++ ".gf")
compat :: LangInfo -> FilePath
compat l = sourceDir </> langDir l </> ("Compatibility" ++ langCode l ++ ".gf")
symbol :: LangInfo -> FilePath
symbol l = sourceDir </> langDir l </> ("Symbol" ++ langCode l ++ ".gf")
try :: LangInfo -> FilePath
try l = sourceDir </> "api" </> ("Try" ++ langCode l ++ ".gf")
syntax :: LangInfo -> FilePath
syntax l = sourceDir </> "api" </> ("Syntax" ++ langCode l ++ ".gf")
symbolic :: LangInfo -> FilePath
symbolic l = sourceDir </> "api" </> ("Symbolic" ++ langCode l ++ ".gf")
parse :: LangInfo -> FilePath
parse l = sourceDir </> "parse" </> ("Parse" ++ langCode l ++ ".gf")
-- | Get unlexer flags for languages
unlexer :: String -> [LangInfo] -> String
unlexer abstr ls =
"-unlexer=\\\"" ++ unwords
[ abstr ++ langCode lang ++ "=" ++ fromJust unl
| lang <- ls
, let unl = langUnlexer lang
, isJust unl] ++ "\\\""
-------------------------------------------------------------------------------
-- Executing GF
gfc :: Info -> [Mode] -> String -> [String] -> IO ()
gfc bi modes summary files =
parallel_ [gfcn bi mode summary files | mode<-modes]
gfcn :: Info -> Mode -> String -> [String] -> IO ()
gfcn bi mode summary files = do
let dir = getRGLBuildDir bi mode
preproc = case mode of
AllTenses -> ""
Present -> "-preproc=mkPresent"
createDirectoryIfMissing True dir
putStrLn $ "Compiling [" ++ show mode ++ "] " ++ summary
run_gfc bi (["-s", "-no-pmcfg", preproc, "--gfo-dir="++dir] ++ files)
-- | Runs the gf executable in compile mode with the given arguments
run_gfc :: Info -> [String] -> IO ()
run_gfc bi args = do
let
args' = ["-batch","-gf-lib-path="++sourceDir] ++ filter (not . null) args
gf = infoGFPath bi
execute gf args'
-- | Run an arbitrary system command
execute :: String -> [String] -> IO ()
execute command args = do
let cmdline = command ++ " " ++ unwords (map showArg args)
e <- rawSystem command args
case e of
ExitSuccess -> return ()
ExitFailure i -> do
putStrLn $ "Ran: " ++ cmdline
die $ command ++ " exited with exit code: " ++ show i
where
showArg arg = if ' ' `elem` arg then "'" ++ arg ++ "'" else arg
-- | For parallel RGL module compilation
-- Unfortunately, this has no effect unless compiled with -threaded
parallel_ :: (Foldable t, Monad m) => t (m a) -> m ()
parallel_ ms = sequence_ ms
-- do c <- newChan
-- ts <- sequence [ forkIO (m >> writeChan c ()) | m <- ms]
-- sequence_ [readChan c | _ <- ts]
putErrLn :: String -> IO ()
putErrLn = hPutStrLn stderr

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#!/bin/sh
# Non-Haskell RGL build script for Unix-based machines
modules_langs="All Symbol Compatibility"
modules_api="Try Symbolic"
# Defaults (may be overridden by options)
gf="gf"
dest=""
# Check command line options
for arg in "$@"; do
case $arg in
--gf=*)
gf="${arg#*=}"; shift ;;
--dest=*)
dest="${arg#*=}"; shift ;;
*) echo "Unknown option: ${arg}" ; exit 1 ;;
esac
done
# Try to determine install location
if [ -z "$dest" ]; then
dest="$GF_LIB_PATH"
fi
if [ -z "$dest" ] && [ -f "../gf-core/DATA_DIR" ]; then
dest=`cat ../gf-core/DATA_DIR`
if [ -n "$dest" ]; then dest="${dest}/lib"; fi
fi
if [ -z "$dest" ]; then
echo "Unable to determine where to install the RGL. Please do one of the following:"
echo " - Pass the --dest=... flag to this script"
echo " - Set the GF_LIB_PATH environment variable"
echo " - Compile & install GF from the gf-core repository (must be in same directory as gf-rgl)"
exit 1
fi
# A few more definitions before we get started
src="src"
dist="dist"
gfc="${gf} -batch -gf-lib-path=${src} -s "
# Make directories if not present
mkdir -p "${dist}/prelude"
mkdir -p "${dist}/present"
mkdir -p "${dist}/alltenses"
# Build: prelude
${gfc} --gfo-dir="${dist}"/prelude "${src}"/prelude/*.gf
# Gather all language modules for building
modules=""
for mod in $modules_langs; do
res=`find "${src}"/* -type f -name "${mod}???.gf"`
modules="${modules} $res"
done
for mod in $modules_api; do
res=`find "${src}"/api -type f -name "${mod}???.gf"`
modules="${modules} $res"
done
# Build: present
${gfc} -no-pmcfg --gfo-dir="${dist}"/present -preproc=mkPresent "${modules}"
# Build: alltenses
${gfc} -no-pmcfg --gfo-dir="${dist}"/alltenses "${modules}"
# Install
cp -R ${dist}/* ${dest}

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# A simple wrapper over the Haskell-based RGL build script
RUNMAKE=runghc Make.hs
.PHONY: build copy install clean
default: build copy
build: src/*/*.gf
$(RUNMAKE) build
copy:
$(RUNMAKE) copy
install: build copy
clean:
$(RUNMAKE) clean

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# GF's Resource Grammar Library (RGL)
The contents of this repository have been split from the original monolithic GF repository here: <https://github.com/GrammaticalFramework/GF/tree/master/lib>
## Requirements
In order to build the RGL, you will need:
- GF installed on your system
- Haskell
A method for building the RGL without Haskell is in the works.
## Basic usage
If you have `make`, you can compile the RGL and install it to the default location (see note below) with:
```
make install
```
This is the same as `make build` followed by `make copy`.
There is also `make clean` available.
### Install location
The install script will try to determine where to copy the compiled RGL modules.
It will look for, in this order:
- the `--dest=` flag (see below)
- the `GF_LIB_PATH` environment variable
- the file `../gf-core/GF_LIB_PATH` (relative to this directory). This only works if you have the `gf-core` and `gf-rgl` repositories in the same top-level directory **and** you have already compiled GF from source.
(This is considered messy and will probably disappead in the future)
## Advanced
For more fine-grained control over the build process, you can run the build script directly:
```
runghc Make.hs ...
```
Where `...` is one of:
```
build [CMD] [MODE] [--langs=[+|-]LANG,LANG,...] [--gf=...]
copy [--dest=...]
install [CMD] [MODE] [--langs=[+|-]LANG,LANG,...] [--gf=...] [--dest=...]
clean
```
- `CMD` is one of:
`prelude`,
`all`,
`lang`,
`api`,
`compat`,
`pgf`,
`parse`
(default is `all`)
- `MODE` is one of:
`present`,
`alltenses`
(default is both)
- You can _override_ the default language list with `--langs=...`
- You can _add_ languages to the default list with `--langs=+...`
- You can _remove_ languages from the default list with `langs=-...`
- `LANG` is a 3-letter language code, e.g. `Eng`, `Swe` etc.
- The path to GF installed on your system can be specified via the `gf` flag (default is that the `gf` executable is in the global system path).
- The `to` flag can be used to manually specify where the compiled RGL modules should be copied/installed. This is the same place as `GF_LIB_PATH`.

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RUNGHC=runghc
dict: DictBul DictEng DictEst DictFin DictFre DictRus DictGer DictSwe
initdict:
@mkdir -p ../dict/
DictBul: initdict
gf -batch bulgarian/DictBul.gf +RTS -K100M
cp -p bulgarian/DictBul*.gfo ../dict/
DictEng: initdict
gf -batch english/DictEng.gf +RTS -K100M
cp -p english/DictEng*.gfo ../dict
DictEst: initdict
gf -batch estonian/DictEst.gf +RTS -K200M
cp -p estonian/DictEst*.gfo ../dict
DictFin: initdict
gf -batch finnish/DictFin.gf +RTS -K100M
cp -p finnish/DictFin*.gfo ../dict
DictFre: initdict
-gf -batch french/DictFre.gf +RTS -K100M
-cp -p french/DictFre*.gfo ../dict
DictGer: initdict
gf -batch german/DictGer.gf +RTS -K100M
cp -p german/DictGer*.gfo ../dict
DictRus: initdict
gf -batch russian/DictRus.gf +RTS -K200M
cp -p russian/DictRus*.gfo ../dict
DictSwe: initdict
gf -batch swedish/DictSwe.gf +RTS -K100M
cp -p swedish/DictSwe*.gfo ../dict
GFMKD=gf -s -batch -make -literal=PN -gfo-dir ../dict
DictBul.pgf: initdict ; $(GFMKD) -name=DictBul bulgarian/DictBul.gf +RTS -K100M
DictEng.pgf: initdict ; $(GFMKD) -name=DictEng english/DictEng.gf +RTS -K100M
DictEst.pgf: initdict ; $(GFMKD) -name=DictEst estonian/DictEst.gf +RTS -K200M
DictFin.pgf: initdict ; $(GFMKD) -name=DictFin finnish/DictFin.gf +RTS -K100M
DictFre.pgf: initdict ; -$(GFMKD) -name=DictFre french/DictFre.gf +RTS -K100M
DictGer.pgf: initdict ; $(GFMKD) -name=DictGer german/DictGer.gf +RTS -K100M
DictHin.pgf: initdict ; -$(GFMKD) -name=DictHin hindi/DictHinWSJ.gf +RTS -K100M
DictMlt.pgf: initdict ; $(GFMKD) -name=DictMlt maltese/DictMlt.gf +RTS -K100M
DictRus.pgf: initdict ; $(GFMKD) -name=DictRus russian/DictRus.gf +RTS -K200M
DictSwe.pgf: initdict ; $(GFMKD) -name=DictSwe swedish/DictSwe.gf +RTS -K100M
DictTur.pgf: initdict ; $(GFMKD) -name=DictTur turkish/DictTur.gf +RTS -K100M
DictUrd.pgf: initdict ; $(GFMKD) -name=DictUrd urdu/DictUrd.gf +RTS -K100M
# thai with pronunciation
thp:
cd thai ; runghc ThaiScript.hs ; cd ..

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abstract Demo =
Lang - [
PredetNP, PPartNP, AdvNP, RelNP, DetNP, DetQuantOrd,
NumDigits, AdNum, OrdDigits, OrdNumeral, OrdSuperl, MassNP,
ComplN2, ComplN3, UseN2, Use2N3, Use3N3, AdjCN, RelCN,
AdvCN, SentCN, ApposCN,
PassV2, CompAdv,
-- CompNP,
SlashV2V, SlashV2VNP, ---
ComparA, ComplA2, ReflA2, UseA2, UseComparA, CAdvAP, AdjOrd, SentAP, AdAP,
PredSCVP, AdvSlash, SlashPrep, SlashVS,
EmbedS, EmbedQS, EmbedVP, UseSlash, AdvS, RelS,
CompIP,
PConjConj, VocNP, UttVP,
FunRP,
nothing_NP, nobody_NP, please_Voc, otherwise_PConj, therefore_PConj, but_PConj,
language_title_Utt, whatPl_IP, whoPl_IP, if_then_Conj, either7or_DConj,
both7and_DConj, much_Det, that_Subj, no_Quant,
ImpersCl, GenericCl, CleftNP, CleftAdv, ProgrVP, ImpPl1, ImpP3,
-- ExistNP, ---
ConsNP, ConsAdv, ConsS, ConsRS, ConsAP
]
** {
fun
AdjN : AP -> N -> CN ;
AdAdj : AdA -> A -> AP ;
}

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--# -path=.:alltenses
concrete DemoAra of Demo = LangAra **
open LangAra in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoBul of Demo = LangBul **
open LangBul in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoCat of Demo = LangCat **
open LangCat in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoDan of Demo = LangDan **
open LangDan in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoDut of Demo = LangDut **
open LangDut in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoEng of Demo = LangEng - [
PredetNP, PPartNP, AdvNP, RelNP, DetNP, DetQuantOrd,
NumDigits, AdNum, OrdDigits, OrdNumeral, OrdSuperl, MassNP,
ComplN2, ComplN3, UseN2, Use2N3, Use3N3, AdjCN, RelCN,
AdvCN, SentCN, ApposCN,
PassV2, CompAdv,
-- CompNP,
SlashV2V, SlashV2VNP, ---
ComparA, ComplA2, ReflA2, UseA2, UseComparA, CAdvAP, AdjOrd, SentAP, AdAP,
PredSCVP, AdvSlash, SlashPrep, SlashVS,
EmbedS, EmbedQS, EmbedVP, UseSlash, AdvS, RelS,
CompIP,
PConjConj, VocNP, UttVP,
FunRP,
nothing_NP, nobody_NP, please_Voc, otherwise_PConj, therefore_PConj, but_PConj,
language_title_Utt, whatPl_IP, whoPl_IP, if_then_Conj, either7or_DConj,
both7and_DConj, much_Det, that_Subj, no_Quant,
ImpersCl, GenericCl, CleftNP, CleftAdv, ProgrVP, ImpPl1, ImpP3,
-- ExistNP, ---
ConsNP, ConsAdv, ConsS, ConsRS, ConsAP
] **
open LangEng in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoFin of Demo = LangFin - [
PredetNP, PPartNP, AdvNP, RelNP, DetNP, DetQuantOrd,
NumDigits, AdNum, OrdDigits, OrdNumeral, OrdSuperl, MassNP,
ComplN2, ComplN3, UseN2, Use2N3, Use3N3, AdjCN, RelCN,
AdvCN, SentCN, ApposCN,
PassV2, CompAdv,
-- CompNP,
SlashV2V, SlashV2VNP, ---
ComparA, ComplA2, ReflA2, UseA2, UseComparA, CAdvAP, AdjOrd, SentAP, AdAP,
PredSCVP, AdvSlash, SlashPrep, SlashVS,
EmbedS, EmbedQS, EmbedVP, UseSlash, AdvS, RelS,
CompIP,
PConjConj, VocNP, UttVP,
FunRP,
nothing_NP, nobody_NP, please_Voc, otherwise_PConj, therefore_PConj, but_PConj,
language_title_Utt, whatPl_IP, whoPl_IP, if_then_Conj, either7or_DConj,
both7and_DConj, much_Det, that_Subj, no_Quant,
ImpersCl, GenericCl, CleftNP, CleftAdv, ProgrVP, ImpPl1, ImpP3,
-- ExistNP, ---
ConsNP, ConsAdv, ConsS, ConsRS, ConsAP
] **
open LangFin in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoFre of Demo = LangFre **
open LangFre in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoGer of Demo = LangGer - [
PredetNP, PPartNP, AdvNP, RelNP, DetNP, DetQuantOrd,
NumDigits, AdNum, OrdDigits, OrdNumeral, OrdSuperl, MassNP,
ComplN2, ComplN3, UseN2, Use2N3, Use3N3, AdjCN, RelCN,
AdvCN, SentCN, ApposCN,
PassV2, CompAdv,
-- CompNP,
SlashV2V, SlashV2VNP, ---
ComparA, ComplA2, ReflA2, UseA2, UseComparA, CAdvAP, AdjOrd, SentAP, AdAP,
PredSCVP, AdvSlash, SlashPrep, SlashVS,
EmbedS, EmbedQS, EmbedVP, UseSlash, AdvS, RelS,
CompIP,
PConjConj, VocNP, UttVP,
FunRP,
nothing_NP, nobody_NP, please_Voc, otherwise_PConj, therefore_PConj, but_PConj,
language_title_Utt, whatPl_IP, whoPl_IP, if_then_Conj, either7or_DConj,
both7and_DConj, much_Det, that_Subj, no_Quant,
ImpersCl, GenericCl, CleftNP, CleftAdv, ProgrVP, ImpPl1, ImpP3,
-- ExistNP, ---
ConsNP, ConsAdv, ConsS, ConsRS, ConsAP
] **
open LangGer in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoHin of Demo = LangHin **
open LangHin in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoIna of Demo = LangIna **
open LangIna in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoIta of Demo = LangIta **
open LangIta in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoLat of Demo = LangLat **
open LangLat in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoNor of Demo = LangNor **
open LangNor in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoPol of Demo = LangPol **
open LangPol in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoRon of Demo = LangRon - [SlashVP] **
open LangRon in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoRus of Demo = LangRus **
open LangRus in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoSpa of Demo = LangSpa - [
PredetNP, PPartNP, AdvNP, RelNP, DetNP, DetQuantOrd,
NumDigits, AdNum, OrdDigits, OrdNumeral, OrdSuperl, MassNP,
ComplN2, ComplN3, UseN2, Use2N3, Use3N3, AdjCN, RelCN,
AdvCN, SentCN, ApposCN,
PassV2, CompAdv,
-- CompNP,
SlashV2V, SlashV2VNP, ---
ComparA, ComplA2, ReflA2, UseA2, UseComparA, CAdvAP, AdjOrd, SentAP, AdAP,
PredSCVP, AdvSlash, SlashPrep, SlashVS,
EmbedS, EmbedQS, EmbedVP, UseSlash, AdvS, RelS,
CompIP,
PConjConj, VocNP, UttVP,
FunRP,
nothing_NP, nobody_NP, please_Voc, otherwise_PConj, therefore_PConj, but_PConj,
language_title_Utt, whatPl_IP, whoPl_IP, if_then_Conj, either7or_DConj,
both7and_DConj, much_Det, that_Subj, no_Quant,
ImpersCl, GenericCl, CleftNP, CleftAdv, ProgrVP, ImpPl1, ImpP3,
-- ExistNP, ---
ConsNP, ConsAdv, ConsS, ConsRS, ConsAP
] **
open LangSpa in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoSwe of Demo = LangSwe - [
PredetNP, PPartNP, AdvNP, RelNP, DetNP, DetQuantOrd,
NumDigits, AdNum, OrdDigits, OrdNumeral, OrdSuperl, MassNP,
ComplN2, ComplN3, UseN2, Use2N3, Use3N3, AdjCN, RelCN,
AdvCN, SentCN, ApposCN,
PassV2, CompAdv,
-- CompNP,
SlashV2V, SlashV2VNP, ---
ComparA, ComplA2, ReflA2, UseA2, UseComparA, CAdvAP, AdjOrd, SentAP, AdAP,
PredSCVP, AdvSlash, SlashPrep, SlashVS,
EmbedS, EmbedQS, EmbedVP, UseSlash, AdvS, RelS,
CompIP,
PConjConj, VocNP, UttVP,
FunRP,
nothing_NP, nobody_NP, please_Voc, otherwise_PConj, therefore_PConj, but_PConj,
language_title_Utt, whatPl_IP, whoPl_IP, if_then_Conj, either7or_DConj,
both7and_DConj, much_Det, that_Subj, no_Quant,
ImpersCl, GenericCl, CleftNP, CleftAdv, ProgrVP, ImpPl1, ImpP3,
-- ExistNP, ---
ConsNP, ConsAdv, ConsS, ConsRS, ConsAP
] **
open LangSwe in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoTha of Demo = LangTha **
open LangTha in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoTur of Demo = LangTur **
open LangTur in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}

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--# -path=.:alltenses
concrete DemoUrd of Demo = LangUrd **
open LangUrd in {
lin
AdjN ap n = AdjCN ap (UseN n) ;
AdAdj ad a = AdAP ad (PositA a) ;
}